Computer boards

128 digital I/O PCI card CONTEC

This board is an interface board of PCI bus conformity which inputs a digital signal. The opening-and-closing state of a switch can be inputted. A maximum of 128 input can be performed on board. "Attached API function library [API-PAC(W32)] The application software for Windows can be created by the various programming languages which are supporting Win32API functions, such as Visual Basic, and Visual C/C++, by using it.

2 channel serial communications card CONTEC RS-232C PCI Express The new products are low-profile, RS-232C serial communication boards compliant with PCI Express. The board can expand asynchronous RS-232C serial communication ports on a PC with a PCI Express compliant slot. The board is available in three models different in the number of on-board RS-232C serial communication ports: 1-channel type "COM-1C-LPE", 2-channel type "COM-2C-LPE", and 4-channel type "COM-4C-LPE". The three new models support high-speed communication at up to 921,600 bps. The bundled driver software can be used for Windows and Linux to recognize the on-board ports as OS's standard COM ports, allowing them to be set as COM1 to COM256. The board has high-capacity FIFO buffer memory: 128-byte transmit buffer and 128-byte receive buffer. The FIFO buffer memory can be adjusted in buffer size for starting data transmission/reception. You can optimize the buffer size for each application, for example by increasing the buffer size to reduce the CPU load or decreasing it to improve realtimeness.

64 digital I/O PCI card CONTEC This product is the interface board of the PCI bus conformity which I/O digital signal. Digital signal of 12-24VDC can be outputted and inputted. Input of a maximum of 32 points and output of a maximum of 32 points can be performed in onAttached API function library [API-PAC(W32)] The application software for Windows can be created by the various programming languages which are supporting Win32API functions, such as Visual Basic, and Visual C/C , by using it. Features: In order for 16-point unit to carry out common composition, it can common every respond to a different external power supply. Since the PCI bus (personal computer) and the I/O interface are insulated by the photo-coupler, it excels in noise-proof nature. 32 points of an input signal can be used as an interruption input. Moreover, the edge of the input signal which generates interruption can also be chosen. It has the digital filter function for preventing the incorrect input by the noise or the chattering. The rating of an output signal is a maximum of 35VDC and 100mA per point. Zener diode is connected to the output transistor for protection from serge voltage. Moreover, the over-current protection element is attached per eight output transistors. PIO-32/32L(PCI)H, and PIO-32/32L(PCI) are connector pin compatibles.

Analog frame grabber CyberOptics Semiconductor ISA Start with features found in more expensive boards. The CX family of video frame grabbers are precision image capture boards in the ISA bus configuration. Each board has a digital synchronization scheme which delivers a rock solid image and an industry leading sampling jitter of just +/-3 ns for detecting image details at the sub-pixel level. Video noise is 0.7 least significant bit (LSB) out of 256 gray levels to meet the most demanding applications. The CX family provides real time capture to true dual port video RAM mapped into the computer's memory. This allows fast, nondestructive, random access to a captured image even during capture and display. Composite display output is available for viewing live video or a captured image on an external monochrome monitor. Text and graphics can be displayed on top of a live video or captured image with the optional overlay RAM, which provides 15 selectable gray levels.

Analog frame grabber CyberOptics Semiconductor PCI PXC Frame Grabber Family The Imagenation PXC provides high-accuracy and low-pixel jitter for color and monochrome frame grabber processing. Complete with features normally only found in more expensive boards, the PXC is an easy-to-integrate value for industrial and commercial applications. Specifications: - Bus PCI bus master design for real-time image capture - Input video format NTSC, PAL, SECAM, S-video - Input video 1 V peak to peak, 75 ohms - Output formats Color: YcrCb 4:2:2 and 4:1:1; RGB 32, 24, 16, 15; Monochrome: Y8 - Resolution NTSC: 640 x 480; PAL/SECAM: 768 x 576 - Power + 5 VDC, 500 mA - Camera Power + 12 VDC output - Supported Operating systems Win 95 / 98 / ME, Win NT / 2000 / XP - Supported Languages C / C++, C#, Visual Basic and Visual Basic .NET

Analog frame grabber DALSA DALSA's analog frame grabbers support both monochrome and color applications. In addition to supporting conventional Peripheral Component Interfaces (PCI and PCI-Xpress) DALSA image acquisition boards support 3rd generation PCI-Express interconnects.

Analog frame grabber Epix The PIXCI® SV5 is a video-rate frame grabber that captures high quality, uncompressed, scientific quality digital images from standard analog output video sources. The PIXCI SV5 frame grabber digitizes analog video from NTSC, RS-170, PAL, or CCIR format sources such as cameras, camcorders, VCRs, and ultrasound imaging systems. Color (NTSC, PAL) and monochrome (RS-170, CCIR) video formats are supported. Capture images with 754 by 480 resolution from any NTSC, NTSC/S-Video, or RS-170 video source. Capture images with 922 by 580 resolution from any PAL, PAL/S-Video, or CCIR video source. Analog image data is digitized and transferred to motherboard memory with less than one horizontal line time delay. As a PCI bus DMA master, the PIXCI SV5 frame grabber burst transfers image data without using the host computer's processor. Live video display is provided with software that transfers the image from motherboard memory to a graphics card or subsystem. Live, 30 frame per second (fps) display, is available when capturing from any NTSC, NTSC/S-Video, or RS-170 video source. Live, 25 fps display, is available when capturing from any PAL, PAL/S-Video, or CCIR video source.

Analog I/O card CONTEC PCI Express These new boards are compatible with L Series PCI board products and feature high-precision 16 bit analog input and output, digital I/O and a counter function. Other than their bus interface, these new boards share the same specifications as existing L series PCI products allowing applications to be easily transferred through hardware setting changes. External pin assignment and connectors are also the same allowing the user to use existing cabling.

