Non-Intelligent Carriers

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cPCI2PMC: (from Dynamic Engineering)
For embedded control - install a PMC card into a standard cPCI slot

The cPCI2PMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/33 or 64/ 66 MHz bus operation. The PMC user IO connector Pn4 is optionally connected to J2 for rear panel IO. The PMC bezel connector is mounted though the cPCI-mounting bracket. Individual pins on the JN4 (PN4) connector are accessible when the IO option is specified. cPCI J2 has two definitions - in a 64 bit PCI implementation J2 has the upper A/D & control signals & in a 32 bit PCI implementation J2 has the rear panel IO. With resistor jumpers the IO or the PCI signals can be connected to J2. Please specify -IO, -64, or blank [neither].

cPCI2PMC: (from Dynamic Engineering)
The cPCI2PMC ( cPCI to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard cPCI slot. The cPCI2PMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/64 with 33/ 66 MHz bus operation. The PMC user IO connector Pn4 is optionally connected to J2 for rear panel IO. The PMC bezel connector is mounted though the cPCI mounting bracket.

cPCIBPMC: (from Dynamic Engineering)
The cPCIBPMC ( cPCI to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard cPCI slot. The cPCIBPMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/64 with 33/ 66 MHz bus operation. The 3U card is wired for 64 bit PCI operation with pull-ups on the control lines to allow use in a 32 bit system. The PMC bezel connector is mounted though the cPCI mounting bracket.

PCI2PMC: (from Dynamic Engineering)
PCI to PMC adapter / converter card provides the ability to install a PMC card into a standard PCI slot. The PCI2PMC has a PMC card slot mounted to a universal 1/2 length PCI card. Suitable for 32 bit or 64 bit bus operation. The PMC user IO connector Pn4 is brought out to two connectors for access (DIN IDC and SCSI II). The PMC front panel connector is mounted though the PCI mounting bracket

PCIBPMC: (from Dynamic Engineering)
Save time and money, install your reliable PMC cards into your PCI backplane. The PCIBPMC adapter card provides the ability to install a PMC card into a standard PCI slot, featuring independent signal levels on each side of the bridge, built in 3.3V supply32/33 or 64/66 MHz PCI clocks. The bridge insures that multiple PCIBPMC cards can be installed onto the same PCI bus stub. http://www.dyneng.com/pciBpmc.html Features:The PCIBPMC has a PMC card slot mounted to a universal 1/2 length PCI card, 32 or 64 bit operation, 33 or 66 MHz PCI clock rate

PCIBPMCx2: (from Dynamic Engineering)
Embedded applications frequently require real time processing coupled with special purpose IO. With the PCIBPMCx2´s two slots; a PrPMC can be matched with another PMC to make a high bandwidth processing node. The PrPMC can communicate with the host for set-up, and then use the local bus to control and transfer data with the special purpose IO card. For example the PMC-BiSerial-III-HW1 provides 32 channels of Manchester encoded IO, and when matched with a PrPMC can control or monitor a large system in real time.

PIM Parallel IO Module: (from Dynamic Engineering)
PIM-Parallel-IO: The PIM-Parallel-IO is part of the PMC family of modular I/O components. The purpose of the PIM-Parallel-IO is to facilitate rear panel IO in cPCI systems. A PIM Carrier is mounted to the underside of the backplane. The Pn4 [PMC] IO is passed through the backplane connectors to the PIM Carrier and to the installed PIM devices. Most PIM Carriers have two PIM sites that correspond to the two PMC's mounted to the host card. The PIM (PMC Interface Module) carrier supports the flexible PIM scheme for PMC rear I/O. http://www.dyneng.com/pim_parallel_io.shtml The PIM modules can be used with other PMC boards. For Dynamic Engineering's full line of PMC boards, visit: http://www.dyneng.com/pmc.html

PMC-MC-X2: (from Dynamic Engineering)
The PMC-MC-X2 adapter / carrier converter card provides the ability to install up to 2 (two) PMC cards into a small enclosure. The PMC-MC-X2 has one PMC card slot mounted front and rear to create a compact arrangement with 2 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC-MC-X4: (from Dynamic Engineering)
The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: For embedded control - install a PMC card into a standard cPCI slot

The cPCI2PMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/33 or 64/ 66 MHz bus operation. The PMC user IO connector Pn4 is optionally connected to J2 for rear panel IO. The PMC bezel connector is mounted though the cPCI-mounting bracket. Individual pins on the JN4 (PN4) connector are accessible when the IO option is specified. cPCI J2 has two definitions - in a 64 bit PCI implementation J2 has the upper A/D & control signals & in a 32 bit PCI implementation J2 has the rear panel IO. With resistor jumpers the IO or the PCI signals can be connected to J2. Please specify -IO, -64, or blank [neither].
cPCI2PMC: (from Dynamic Engineering)
The cPCI2PMC ( cPCI to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard cPCI slot. The cPCI2PMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/64 with 33/ 66 MHz bus operation. The PMC user IO connector Pn4 is optionally connected to J2 for rear panel IO. The PMC bezel connector is mounted though the cPCI mounting bracket.

cPCIBPMC: (from Dynamic Engineering)
The cPCIBPMC ( cPCI to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard cPCI slot. The cPCIBPMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/64 with 33/ 66 MHz bus operation. The 3U card is wired for 64 bit PCI operation with pull-ups on the control lines to allow use in a 32 bit system. The PMC bezel connector is mounted though the cPCI mounting bracket.

