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PC104p-Biserial-III: (from Dynamic Engineering)
PC/104p-BiSerial-III PC/104p Compatible Bi-Directional Serial / Parallel Data Interface with DMA
The BiSerial features large internal "BLOCK RAM" which can be used for FIFO or Dual Port RAM. The larger Spartan IIIŽ contains the PCI interface with DMA and the state-machines for your design. If deeper FIFOs are required; completely isolated FIFOs with 32 bit ports for increased adaptability and performance are available. 16 - 40 MHz 485 buffers with programmable termination and direction can be configured to your systems requirements. The expanded faster FPGA will implement the most complex state-machines. Many of the designs implemented for the PMC and IP versions can be ported to the PC/104p.

PC104pPWR12: (from Dynamic Engineering)
The PC104pPWR12 power supply provides for the +5, +3.3, +12, minus 12 and minus 5 from a 12V wall mount transformer supply, battery etc. Each rail is fuse protected. The supply uses switching technology to provide high efficiency, coupled with low pass filtering to provide low noise and fast response to transient loads.
The PCI VIO is programmable allowing 5V or 3.3V PC104p cards to be used. Many PC104p and PCI-104 cards are universal and can work with 3.3 or 5V PCI definitions. A shunt is provided for the user to select 5V or 3V operation.
The power is routed from the power supplies to connectors with mini-planes each of which is rated for more than the maximum draw. The total power dissipation is limited to the external power supply capabilities. Each rail can draw to the maximum to cover situations where the power utilization is not balanced. 8A max current on 5V, 8A max current on 3.3V, 4A max current on -12, 4A from +12V. The VIO is selected from the 3.3 or 5V supply after the fuse and is included in the 8A available on those rails.
The default is for the 3.3 then 5 then -12 then -5 power rails to be energized. The rails are delayed relative to one another by several mS to reduce the inrush current requirement. If you require 5V before 3 or coincident power etc. contact Dynamic Engineering. We can do a special build with the delay programmed for your requirements.

3LAN embedded system: (from Acrosser U.S.A Inc)
To target the internet security market, the AR-M9923 is designed in a 2U micro size enclosure, with 4 LANs, WiFi capability and compact flash functions. It supports embedded Windows, embedded Linux and wide range FreeBSD software platform. AR-M9923´s functionalities and capabilities can help system integrators and product managers shorten the development time, increase efficiency and lower costs on commercial, SOHO Firewall & VPN application development.
The AR-M9923 is tightly embedded computer system with low power fan less VIA 600Mhz CPU. This embedded system includes 4 integrated 10/100 LAN ports. There are 2 USB ports, ATA-100 IDE connection, and compact flash ready. There´s an onboard Mini-PCI socket for wireless network solution. The CPU also supports for up to 512M PC133 SDRAM. All these capabilities ensure a highly scalable embedded platform and network bandwidth for Internet applications at the minimal cost.
AR-M9923 is compatible with Windows Embedded OS, also many commercial-grades Linux-based operating system and universal development platform. This is a comprehensive and cost effective OEM embedded computer system. AR-M9923 is the perfect hardware platform which can reduce the development cost and accelerate the market launch time for Firewall, VPN, and Internet security projects. Please see http://www.acrosser.com/firewall/product/9923.htm for more product information.
Acrosser is the ISO-9001 certified embedded platform service provider in OEM/ODM manufacturing with its high-quality, high-performance embedded products since 1988. Acrosser provides embedded PC-104 computer to clients in a wide array of industries, including Kiosk, gaming, industrial, networking, security, imaging and medical. Please visit www.acrosser.com for more information

David Bobby Acrosser U.S.A 714-827-9938 Marketing@acrosser.com

CCII 4-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Four ultra-high-speed (> 16 Mbps) plus two UART (< 1 Mbps) channels. Intelligent adapter with onboard Motorola PowerQUICC II communication controller. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII 8-Channel E1/T1 (E3/T3) Telecomms PCI-104: (from CCII Systems (Pty) Ltd)
A highly flexible telecomms adapter offering up to 8 channels of E1/T1, or 2 channels of E3/T3; plus 2 channels of simultaneous, high-speed, bi-directional RS422 serial communications (>10 Mbps) and 2 channels of simultaneous, bi-directional RS232 UART serial communications.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks and Linux operating systems as standard; others optional.

CCII 8-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent I/O adapter offering 8 channels of simultaneous, high-speed (>16 Mbps), bi-directional serial communicaitons plus 4 UART channels.

Dual onboard Motorola PowerQUICC II communication controllers. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII CDDI PCI-104: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over copper and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII Dual Gigabit Ethernet PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent network adapter offering two channels of 10/100/1000 Mbps Ethernet communications links on either copper or fibre media.