PCI2PMC: (from Dynamic Engineering)
PCI to PMC adapter / converter card provides the ability to install a PMC card into a standard PCI slot. The PCI2PMC has a PMC card slot mounted to a universal 1/2 length PCI card. Suitable for 32 bit or 64 bit bus operation. The PMC user IO connector Pn4 is brought out to two connectors for access (DIN IDC and SCSI II). The PMC front panel connector is mounted though the PCI mounting bracket

PCIBPMC: (from Dynamic Engineering)
Save time and money, install your reliable PMC cards into your PCI backplane. The PCIBPMC adapter card provides the ability to install a PMC card into a standard PCI slot, featuring independent signal levels on each side of the bridge, built in 3.3V supply32/33 or 64/66 MHz PCI clocks. The bridge insures that multiple PCIBPMC cards can be installed onto the same PCI bus stub. http://www.dyneng.com/pciBpmc.html Features:The PCIBPMC has a PMC card slot mounted to a universal 1/2 length PCI card, 32 or 64 bit operation, 33 or 66 MHz PCI clock rate

PCIBPMCx2: (from Dynamic Engineering)
Embedded applications frequently require real time processing coupled with special purpose IO. With the PCIBPMCx2´s two slots; a PrPMC can be matched with another PMC to make a high bandwidth processing node. The PrPMC can communicate with the host for set-up, and then use the local bus to control and transfer data with the special purpose IO card. For example the PMC-BiSerial-III-HW1 provides 32 channels of Manchester encoded IO, and when matched with a PrPMC can control or monitor a large system in real time.

PIM Parallel IO Module: (from Dynamic Engineering)
PIM-Parallel-IO: The PIM-Parallel-IO is part of the PMC family of modular I/O components. The purpose of the PIM-Parallel-IO is to facilitate rear panel IO in cPCI systems. A PIM Carrier is mounted to the underside of the backplane. The Pn4 [PMC] IO is passed through the backplane connectors to the PIM Carrier and to the installed PIM devices. Most PIM Carriers have two PIM sites that correspond to the two PMC's mounted to the host card. The PIM (PMC Interface Module) carrier supports the flexible PIM scheme for PMC rear I/O. http://www.dyneng.com/pim_parallel_io.shtml The PIM modules can be used with other PMC boards. For Dynamic Engineering's full line of PMC boards, visit: http://www.dyneng.com/pmc.html

PMC-MC-X2: (from Dynamic Engineering)
The PMC-MC-X2 adapter / carrier converter card provides the ability to install up to 2 (two) PMC cards into a small enclosure. The PMC-MC-X2 has one PMC card slot mounted front and rear to create a compact arrangement with 2 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC-MC-X4: (from Dynamic Engineering)
The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: The cPCI2PMC ( cPCI to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard cPCI slot. The cPCI2PMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/64 with 33/ 66 MHz bus operation. The PMC user IO connector Pn4 is optionally connected to J2 for rear panel IO. The PMC bezel connector is mounted though the cPCI mounting bracket.
cPCIBPMC: (from Dynamic Engineering)
The cPCIBPMC ( cPCI to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard cPCI slot. The cPCIBPMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/64 with 33/ 66 MHz bus operation. The 3U card is wired for 64 bit PCI operation with pull-ups on the control lines to allow use in a 32 bit system. The PMC bezel connector is mounted though the cPCI mounting bracket.

PCI2PMC: (from Dynamic Engineering)
PCI to PMC adapter / converter card provides the ability to install a PMC card into a standard PCI slot. The PCI2PMC has a PMC card slot mounted to a universal 1/2 length PCI card. Suitable for 32 bit or 64 bit bus operation. The PMC user IO connector Pn4 is brought out to two connectors for access (DIN IDC and SCSI II). The PMC front panel connector is mounted though the PCI mounting bracket