Uses a custom, intelligent ASIC for the control of the Gigabit Ethernet MACs (Media Access Controllers), thereby removing protocol processing overhead from the host processor, thus providing for higher nett data throughput. Dual channels provide redundant Gigabit Ethernet links for high system reliability with Redundant Link Management implemented in hardware managing unattended and automatic failure recovery of downed links.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII FDDI PC/104 Plus: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

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PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

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PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: PC/104p-BiSerial-III PC/104p Compatible Bi-Directional Serial / Parallel Data Interface with DMA
The BiSerial features large internal "BLOCK RAM" which can be used for FIFO or Dual Port RAM. The larger Spartan IIIŽ contains the PCI interface with DMA and the state-machines for your design. If deeper FIFOs are required; completely isolated FIFOs with 32 bit ports for increased adaptability and performance are available. 16 - 40 MHz 485 buffers with programmable termination and direction can be configured to your systems requirements. The expanded faster FPGA will implement the most complex state-machines. Many of the designs implemented for the PMC and IP versions can be ported to the PC/104p.
PC104pPWR12: (from Dynamic Engineering)
The PC104pPWR12 power supply provides for the +5, +3.3, +12, minus 12 and minus 5 from a 12V wall mount transformer supply, battery etc. Each rail is fuse protected. The supply uses switching technology to provide high efficiency, coupled with low pass filtering to provide low noise and fast response to transient loads.
The PCI VIO is programmable allowing 5V or 3.3V PC104p cards to be used. Many PC104p and PCI-104 cards are universal and can work with 3.3 or 5V PCI definitions. A shunt is provided for the user to select 5V or 3V operation.
The power is routed from the power supplies to connectors with mini-planes each of which is rated for more than the maximum draw. The total power dissipation is limited to the external power supply capabilities. Each rail can draw to the maximum to cover situations where the power utilization is not balanced. 8A max current on 5V, 8A max current on 3.3V, 4A max current on -12, 4A from +12V. The VIO is selected from the 3.3 or 5V supply after the fuse and is included in the 8A available on those rails.
The default is for the 3.3 then 5 then -12 then -5 power rails to be energized. The rails are delayed relative to one another by several mS to reduce the inrush current requirement. If you require 5V before 3 or coincident power etc. contact Dynamic Engineering. We can do a special build with the delay programmed for your requirements.

3LAN embedded system: (from Acrosser U.S.A Inc)
To target the internet security market, the AR-M9923 is designed in a 2U micro size enclosure, with 4 LANs, WiFi capability and compact flash functions. It supports embedded Windows, embedded Linux and wide range FreeBSD software platform. AR-M9923´s functionalities and capabilities can help system integrators and product managers shorten the development time, increase efficiency and lower costs on commercial, SOHO Firewall & VPN application development.
The AR-M9923 is tightly embedded computer system with low power fan less VIA 600Mhz CPU. This embedded system includes 4 integrated 10/100 LAN ports. There are 2 USB ports, ATA-100 IDE connection, and compact flash ready. There´s an onboard Mini-PCI socket for wireless network solution. The CPU also supports for up to 512M PC133 SDRAM. All these capabilities ensure a highly scalable embedded platform and network bandwidth for Internet applications at the minimal cost.
AR-M9923 is compatible with Windows Embedded OS, also many commercial-grades Linux-based operating system and universal development platform. This is a comprehensive and cost effective OEM embedded computer system. AR-M9923 is the perfect hardware platform which can reduce the development cost and accelerate the market launch time for Firewall, VPN, and Internet security projects. Please see http://www.acrosser.com/firewall/product/9923.htm for more product information.
Acrosser is the ISO-9001 certified embedded platform service provider in OEM/ODM manufacturing with its high-quality, high-performance embedded products since 1988. Acrosser provides embedded PC-104 computer to clients in a wide array of industries, including Kiosk, gaming, industrial, networking, security, imaging and medical. Please visit www.acrosser.com for more information

David Bobby Acrosser U.S.A 714-827-9938 Marketing@acrosser.com

CCII 4-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Four ultra-high-speed (> 16 Mbps) plus two UART (< 1 Mbps) channels. Intelligent adapter with onboard Motorola PowerQUICC II communication controller. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII 8-Channel E1/T1 (E3/T3) Telecomms PCI-104: (from CCII Systems (Pty) Ltd)
A highly flexible telecomms adapter offering up to 8 channels of E1/T1, or 2 channels of E3/T3; plus 2 channels of simultaneous, high-speed, bi-directional RS422 serial communications (>10 Mbps) and 2 channels of simultaneous, bi-directional RS232 UART serial communications.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks and Linux operating systems as standard; others optional.

CCII 8-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent I/O adapter offering 8 channels of simultaneous, high-speed (>16 Mbps), bi-directional serial communicaitons plus 4 UART channels.

Dual onboard Motorola PowerQUICC II communication controllers. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII CDDI PCI-104: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over copper and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII Dual Gigabit Ethernet PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent network adapter offering two channels of 10/100/1000 Mbps Ethernet communications links on either copper or fibre media.

Uses a custom, intelligent ASIC for the control of the Gigabit Ethernet MACs (Media Access Controllers), thereby removing protocol processing overhead from the host processor, thus providing for higher nett data throughput. Dual channels provide redundant Gigabit Ethernet links for high system reliability with Redundant Link Management implemented in hardware managing unattended and automatic failure recovery of downed links.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII FDDI PC/104 Plus: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

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PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

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PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

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THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: The PC104pPWR12 power supply provides for the +5, +3.3, +12, minus 12 and minus 5 from a 12V wall mount transformer supply, battery etc. Each rail is fuse protected. The supply uses switching technology to provide high efficiency, coupled with low pass filtering to provide low noise and fast response to transient loads.
The PCI VIO is programmable allowing 5V or 3.3V PC104p cards to be used. Many PC104p and PCI-104 cards are universal and can work with 3.3 or 5V PCI definitions. A shunt is provided for the user to select 5V or 3V operation.
The power is routed from the power supplies to connectors with mini-planes each of which is rated for more than the maximum draw. The total power dissipation is limited to the external power supply capabilities. Each rail can draw to the maximum to cover situations where the power utilization is not balanced. 8A max current on 5V, 8A max current on 3.3V, 4A max current on -12, 4A from +12V. The VIO is selected from the 3.3 or 5V supply after the fuse and is included in the 8A available on those rails.
The default is for the 3.3 then 5 then -12 then -5 power rails to be energized. The rails are delayed relative to one another by several mS to reduce the inrush current requirement. If you require 5V before 3 or coincident power etc. contact Dynamic Engineering. We can do a special build with the delay programmed for your requirements.
3LAN embedded system: (from Acrosser U.S.A Inc)
To target the internet security market, the AR-M9923 is designed in a 2U micro size enclosure, with 4 LANs, WiFi capability and compact flash functions. It supports embedded Windows, embedded Linux and wide range FreeBSD software platform. AR-M9923´s functionalities and capabilities can help system integrators and product managers shorten the development time, increase efficiency and lower costs on commercial, SOHO Firewall & VPN application development.
The AR-M9923 is tightly embedded computer system with low power fan less VIA 600Mhz CPU. This embedded system includes 4 integrated 10/100 LAN ports. There are 2 USB ports, ATA-100 IDE connection, and compact flash ready. There´s an onboard Mini-PCI socket for wireless network solution. The CPU also supports for up to 512M PC133 SDRAM. All these capabilities ensure a highly scalable embedded platform and network bandwidth for Internet applications at the minimal cost.
AR-M9923 is compatible with Windows Embedded OS, also many commercial-grades Linux-based operating system and universal development platform. This is a comprehensive and cost effective OEM embedded computer system. AR-M9923 is the perfect hardware platform which can reduce the development cost and accelerate the market launch time for Firewall, VPN, and Internet security projects. Please see http://www.acrosser.com/firewall/product/9923.htm for more product information.
Acrosser is the ISO-9001 certified embedded platform service provider in OEM/ODM manufacturing with its high-quality, high-performance embedded products since 1988. Acrosser provides embedded PC-104 computer to clients in a wide array of industries, including Kiosk, gaming, industrial, networking, security, imaging and medical. Please visit www.acrosser.com for more information

David Bobby Acrosser U.S.A 714-827-9938 Marketing@acrosser.com

CCII 4-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Four ultra-high-speed (> 16 Mbps) plus two UART (< 1 Mbps) channels. Intelligent adapter with onboard Motorola PowerQUICC II communication controller. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII 8-Channel E1/T1 (E3/T3) Telecomms PCI-104: (from CCII Systems (Pty) Ltd)
A highly flexible telecomms adapter offering up to 8 channels of E1/T1, or 2 channels of E3/T3; plus 2 channels of simultaneous, high-speed, bi-directional RS422 serial communications (>10 Mbps) and 2 channels of simultaneous, bi-directional RS232 UART serial communications.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks and Linux operating systems as standard; others optional.

CCII 8-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent I/O adapter offering 8 channels of simultaneous, high-speed (>16 Mbps), bi-directional serial communicaitons plus 4 UART channels.

Dual onboard Motorola PowerQUICC II communication controllers. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII CDDI PCI-104: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over copper and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII Dual Gigabit Ethernet PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent network adapter offering two channels of 10/100/1000 Mbps Ethernet communications links on either copper or fibre media.