PCIBPMC: (from Dynamic Engineering)
Save time and money, install your reliable PMC cards into your PCI backplane. The PCIBPMC adapter card provides the ability to install a PMC card into a standard PCI slot, featuring independent signal levels on each side of the bridge, built in 3.3V supply32/33 or 64/66 MHz PCI clocks. The bridge insures that multiple PCIBPMC cards can be installed onto the same PCI bus stub. http://www.dyneng.com/pciBpmc.html Features:The PCIBPMC has a PMC card slot mounted to a universal 1/2 length PCI card, 32 or 64 bit operation, 33 or 66 MHz PCI clock rate

PCIBPMCx2: (from Dynamic Engineering)
Embedded applications frequently require real time processing coupled with special purpose IO. With the PCIBPMCx2´s two slots; a PrPMC can be matched with another PMC to make a high bandwidth processing node. The PrPMC can communicate with the host for set-up, and then use the local bus to control and transfer data with the special purpose IO card. For example the PMC-BiSerial-III-HW1 provides 32 channels of Manchester encoded IO, and when matched with a PrPMC can control or monitor a large system in real time.

PIM Parallel IO Module: (from Dynamic Engineering)
PIM-Parallel-IO: The PIM-Parallel-IO is part of the PMC family of modular I/O components. The purpose of the PIM-Parallel-IO is to facilitate rear panel IO in cPCI systems. A PIM Carrier is mounted to the underside of the backplane. The Pn4 [PMC] IO is passed through the backplane connectors to the PIM Carrier and to the installed PIM devices. Most PIM Carriers have two PIM sites that correspond to the two PMC's mounted to the host card. The PIM (PMC Interface Module) carrier supports the flexible PIM scheme for PMC rear I/O. http://www.dyneng.com/pim_parallel_io.shtml The PIM modules can be used with other PMC boards. For Dynamic Engineering's full line of PMC boards, visit: http://www.dyneng.com/pmc.html

PMC-MC-X2: (from Dynamic Engineering)
The PMC-MC-X2 adapter / carrier converter card provides the ability to install up to 2 (two) PMC cards into a small enclosure. The PMC-MC-X2 has one PMC card slot mounted front and rear to create a compact arrangement with 2 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC-MC-X4: (from Dynamic Engineering)
The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: The cPCIBPMC ( cPCI to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard cPCI slot. The cPCIBPMC has a PMC card slot mounted to a universal 3U 4HP cPCI card. Suitable for 32/64 with 33/ 66 MHz bus operation. The 3U card is wired for 64 bit PCI operation with pull-ups on the control lines to allow use in a 32 bit system. The PMC bezel connector is mounted though the cPCI mounting bracket.
PCI2PMC: (from Dynamic Engineering)
PCI to PMC adapter / converter card provides the ability to install a PMC card into a standard PCI slot. The PCI2PMC has a PMC card slot mounted to a universal 1/2 length PCI card. Suitable for 32 bit or 64 bit bus operation. The PMC user IO connector Pn4 is brought out to two connectors for access (DIN IDC and SCSI II). The PMC front panel connector is mounted though the PCI mounting bracket

PCIBPMC: (from Dynamic Engineering)
Save time and money, install your reliable PMC cards into your PCI backplane. The PCIBPMC adapter card provides the ability to install a PMC card into a standard PCI slot, featuring independent signal levels on each side of the bridge, built in 3.3V supply32/33 or 64/66 MHz PCI clocks. The bridge insures that multiple PCIBPMC cards can be installed onto the same PCI bus stub. http://www.dyneng.com/pciBpmc.html Features:The PCIBPMC has a PMC card slot mounted to a universal 1/2 length PCI card, 32 or 64 bit operation, 33 or 66 MHz PCI clock rate

PCIBPMCx2: (from Dynamic Engineering)
Embedded applications frequently require real time processing coupled with special purpose IO. With the PCIBPMCx2´s two slots; a PrPMC can be matched with another PMC to make a high bandwidth processing node. The PrPMC can communicate with the host for set-up, and then use the local bus to control and transfer data with the special purpose IO card. For example the PMC-BiSerial-III-HW1 provides 32 channels of Manchester encoded IO, and when matched with a PrPMC can control or monitor a large system in real time.

PIM Parallel IO Module: (from Dynamic Engineering)
PIM-Parallel-IO: The PIM-Parallel-IO is part of the PMC family of modular I/O components. The purpose of the PIM-Parallel-IO is to facilitate rear panel IO in cPCI systems. A PIM Carrier is mounted to the underside of the backplane. The Pn4 [PMC] IO is passed through the backplane connectors to the PIM Carrier and to the installed PIM devices. Most PIM Carriers have two PIM sites that correspond to the two PMC's mounted to the host card. The PIM (PMC Interface Module) carrier supports the flexible PIM scheme for PMC rear I/O. http://www.dyneng.com/pim_parallel_io.shtml The PIM modules can be used with other PMC boards. For Dynamic Engineering's full line of PMC boards, visit: http://www.dyneng.com/pmc.html