Uses a custom, intelligent ASIC for the control of the Gigabit Ethernet MACs (Media Access Controllers), thereby removing protocol processing overhead from the host processor, thus providing for higher nett data throughput. Dual channels provide redundant Gigabit Ethernet links for high system reliability with Redundant Link Management implemented in hardware managing unattended and automatic failure recovery of downed links.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII FDDI PC/104 Plus: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: To target the internet security market, the AR-M9923 is designed in a 2U micro size enclosure, with 4 LANs, WiFi capability and compact flash functions. It supports embedded Windows, embedded Linux and wide range FreeBSD software platform. AR-M9923´s functionalities and capabilities can help system integrators and product managers shorten the development time, increase efficiency and lower costs on commercial, SOHO Firewall & VPN application development.
The AR-M9923 is tightly embedded computer system with low power fan less VIA 600Mhz CPU. This embedded system includes 4 integrated 10/100 LAN ports. There are 2 USB ports, ATA-100 IDE connection, and compact flash ready. There´s an onboard Mini-PCI socket for wireless network solution. The CPU also supports for up to 512M PC133 SDRAM. All these capabilities ensure a highly scalable embedded platform and network bandwidth for Internet applications at the minimal cost.
AR-M9923 is compatible with Windows Embedded OS, also many commercial-grades Linux-based operating system and universal development platform. This is a comprehensive and cost effective OEM embedded computer system. AR-M9923 is the perfect hardware platform which can reduce the development cost and accelerate the market launch time for Firewall, VPN, and Internet security projects. Please see http://www.acrosser.com/firewall/product/9923.htm for more product information.
Acrosser is the ISO-9001 certified embedded platform service provider in OEM/ODM manufacturing with its high-quality, high-performance embedded products since 1988. Acrosser provides embedded PC-104 computer to clients in a wide array of industries, including Kiosk, gaming, industrial, networking, security, imaging and medical. Please visit www.acrosser.com for more information

David Bobby Acrosser U.S.A 714-827-9938 Marketing@acrosser.com
CCII 4-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Four ultra-high-speed (> 16 Mbps) plus two UART (< 1 Mbps) channels. Intelligent adapter with onboard Motorola PowerQUICC II communication controller. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII 8-Channel E1/T1 (E3/T3) Telecomms PCI-104: (from CCII Systems (Pty) Ltd)
A highly flexible telecomms adapter offering up to 8 channels of E1/T1, or 2 channels of E3/T3; plus 2 channels of simultaneous, high-speed, bi-directional RS422 serial communications (>10 Mbps) and 2 channels of simultaneous, bi-directional RS232 UART serial communications.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks and Linux operating systems as standard; others optional.

CCII 8-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent I/O adapter offering 8 channels of simultaneous, high-speed (>16 Mbps), bi-directional serial communicaitons plus 4 UART channels.

Dual onboard Motorola PowerQUICC II communication controllers. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII CDDI PCI-104: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over copper and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII Dual Gigabit Ethernet PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent network adapter offering two channels of 10/100/1000 Mbps Ethernet communications links on either copper or fibre media.

Uses a custom, intelligent ASIC for the control of the Gigabit Ethernet MACs (Media Access Controllers), thereby removing protocol processing overhead from the host processor, thus providing for higher nett data throughput. Dual channels provide redundant Gigabit Ethernet links for high system reliability with Redundant Link Management implemented in hardware managing unattended and automatic failure recovery of downed links.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII FDDI PC/104 Plus: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

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PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: Four ultra-high-speed (> 16 Mbps) plus two UART (< 1 Mbps) channels. Intelligent adapter with onboard Motorola PowerQUICC II communication controller. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)
CCII 8-Channel E1/T1 (E3/T3) Telecomms PCI-104: (from CCII Systems (Pty) Ltd)
A highly flexible telecomms adapter offering up to 8 channels of E1/T1, or 2 channels of E3/T3; plus 2 channels of simultaneous, high-speed, bi-directional RS422 serial communications (>10 Mbps) and 2 channels of simultaneous, bi-directional RS232 UART serial communications.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks and Linux operating systems as standard; others optional.

CCII 8-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent I/O adapter offering 8 channels of simultaneous, high-speed (>16 Mbps), bi-directional serial communicaitons plus 4 UART channels.

Dual onboard Motorola PowerQUICC II communication controllers. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII CDDI PCI-104: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over copper and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII Dual Gigabit Ethernet PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent network adapter offering two channels of 10/100/1000 Mbps Ethernet communications links on either copper or fibre media.

Uses a custom, intelligent ASIC for the control of the Gigabit Ethernet MACs (Media Access Controllers), thereby removing protocol processing overhead from the host processor, thus providing for higher nett data throughput. Dual channels provide redundant Gigabit Ethernet links for high system reliability with Redundant Link Management implemented in hardware managing unattended and automatic failure recovery of downed links.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII FDDI PC/104 Plus: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

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PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

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PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

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THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: A highly flexible telecomms adapter offering up to 8 channels of E1/T1, or 2 channels of E3/T3; plus 2 channels of simultaneous, high-speed, bi-directional RS422 serial communications (>10 Mbps) and 2 channels of simultaneous, bi-directional RS232 UART serial communications.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks and Linux operating systems as standard; others optional.
CCII 8-Channel High-Speed Serial I/O PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent I/O adapter offering 8 channels of simultaneous, high-speed (>16 Mbps), bi-directional serial communicaitons plus 4 UART channels.

Dual onboard Motorola PowerQUICC II communication controllers. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)

CCII CDDI PCI-104: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over copper and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII Dual Gigabit Ethernet PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent network adapter offering two channels of 10/100/1000 Mbps Ethernet communications links on either copper or fibre media.

Uses a custom, intelligent ASIC for the control of the Gigabit Ethernet MACs (Media Access Controllers), thereby removing protocol processing overhead from the host processor, thus providing for higher nett data throughput. Dual channels provide redundant Gigabit Ethernet links for high system reliability with Redundant Link Management implemented in hardware managing unattended and automatic failure recovery of downed links.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII FDDI PC/104 Plus: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: Intelligent I/O adapter offering 8 channels of simultaneous, high-speed (>16 Mbps), bi-directional serial communicaitons plus 4 UART channels.

Dual onboard Motorola PowerQUICC II communication controllers. Channels configurable as RS422/485/232. Supported protocols: HDLC, SDLC, Async, BiSync.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Windows NT, Windows 2000* and Windows XP* operating systems as standard; others optional. (*Standard PC HAL only)
CCII CDDI PCI-104: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over copper and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII Dual Gigabit Ethernet PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent network adapter offering two channels of 10/100/1000 Mbps Ethernet communications links on either copper or fibre media.

Uses a custom, intelligent ASIC for the control of the Gigabit Ethernet MACs (Media Access Controllers), thereby removing protocol processing overhead from the host processor, thus providing for higher nett data throughput. Dual channels provide redundant Gigabit Ethernet links for high system reliability with Redundant Link Management implemented in hardware managing unattended and automatic failure recovery of downed links.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII FDDI PC/104 Plus: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

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PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: Provides dual-redundant communication links over copper and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.
CCII Dual Gigabit Ethernet PCI-104: (from CCII Systems (Pty) Ltd)
Intelligent network adapter offering two channels of 10/100/1000 Mbps Ethernet communications links on either copper or fibre media.

Uses a custom, intelligent ASIC for the control of the Gigabit Ethernet MACs (Media Access Controllers), thereby removing protocol processing overhead from the host processor, thus providing for higher nett data throughput. Dual channels provide redundant Gigabit Ethernet links for high system reliability with Redundant Link Management implemented in hardware managing unattended and automatic failure recovery of downed links.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

CCII FDDI PC/104 Plus: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: Intelligent network adapter offering two channels of 10/100/1000 Mbps Ethernet communications links on either copper or fibre media.

Uses a custom, intelligent ASIC for the control of the Gigabit Ethernet MACs (Media Access Controllers), thereby removing protocol processing overhead from the host processor, thus providing for higher nett data throughput. Dual channels provide redundant Gigabit Ethernet links for high system reliability with Redundant Link Management implemented in hardware managing unattended and automatic failure recovery of downed links.

Available in three air-cooled grades: ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit 3,3 V PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.
CCII FDDI PC/104 Plus: (from CCII Systems (Pty) Ltd)
Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.

DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: Provides dual-redundant communication links over fibre and is ideally suited to real-time embedded platforms. Uses the AMD Supernet 3 FDDI Chipset as communication controller and offers dual attached (DAS) or single attached (SAS) I/O options.

Available in three air-cooled grades : ruggedised (-40 C to +85 C), industrial (-15 C to +75 C) and commercial (0 C to +55 C). Ruggedised version is ideally suited for environments with high temperature, shock and vibration levels.

Interfaces to 32-bit, 33/66 MHz PCI-bus and complies with PCI-104 Version 1.0 specification.

Various software drivers offered including for VxWorks, Linux, Solaris, Windows 2000, Windows XP and Windows 2003 operating systems as standard; others optional.
DMM-32X-AT PC/104 A/D Module: (from Diamond Systems Corporation)
DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.

Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: DMM-32X-AT is Diamond Systems´ most advanced embedded A/D board. It includes a comprehensive suite of analog and digital features to fit a wide variety of embedded application needs:
The 32 A/D input channels feature high-accuracy 16-bit resolution, 250KHz maximum sampling rate, programmable input ranges, and user-selectable single-ended / differential configuration.
The 4 D/A output channels feature user-selectable output ranges as well as a programmable waveform generator feature.
The 24 digital I/O feature bit by bit direction programmability as well as buffers for enhanced output current of -15mA (logic 1) / 64mA (logic 0).
The on-board programmable counter/timer circuitry includes a 32-bit counter/timer for A/D and D/A sample timing, as well as a 16-bit counter/timer for general counting, timing, and programmable interrupt functions.
Extended temperature operation of -40 to +85oC is tested and guaranteed. Using our patented auto-autocalibration technology, DMM-32X-AT will provide accurate analog measurements across its entire rated operating temperature range, ensuring reliable performance for critical applications.
Our advanced Universal Driver software is included free with DMM-32X-AT and all our CPU and I/O boards. Universal Driver provides a programming library that simplifies control of all the board´s features and enables you to develop your application software quickly.
Emerald-MM-Plus PC/104 Serial Communication Module: (from Diamond Systems Corporation)
Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.

GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: Emerald-MM-8Plus is a high performance multi-protocol serial communications board offering eight ports on a single PC/104-Plus module. Supporting baud rates up to 921.6K bps in RS-232 mode or 1.8432Mbps in RS422 or RS485 mode, each port can be individually selected for RS-232, RS-422, RS-485 or TTL level operation. Both local-echo and non-local-echo modes are supported for RS-485. Protocol selection is achieved via a jumper block for each of the eight ports. Line termination for RS-422/485 modes is also jumper-selectable.
Configuration of the Emerald-MM-8Plus is simple, using the built-in plug and play technology. For manual configuration, the base address for the board may be set in software, defining a 4K block of configuration space used to access the on-board registers. A single 32-bit read shows the detailed interrupt status for each of the eight ports. The PCI slot is defined through a jumper block. As with all Diamond Systems products, jumpers are paralleled with locations for zero ohm resistors to create a rugged, shock-and- vibration-resistant implementation.
Emerald-MM-8Plus is based on the Exar 17D158 octal UART IC. This device contains 8 4 identical sets of 16C55registers, one for each port, and is compatible with the standard PC serial port. Each port contains 64-byte transmit and receive FIFOs to support the high-speed data rates.
Emerald-MM-8Plus also offers 8 convenient digital I/O lines. The direction of each line is independently programmable. Finally, Emerald-MM-8Plus also offers a 16-bit programmable counter / timer with a configurable clock source.
Two I/O headers are provided, with four serial ports and four digital I/O lines on each header. The board operates on +5V only, eliminating the need for a +12V supply that is often required for serial port operation.
GPIO-MM-12 PC/104 Digital I/O & Counter Module: (from Diamond Systems Corporation)
GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.

Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: GPIO-MM-12 is part of a family of reconfigurable digital I/O and counter / timer modules with various port and pin configurations. Each board uses identical hardware with a 200K gate Xilinx Spartan II RAM-based FPGA. The varying configurations are based on different FPGA code. The FPGA code is stored in a flash memory on the board, enabling GPIO-MM-12 to be reprogrammed in the field with different designs, including custom designs.
The GPIO-MM-12 configuration provides 48 digital I/O lines and 10 programmable counter/timers. The counter/timer features are based on our legacy Quartz-MM board, while the 48 digital I/O lines are compatible with our legacy Garnet-MM board. This configuration combines the features of both these boards into one board to reduce your PC/104 stack size and cost.
Other GPIO-MM configurations provide up to 96 digital I/O lines.
Hammerhead-PC/104-Plus: (from BittWare, Inc.)
Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.

ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: Quad ADSP-21160 PC/104-Plus board. BittWare´s Hammerhead-PC/104-Plus (HHP4) board packs the lightning-fast processing power of two ADSP-21160 SHARC DSPs and the speed of a 32-bit, 33 MHz PCI interface onto a PC/104-Plus format card. Up to 64-512 MB SDRAM is available to both processors for general-purpose code and data storage, and 2 MB of FLASH memory is available on an 8-bit peripheral bus. The HHP4 incorporates BittWare's SharcFIN ASIC, which flexibly interfaces the ADSP-21160 DSPs to the 32-bit, 33 MHz PCI bus, the SDRAM, the FLASH memory, and a peripheral bus. It also provides a feature-rich set of DMA functions and interrupt options to support very high-speed, real-time data flow with minimum processor overhead. The HHP4 board is configured with two 80 MHz ADSP-21160 DSPs, each of which features 4 Mbits of on-chip, dual-ported SRAM. The ADSP-21160s are code-compatible with the ADSP-2106x SHARC DSPs, making it easier to integrate existing code. The ADSP-21160 DSPs share a common 40 MHz, 64-bit cluster bus, which gives them access to the board´s SDRAM, the PC/104-Plus PCI interface, and the other SHARC processor. For additional I/O, each processor also has four flags, three interrupts, six link ports, and two serial ports.
ISA to PC/104 Stack Adapter: (from parvus Corporation)
PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