PMC-MC-X2: (from Dynamic Engineering)
The PMC-MC-X2 adapter / carrier converter card provides the ability to install up to 2 (two) PMC cards into a small enclosure. The PMC-MC-X2 has one PMC card slot mounted front and rear to create a compact arrangement with 2 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC-MC-X4: (from Dynamic Engineering)
The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PCI to PMC adapter / converter card provides the ability to install a PMC card into a standard PCI slot. The PCI2PMC has a PMC card slot mounted to a universal 1/2 length PCI card. Suitable for 32 bit or 64 bit bus operation. The PMC user IO connector Pn4 is brought out to two connectors for access (DIN IDC and SCSI II). The PMC front panel connector is mounted though the PCI mounting bracket
PCIBPMC: (from Dynamic Engineering)
Save time and money, install your reliable PMC cards into your PCI backplane. The PCIBPMC adapter card provides the ability to install a PMC card into a standard PCI slot, featuring independent signal levels on each side of the bridge, built in 3.3V supply32/33 or 64/66 MHz PCI clocks. The bridge insures that multiple PCIBPMC cards can be installed onto the same PCI bus stub. http://www.dyneng.com/pciBpmc.html Features:The PCIBPMC has a PMC card slot mounted to a universal 1/2 length PCI card, 32 or 64 bit operation, 33 or 66 MHz PCI clock rate

PCIBPMCx2: (from Dynamic Engineering)
Embedded applications frequently require real time processing coupled with special purpose IO. With the PCIBPMCx2´s two slots; a PrPMC can be matched with another PMC to make a high bandwidth processing node. The PrPMC can communicate with the host for set-up, and then use the local bus to control and transfer data with the special purpose IO card. For example the PMC-BiSerial-III-HW1 provides 32 channels of Manchester encoded IO, and when matched with a PrPMC can control or monitor a large system in real time.

PIM Parallel IO Module: (from Dynamic Engineering)
PIM-Parallel-IO: The PIM-Parallel-IO is part of the PMC family of modular I/O components. The purpose of the PIM-Parallel-IO is to facilitate rear panel IO in cPCI systems. A PIM Carrier is mounted to the underside of the backplane. The Pn4 [PMC] IO is passed through the backplane connectors to the PIM Carrier and to the installed PIM devices. Most PIM Carriers have two PIM sites that correspond to the two PMC's mounted to the host card. The PIM (PMC Interface Module) carrier supports the flexible PIM scheme for PMC rear I/O. http://www.dyneng.com/pim_parallel_io.shtml The PIM modules can be used with other PMC boards. For Dynamic Engineering's full line of PMC boards, visit: http://www.dyneng.com/pmc.html

PMC-MC-X2: (from Dynamic Engineering)
The PMC-MC-X2 adapter / carrier converter card provides the ability to install up to 2 (two) PMC cards into a small enclosure. The PMC-MC-X2 has one PMC card slot mounted front and rear to create a compact arrangement with 2 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC-MC-X4: (from Dynamic Engineering)
The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Save time and money, install your reliable PMC cards into your PCI backplane. The PCIBPMC adapter card provides the ability to install a PMC card into a standard PCI slot, featuring independent signal levels on each side of the bridge, built in 3.3V supply32/33 or 64/66 MHz PCI clocks. The bridge insures that multiple PCIBPMC cards can be installed onto the same PCI bus stub. http://www.dyneng.com/pciBpmc.html Features:The PCIBPMC has a PMC card slot mounted to a universal 1/2 length PCI card, 32 or 64 bit operation, 33 or 66 MHz PCI clock rate
PCIBPMCx2: (from Dynamic Engineering)
Embedded applications frequently require real time processing coupled with special purpose IO. With the PCIBPMCx2´s two slots; a PrPMC can be matched with another PMC to make a high bandwidth processing node. The PrPMC can communicate with the host for set-up, and then use the local bus to control and transfer data with the special purpose IO card. For example the PMC-BiSerial-III-HW1 provides 32 channels of Manchester encoded IO, and when matched with a PrPMC can control or monitor a large system in real time.

PIM Parallel IO Module: (from Dynamic Engineering)
PIM-Parallel-IO: The PIM-Parallel-IO is part of the PMC family of modular I/O components. The purpose of the PIM-Parallel-IO is to facilitate rear panel IO in cPCI systems. A PIM Carrier is mounted to the underside of the backplane. The Pn4 [PMC] IO is passed through the backplane connectors to the PIM Carrier and to the installed PIM devices. Most PIM Carriers have two PIM sites that correspond to the two PMC's mounted to the host card. The PIM (PMC Interface Module) carrier supports the flexible PIM scheme for PMC rear I/O. http://www.dyneng.com/pim_parallel_io.shtml The PIM modules can be used with other PMC boards. For Dynamic Engineering's full line of PMC boards, visit: http://www.dyneng.com/pmc.html