More Info

PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: PRODUCT INFORMATION

Parvus ISA to PC/104 Bus Adapter enables a 16-bit ISA-based PC host system to interface with 16-bit PC/104 modules in a direct bus-to-bus link. Developers can use the adapters to inexpensively develop and test PC/104 modules on an ISA-based computer with desktop software tools. All signals found on the PC/104 bus operate with the same purpose and function as their ISA bus (IEEE-P996) counterparts and provide data transfers at full PC/AT transfer rates.
This adapter is designed to fit a 16-bit ISA backplane. It comes with a metal PC card bracket, gold plated ISA card edge connectors, 104-pin PC/104 header, and nylon PC/104 stand-offs for securely mounting a PC/104 card to the adapter. The self-stacking PC/104 header allows multiple modules to be used at the same time, limited only by the space available within the host platform.

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PC/104-SK-PLUS2 - StarterKits: (from Kontron AG)
Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info

PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: Get startet right now! This is the kick start with a MOPS - all cables, power supply, etc is included - with ISA and PCI extentions - GET STARTED!

PC/104 StarterKit for every MOPS PC/104 includes all cables, floppy drive and power supply unit.

More Info
PC104p-CHASSIS: (from Dynamic Engineering)
The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.

PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: The PCI-104, PC104p, PC104 Chassis comes in base sizes : 5-11 slots [an extrusion is used for the main body of the chassis making any length possible]. The models are adaptable to allow 1,2,3,4, or 5 cards to be mounted in the 5 slot unit and any number up to 11 in the larger units. In a typical system the first position in the stack would be the power supply, the second the CPU and the rest IO or storage. With the range of cards available for PCI-104, PC104, PC104p and IP available most applications can be implemented with off the shelf hardware and a chassis. The PC104pPWR12 can make a good power supply for PCI-104, PC104 and PC104p stacks or stacks with mixed cards. The chassis is flexible and works with any assortment of cards.
PC104p2PMC: (from Dynamic Engineering)
The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.

PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: The PC104p2PMC ( PCI-104 to PMC ) adapter / carrier converter card provides the ability to install a PMC card into a standard PCI-104 slot. Suitable for 32 bits with 33 or 66 MHz bus operation. The PMC front panel connector is mounted though the PCI mounting bracket.

The PCI bus is buffered with 10 ohm series resistors and clamped with Schotky diodes. The PCI clock is distributed with a zero delay buffer. The PC104p2PMC design is passive with no added delays to access the PMC hardware. The traces are carefully routed with proper attention paid to the impedance and reference planes to maximize compatibility with your PCI system. The PC104p2PMC is based on the legacy of the PCI2PMC, PCIBPMC, and cPCI versions. The passive design of the PC104p2PMC reduces system latency.

The PCI bus is interconnected to the PMC is a 66 MHz capable layout.

The PCI VIO is interconnected to the PMC directly. The PCI-104 backplane will determine the bus voltage reference. The voltage select pins are not installed on the PC104p2PMC and it is left to the user to properly select the PMC and PCI104 stack components for PCI voltage level considerations. Many PMCs are universal and can work with 3.3 or 5V PCI backplanes.
PC104p4IP: (from Dynamic Engineering)
If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.

PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: If you want to use IndustryPack¨ modules with your PC/104+ system then the PC104p4IP is the choice for you. The PC104p4IP combines features you need with simplicity and speed. Up to 4 IP modules can be installed. 32 bit and double wide modules fit right in. Each slot has independent operation - control, clocking, IO, power filtering and protection. The PC104p4IP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104p4IP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the Windows¨XP driver; operation can be "plug and play".
Our customers are our best source of feed-back and new ideas to implement. The PC104p4IP is now revision A for the PROM. The new features include Byte and Word Swapping, Bus error status for each slot independently, and 32 IP support. Shipping now. If you have PC104p4IPs and want to update to the latest firmware we have a PROM update program. A minimal cost of $25 for the first updated PROM. Please provide your serial number(s) to be updated along with your PO.
Multi-board operation is supported. With multiple PC104p4IPs in your system and unique cabling, sensors etc. for each slot on each PC104p4IP it is important to "know" which PC104p4IP is which and to properly control the IP modules mounted to them. A surface mount "dip switch" is provided which provides an identifier to the software. A specific PC104p4IP can be matched up with the PCI address allocated to make for deterministic control. The switch can also be used for other purposes; configuration control or debugging for example. The switch values are available to be read via the PCI bus.
Each slot has a separate clock controller for 8 and 32 MHz operation. The clocks are locked together for the four slots plus the state-machine. Glitch free operation means the frequency can be be changed on the fly. Series and parallel terminations with equal length traces insure clean clocks and coherant operation across the 4 IPs and the controlling state-machine. A well designed clock distribution is critical for reliable operation.
PC104pIP <==> PC/104+ card with IP slot: (from Dynamic Engineering)
PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".

PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: PC104pIP <==> PC/104+ card with IP slot.

If you want to use IndustryPackŽ; modules with your PC/104+ system then the PC104pIP is the choice for you. The PC104pIP combines features you need with simplicity and speed. One IP module can be installed per carrier. Multiple carriers can be used in a stack. The PC104pIP is highly integrated with the PCI and IP interfaces closely coupled within the same FPGA. As a result the PC104pIP is faster, has a higher MTBF, and is easier to use than competing designs. There are fewer initialization steps and fewer PCI addresses to deal with and yet there are more features to work with. With the WindowsŽ;XP driver; operation can be "plug and play".
PCI2PC104p - PCI to PC/104p Adapter / Carrier: (from Dynamic Engineering)
Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.

ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: Save money with the PCI2PC104p ... If you need to get your product to market fast, think about reusing existing PC/104p designs in PCI applications. For small production runs it will be less expensive without paying for a new design and layout. For new PC/104p designs the PCI2PC104p can decrease your time to market by allowing your engineers to debug in a PC, instead of the target hardware, until the PC/104p design is "mature". A PC will provide better tools and visablility into the hardware.
Contact Dyanamic Engineering about converting your PC/104p design to PCI and vice-versa.
ThermoCool PC/104 Environmental Fan II: (from parvus Corporation)
PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info

THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: PRODUCT INFORMATION

The ThermoCool PC/104 Environmental Fan Card II provides thermostat-controlled forced-air cooling together with environmental monitoring of temperature, humidity and pressure conditions to increase reliability of embedded PC/104 computer systems, particularly in enclosed applications.

In a thermostatic function, the boards two high efficiency, brushless fans turn on and off, responding to changing temperature conditions while conserving power and increasing product life when not in use. In a sealed enclosure, the board can reduce or eliminate the need for outside air exchange. Air is driven in a push-pull circular cooling pattern around the board and adjacent PC/104 modules. Each fan can alternatively be reversed (flipped over) to create a push-push or pull-pull movement of air.

Besides providing thermal management, the Environmental Fan Card II integrates capacitive humidity and atmospheric pressure sensors, which can be used as alarm indicators of moisture and pressure changes within an enclosed PC/104 system. The board's humidity sensor measures from 1-99% relative humidity with instantaneous desaturation, and its pressure sensor delivers a highly accurate, linear voltage output directly proportional to applied pressure (0-29 PSI) - with precise span and offset calibration, as well as temperature compensation.

Other features include an elapsed time counter, two Form C relays, two digital inputs, four or seven analog inputs, LED activity indicator, configuration jumpers, WindowsŽ 9x/NT/2000/XP drivers and a software test utility to enable the module to control external devices and integrate into a variety of complex environmental management schemes. Also included is onboard EEPROM scratch memory to provide the board with a unique serial number (for system identification) and permanent storage for configuration or maintenance information. Its elapsed time recorder / real-time clock detects and records the total time with power on and the number of times the unit has been turned on and off (power cycles). It also incorporate 10bytes of user-configurable EEPROM memory. This is particular useful for time-of-use warranty, calibration, repair, and maintenance requirements.

This product is available in two versions: Part number PRV-0509-06 includes all three sensors (temperature, pressure, humidity) for a complete environmental monitoring and control solution, while PRV-0509-07 comes with a temperature sensor only (no humidity or pressure). An optional cable set (PRV-0509-08) with an external digital temperature sensor is available for either board if remote fan management is desired.

More Info
THP815-10: (from TEWS TECHNOLGIES GmbH)
ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C

THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: ARCNET Traditional Interface; COM20020 ARCNET controller, 5 Mbps; Traditional hybrid interface; BNC, two RJ-11 and DB9 connector; Operating temperature 0°C to +70°C
THP815-21: (from TEWS TECHNOLGIES GmbH)
ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C

TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: ARCNET RS485 Interface; COM20020 ARCNET controller, 5 Mbps; Isolated RS485 interface; DB9 and two RJ-11 connectors; Operating temperature -40°C to +85°C
TITAN: (from Eurotech Ltd)
The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.: The TITAN is an ultra low power PC/104 compatible single board computer based on the 520MHz PXA270 XScale RISC processor. The PXA270 is an implementation of the ARM compliant, Intel XScale microarchitecture combined with a comprehensive set of integrated peripherals including, a flat panel graphics controller, USB host/client controller, interrupt controller, and multiple serial ports.