PMC-MC-X2: (from Dynamic Engineering)
The PMC-MC-X2 adapter / carrier converter card provides the ability to install up to 2 (two) PMC cards into a small enclosure. The PMC-MC-X2 has one PMC card slot mounted front and rear to create a compact arrangement with 2 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC-MC-X4: (from Dynamic Engineering)
The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Embedded applications frequently require real time processing coupled with special purpose IO. With the PCIBPMCx2´s two slots; a PrPMC can be matched with another PMC to make a high bandwidth processing node. The PrPMC can communicate with the host for set-up, and then use the local bus to control and transfer data with the special purpose IO card. For example the PMC-BiSerial-III-HW1 provides 32 channels of Manchester encoded IO, and when matched with a PrPMC can control or monitor a large system in real time.
PIM Parallel IO Module: (from Dynamic Engineering)
PIM-Parallel-IO: The PIM-Parallel-IO is part of the PMC family of modular I/O components. The purpose of the PIM-Parallel-IO is to facilitate rear panel IO in cPCI systems. A PIM Carrier is mounted to the underside of the backplane. The Pn4 [PMC] IO is passed through the backplane connectors to the PIM Carrier and to the installed PIM devices. Most PIM Carriers have two PIM sites that correspond to the two PMC's mounted to the host card. The PIM (PMC Interface Module) carrier supports the flexible PIM scheme for PMC rear I/O. http://www.dyneng.com/pim_parallel_io.shtml The PIM modules can be used with other PMC boards. For Dynamic Engineering's full line of PMC boards, visit: http://www.dyneng.com/pmc.html

PMC-MC-X2: (from Dynamic Engineering)
The PMC-MC-X2 adapter / carrier converter card provides the ability to install up to 2 (two) PMC cards into a small enclosure. The PMC-MC-X2 has one PMC card slot mounted front and rear to create a compact arrangement with 2 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC-MC-X4: (from Dynamic Engineering)
The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PIM-Parallel-IO: The PIM-Parallel-IO is part of the PMC family of modular I/O components. The purpose of the PIM-Parallel-IO is to facilitate rear panel IO in cPCI systems. A PIM Carrier is mounted to the underside of the backplane. The Pn4 [PMC] IO is passed through the backplane connectors to the PIM Carrier and to the installed PIM devices. Most PIM Carriers have two PIM sites that correspond to the two PMC's mounted to the host card. The PIM (PMC Interface Module) carrier supports the flexible PIM scheme for PMC rear I/O. http://www.dyneng.com/pim_parallel_io.shtml The PIM modules can be used with other PMC boards. For Dynamic Engineering's full line of PMC boards, visit: http://www.dyneng.com/pmc.html
PMC-MC-X2: (from Dynamic Engineering)
The PMC-MC-X2 adapter / carrier converter card provides the ability to install up to 2 (two) PMC cards into a small enclosure. The PMC-MC-X2 has one PMC card slot mounted front and rear to create a compact arrangement with 2 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC-MC-X4: (from Dynamic Engineering)
The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: The PMC-MC-X2 adapter / carrier converter card provides the ability to install up to 2 (two) PMC cards into a small enclosure. The PMC-MC-X2 has one PMC card slot mounted front and rear to create a compact arrangement with 2 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.
PMC-MC-X4: (from Dynamic Engineering)
The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.

PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: The PMC-MC-X4 adapter / carrier converter card provides the ability to install up to 4 (four) PMC cards into a small enclosure. The PMC-MC-X4 has two PMC card slots mounted front and rear to create a compact arrangement with 4 PMC slots. Suitable for 32/64 with 33/ 66 MHz bus operation.
PMC2PCI: (from Dynamic Engineering)
The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.

1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: The PMC2PCI ( PMC to PCI ) adapter / carrier converter card provides the ability to install a PCI card into a standard PMC slot. The PMC2PCI has two PCI card slots mounted to a PMC card. One slot can be used at a time with the choice of 3V or 5V IO and 32 or 64 bit data paths.
1447 -- PMC-to-PCI Adapter: (from Technobox, Inc.)
Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.

2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Adapts a single-wide PMC to a standard PCI board for desktop PCs. This passive adapter is ideal for use as a delivery vehicle for PMCs in a PCI environment. Its simple, economical design does not include LEDs, clamping diodes, logic analyzer test headers and test features found on other, more comprehensive, Technobox PMC development tools.
2938 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.

3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: This 64-bit PMC-to-PCI Adapter permits delivery of a PMC in a standard PCI environment. This adapter has been specifically designed to improve PCI bus signal integrity while still retaining the convenience of a passive adapter. Several LEDs visible from the edge of the board monitor power and key PCI bus signals. A fan on the adapter, under the central area of the PMC card, is provided to effectively cool higher-powered PMC cards.
3390 -- PMC-to-PCI Adapter for Test: (from Technobox, Inc.)
The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.

3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: The PMC-to-PCI Adapter for Test is an active extender that accommodates the insertion of one PCI Mezzanine Card (PMC) for performance analysis and testing in a PCI environment. When mounted, both sides of the PMC under test are readily accessible. The adapter may be used in both development and production testing. In production applications, use a Technobox Socket Saver (P/N 2283) to preserve the adapter's PMC connectors. Both 32- and 64-bit PCI systems are supported. The design features 96 analyzer channels, six headers for attachment of analyzer termination adapters, and connectors for attaching a device and test equipment. Power can be toggled on and off. Soft-start sequencing and special circuits, including Quick Switches, protect against voltage and current transients and effectively isolate the PCI bus. Assorted LEDs provide status of power, current conditions, and key PCI bus activity. Current measurement test points permit direct reading of current as a voltage level.
3673/3674 -- 64-bit / 66MHz PMC-to-PCI Adapter: (from Technobox, Inc.)
The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.

3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: The 3673 is a bridged 64-bit/66MHz PMC-to-PCI adapter that permits operation of multiple adapters on a single PCI bus segment. The 21154 bridge will operate either at 33 MHz or 66 MHz PCI bus clock on either the primary or secondary side of the bridge. Dissimilar clock frequencies are supported -- 66 MHz on the primary side and 33 MHz on the secondary side. Any mix of 32 bit and 64 bit on the primary/secondary side is accommodated.

A 3.3V switching DC-to-DC converter (on P/N 3674) converts 5V power from the PCI edge finger to 3.3V for the PMC. This allows operation of the PMC with platforms that do not support 3.3V power. The maximum current from the regulator is 3 amps at 3.3 Volts. P/N 3763 does not provide the DC-to-DC converter; taking its 3.3V power directly from the edge fingers.

On board indicator LEDs clustered near the top edge of the adapter convey the status of power and key PCI bus signals. An optional fan assembly (P/N 3675) is available that fits over two PMC-to-PCI adapter boards and provides substantial forced-air cooling of high-power PMC modules.
3675 -- Fan for P/Ns 3673, 3674, 4352, and 4366: (from Technobox, Inc.)
Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.

3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Optional cooling fan assembly for use with P/Ns 3673, 3674, 4352, and 4366. Can cool two adjacent cards.
3923 -- Flex ATX Processor PMC (PrPMC) Carrier: (from Technobox, Inc.)
Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.

4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Provides sites for two (2) PMC sites plus THREE (3) PCI card slots (two 64-bit and one 32-bit). Using the 3923, a designer can work with a single PrPMC, dual PrPMCs, or a PrPMC and PMC for hardware or software development.
4311 -- Metering PMC-X to PCI-X Adapter: (from Technobox, Inc.)
Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.

4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Development tool for debugging and/or demonstrating performance of a PMC or PMC-X card in a standard PCI or PCI-X slot. Both standard PCI signaling (32/64bit, 33/66 MHz) and PCI-X signaling (32/64bit, 66/100/133 MHz) are supported. Also allows attachment of PMC I/O Card (�PIM� � VITA 36). The PIM signals are connected to the PMC site JN4 connector in a one-to-one signal fashion as customarily done for PIM applications. Both the PMC and PIM under test are vertically oriented, exposing the bulk of the component areas for probing access.
4352 -- Bridged PMC-X to PCI-X Adapter: (from Technobox, Inc.)
PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.

4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PCI-X to PCI-X bridge adapter permits delivery of PMC-derived applications in a standard PCI or PCI-X environment. Both PMC and PMC-X boards of any signaling level, clock frequency, and bus width are supported. 31154 PCI to PCI bridge chip assures PCI bus signal integrity even with multiple adapters plugged into a single PCI bus segment. The 31154 bridge will operate at PCI speeds of 33 or 66 MHZ or at PCI-X speeds of 66/100/133 MHz on both the primary and secondary PCI busses. 32-bit and 64-bit transactions are support, and the bridge will translate transfer width, clock frequency, and protocol differences between the PCI busses. LEDs visible from the back of the board monitor power and key PCI bus signals. Two LEDs sense the primary side and secondary side VIO signal voltage to indicate if the bus uses 3.3V or 5V bus signaling.
4366 -- 64-bit PMC-to-PCI Adapter: (from Technobox, Inc.)
Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.

7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Passive PMC to PCI Adapter permits delivery of PMC-derived applications in a standard PCI environment. LEDs visible from the back of the board monitor power and key PCI bus signals. One LED senses the VIO signal voltage to indicate if the slot uses 3.3V or 5V PCI bus signaling.
7502: (from Pentek)
PMC Carrier Board with two PMC sites, VME, RACEway

AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PMC Carrier Board with two PMC sites, VME, RACEway
AD CR2/PMC Carrier board for VME PMC host boards: (from Concurrent Technologies)
2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply

CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: 2 interfaces provided ,each supports a single size,(75mm x 150mm) PMC module, 64 I/O signals via P0 connector, 64 or 32+32 I/O signals via P2 connector, I/O is accessible via:- front panel; and/or, P2 backplane connector; and/or, P0 backplane connector (optional) complies with CMC (Common Mezzanine Card) standard (IEEE P1386) I/O pin mapping compliant with ANSI/VITA 35-2000 PMC I/O wiring standards I/O user configurable with jumper blockslogical layer based on PCI protocol specification
electrical layer based on PCI electrical specification
supports 5 Volt or 3.3 Volt PMC modules
provides 3.3 Volt supply
CP-613: (from SBS Technologies)
Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering

CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Hols one PC-MIP module and two PMC modules, front or rear-panel I/O in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, 32-bit data path at 33MHz, 132 MB/s operation. PC-MIP site and the PMC sites support bus mastering
CP-620: (from SBS Technologies)
Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.

CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Holds two PMC modules with front or rear-panel I/O support in a single 6U CompactPCI slot. Intel 21152 PCI to PCI Bridge, the CP-620 supports a 32-bit data path at 33 MHz, for 132 MB/s operation. The PMC sites support bus mastering.
CPV8540: (from Motorola Inc., Embedded Communications Computing)
64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.

NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: 64-bit, 6U, single width (4HP) PMC carrier board, CompactPCI hot-swap compliant (PICMG 2.1), Dual PMC sites. Rear I/O connections via J3 and J5 allow its use in both standard CompactPCI backplanes and CompactPCI backplanes with the H.110 CT bus.
NVME-PMC: (from N.A.T. GmbH)
The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.

PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: The NVME-PMC is a 6U VME bus board (A32/D32) which can carry up to two single-size PMC modules. The onboard VME-to-PCI bridge which is operated at the internal bus speed of 33MHz connects the PMC modules to the VMEbus. The bridge is progammble to issue any VMEbus interrupt/vector combinations. As both PMC slots are designed according to the IEEE 1386 standard, any PMC module from any vendor could be used on the NVME-PMC.
PMC Interface Modules: (from Motorola Inc., Embedded Communications Computing)
Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.

PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Rear I/O Transition Modules for PMCs on SBCs. PMC Interface Module (PIM) simplifies rear I/O from PMCs. The PMC vendor creates PMC & PIM pairs while the CPU or IO controller vendor creates CPU/IO & Transition module pairs. Rather than create a custom Transition Module for each combination of PMC and carrier board, the vendors need only create these module pairs once. PMC/PIM pairs can then be easily mixed on carrier cards without requiring new transition module artwork.
PMC237C: (from GE Fanuc)
PMC expansion module, 3PMC, connects to host PMC

PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PMC expansion module, 3PMC, connects to host PMC
PMC237CM: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 26xx/36xx

PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PMC expansion module, 3PMC, connects to Motorola 26xx/36xx
PMC237CM1: (from GE Fanuc)
PMC expansion module, 3PMC, connects to Motorola 23xx

PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PMC expansion module, 3PMC, connects to Motorola 23xx
PMC237P: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC

PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PMC expansion module, 2PMC, 1PCMCIA, connects to host PMC
PMC237PM: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx

PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 26xx/36xx
PMC237PM1: (from GE Fanuc)
PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx

PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PMC expansion module, 2PMC, 1PCMCIA, connects to Motorola 23xx
PMC260: (from GE Fanuc)
Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)

PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Expansion module, 1PMC, 1PCMCIA, 4 LAN ports (P2)
PMCSpan: (from Motorola Inc., Embedded Communications Computing)
PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.

PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PMC Expansion Board for Powerplus VME architecture. Single slot 6U VMEbus format, DEC 21150 PCI-to-PCI interface bridge. Support for two single-wide or one double-wide PCI Mezzanine Card per PMCspan.
PP PMC/202: (from Concurrent Technologies)
Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.

PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Non-intelligent carrier. 6U CompactPCI peripheral board. Two single or one dual width, 32/64-bit 33/66MHz 5V/3.3V, PMC modules (IEEE 1386 CMC and IEEE 1386.1 PMC standards). Front and rear panel I/O for both. Rear I/O routed as differential pairs. Hot swappable. PCI-PCI bridge. Extended temperature version available. Optional Transition Module.
PrPMC Base: (from Motorola Inc., Embedded Communications Computing)
CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.

TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: CompactPCI processor PMC development platform for Monarch and non-Monarch applications, 10/100 Mbit Ethernet, serial connectors for both Processor PMC sites, rear PMC I/O option.
TCP020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C

TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: 6U 2 slot PIM Carrier Transition Module for 6U cPCI PMC carrier; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ5 connectors to two PIM modules; Operating temperature -40�C to +85�C
TCP021-TM-10: (from TEWS TECHNOLGIES GmbH)
PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C

TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PIM Carrier Transition Module for 6U cPCI; distributes all I/O lines of two PMC's from the cPCI RJ3 and RJ4 connectors to two PIM modulesl; Operating temperature -40�C to +85�C
TCP030-TM-10: (from TEWS TECHNOLGIES GmbH)
Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C

TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Transition Module for 3U cPCI PMC Carrier; 64 PMC I/O lines at RJ2 connector mapped to 68 pin SCSI-3 type connector in EMI front panel; Operating temperature -40�C to +85�C
TCP260-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Dual PMC Carrier, J3/J5 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J5; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C
TCP261-10: (from TEWS TECHNOLGIES GmbH)
Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C

TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Dual PMC Carrier, J3/J4 I/O, 6U/4TE CompactPCI carrier for 2 PMC modules; Standard PMC front I/O and rear I/O on J3/J4; Intel 21154 PCI bridge; Hot swap capability; Operating temperature 0�C to +70�C
TCP270-10: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C

TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Operating temperature -40�C to +85�C
TCP270-11: (from TEWS TECHNOLGIES GmbH)
One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C

TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: One Slot Passive PMC Carrier, 3U/4TE passive CompactPCI carrier for 1 PMC module; 33MHz/32bit PCI bus; Standard PMC front I/O; Additional PMC I/O on CompactPCI connector J2; Operating temperature -40�C to +85�C
TPCI270-10: (from TEWS TECHNOLGIES GmbH)
One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C

TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: One slot passive PMC carrier for standard PCI bus based systems; 33 MHz/32bit PCI bus; PMC front I/O and rear I/O; Operating temperature -40�C to +85�C
TPIM001-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C

TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PIM I/O Module with 50 pin connector; maps the lower 50 I/O lines of the PMC P14 I/O connector to a 50 pin SCSI-2 type connector; Operating temperature -40�C to +85�C
TPIM002-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C

TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PIM I/O Module with 68 pin connector maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector; Operating temperature -40�C to +85�C
TPIM003-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C

TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PIM I/O Module with 68 pin connector and special pin assignment maps all 64 I/O lines of the PMC P14 I/O connector to a 68 pin SCSI-3 type connector resulting in the same pin assignment as the 68 pin SCSI-3 type connector used on the PMC ; Operating temperature -40�C to +85�C
TPIM004-10: (from TEWS TECHNOLGIES GmbH)
PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C

TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: PIM I/O Module for Quad Ethernet PMC providing 4 RJ45 connectors to support rear I/O for TPMC382 and TPMC882; Operating temperature -40�C to +85�C
TVME020-TM-10: (from TEWS TECHNOLGIES GmbH)
6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C

VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: 6U/4TE Transition Module for VME64x PMC Carrier providing two PIM slots; P2 mapping conforms to ANSI/VITA 35-2000 PMC to VME-P2/VME64x-P2 I/O mapping; Operating temperature -40�C to +85�C
VPX6-215 Carrier Card: (from Curtiss-Wright Controls, Inc.)
Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable: Curtiss-Wright Controls Embedded Computing's VPX6-215 ExpressReach PMC/XMC and IPM carrier card provides great flexibility to system integrators needing to expand their VPX-based systems' I/O complement via standard PMC modules and/or XMC modules. A direct PCIe connection over the VPX backplane allows host processors access to a high-performance, low latency native PCIe interface to the VPX6-215 carrier card. To a host processor, PMC and XMC modules on the VPX6-215 appear as if they were on the host processor. A standard 4-lane PCIe interface provides a nominal data rate of 1GB in each direction.

* Provides flexible PMC, XMC, and Interface Personality Modules (IPMs) expansion capability
* PCI Express (PCIe) backplane interface to VPX host processor cards such as Curtiss-Wright's VPX6-185 PowerPC Single Board Computer and CHAMP-AV6 Quad PowerPC DSP module
* Provides two PMC/XMC sites and one IPM site
* Each PMC/XMC site provides 8-lane PCIe link on Pn5 connector
* Each PMC/XMC site provides parallel PCI-X on traditional PMC connectors
* Each PMC/XMC site provides 64 I/O lines on Pn4 connector and 24 I/O lines on Pn6
* IPM site supports IPM PCI features (i.e., 1553, SATA, SCSI�,)
* Four PCIe links to backplane on VPX P1 core fabric connector
* User-selectable choice of active backplane PCIe link
* 6U VPX (.8" pitch) and VPX-REDI (.85" pitch) formats
* LRM (Line Replaceable Module) capable