Analog monochrome frame grabber CyberOptics Semiconductor PCI PXR Frame Grabber Family The Imagenation PXR, a precision monochrome analog frame grabber can be used with progressive scan or resettable cameras for guaranteed grabs. Specifications: - Bus PCI bus master design for real-time image capture - Input composite video format Monochrome, RS-170 (NTSC), CCIR (PAL), interlace, progressive scan and resettable - Input video Software selectable termination (75 ohms or 10K ohms) - Resolution RS-170: 640 x 480 pixels (maximum 768 x 486 pixels); CCIR: 768 x 576 pixels; 256 gray level, 8 bit - Power + 5 VDC, PCI, 700 mA - Camera power + 12V at 1A for four cameras - Supported operating systems Win 98, 98-SE, 2000, ME, NT4, XP - Supported languages C/C++, C#, Visual Basic and Visual Basic .NET

Arbitrary wave generator card Tabor Electronics PCI Model 5200 is a Single-Channel PXI-based Arbitrary Waveform Generator. It is a high performance waveform generator that combines many powerful functions in one small package. Supplied free with the instrument is ArbConnection software, which is used for controlling the 5200 and for generating, editing and downloading waveforms from a remote computer.

Backplane Lanner PICMG, PCI, ISA, ATX, 5VSB For Industrial Computing, Lanner offers a variety of backplane choices for Full/Half-sized SBCs to fulfill diverse requirements. Integrated with suitable chassis and power supply units, this product line can satisfy a wide variety of computing requirements in different situations.

Backplane Casbar Tecnología Industrial S L Casbar owns specially designed machinery automated which guarantees Backplanes manufacturing with highest standards of precission, quality and efficiency. Casbar services includes tailored PCB design, and issues Gerber files for preplacement. It is also available test engineering service (final product, assembly, functional, etc test), prototipes or industrialization according to customer needs.

Backplane PORTWELL PICMG 1.0 - 1.1 1.2 - 1.3 PICMG 1.3@Industrial Backplane Model PBPE-06V Vertrical 6-slot [PCI-E x1 (4),PCI-E x16 (1)]PICMG 1.3 Backplane Fit for 2U chassis Four USB ports Dual SATA port 24-pin ESP12V power connector Model PBPE-14AD64 14-slot [PCI-E x4 (1), PCI-E x8 (1), PCI-X (8),PCI (3)] PICMG 1.3 Backplane Fit for 4U chassis Dedicated to ROBO-8920VG2 Four PCI-X buses support eight PCI-X expansion slots ModelPBPE-19AG64 19-slot [PCI-E x8 (1), PCI-E x4 (1),PCI-X (16)] Fit for 4U up chassis Dedicated to ROBO-8920VG2 Four PCI-X buses support 16 PCI-X expansion slots PICMG 1.2@Industrial Backplane Model PBP-14PD64 14-slot (4xPCI-X) 64-bit PICMG 1.2 backplane PICMG 1.2 Four PCI-X buses 1 SHB, 2 PCI-X, 3 PCI-X, 3 PCI-X and 4 PCI-X Fit for 4U chassis 283(L) x 317(W) mm;11.14"(L) x 12.48"(W) Model PBP-06V564 Vertical 6-slot (2xPCI-X, 3xPCI) 64-bit PICMG 1.2 backplane Fit for 2U chassis ATX power connector support 321.94(L) x 83(W) mm;12.67"(L) x 3.27"(W) ModelPBP-06P564 6-slot (2xPCI-X, 3xPCI) 64-bit PICMG 1.2 backplane Fit for 6-slot node chassis ATX and aux power connectors support 310(L) x 140.2(W) mm;12.2"(L) x 5.52"(W) PICMG 1.0@Industrial Backplane Model ACTI-14P4 14-slot (4xPCI) Active PICMG Backplane 2.4 mm PCB thickness ATX power connector support Fit for 14-slot chassis 317(L) x 257(W) mm;12.48"(L) x 10.12"(W) Model PBP-19AI 19-slot (18xPCI) active PICMG backplane Suitable for advanced CTI application ATX power connector support 415.4(L) x 265.2(W) mm;16.35"(L) x 10.44"(W) Model PBP-19P4 19-slot (4xPCI) PICMG Backplane Fit for any 20-slot chassis ATX power connector support Sufficient ISA slots for CTI application 415.4(L) x 265.2(W) mm;16.35"(L) x 10.44"(W) Model PBP-02V1X Vertical 2-slot (1xPCI) PICMG backplane Fit for 1U chassis ATX power connector support 327.9(L) x 33.7(W) mm;12.91"(L) x 1.33"(W)

Blade server processor card Clearcube Technology Intel-based computers that deliver full PC functionality to the user from a centralized location. The blades are compact and house the latest PC components including Intel® Core™ 2 Duo, Xeon® and Pentium® 4 processors with Hyper-Threading, DDR2 memory, SATA hard drives and NVIDIA® graphics cards.

Blade server processor card MEN Mikro Elektronik - 6U CompactPCI system slot board, up to 64 Bit/66MHz, PCI-X - Pentium M up to 2GHz or Celeron M, 1GHz - Cyclone FPGA for customized computer I/O - 2 GB DDR2 ECC SDRAM soldered against shock and vibration - Windows®, Linux, VxWorks®, QNX

Blade server storage card Performance Technologies IPnexus® CPC5900 High-Performance IP Storage Blade The CPC5900 is designed for embedded storage applications. NAS applications such as file serving, data caching and shared storage can be provided by NFS or SAMBA services. Database applications are supported via iSCSI for block-level storage access. With its onboard PowerPC processor, the CPC5900 can also be used as an application server where disk intensive services are required, allowing payload blades in the platform to operate without a locally attached hard drive, increasing system reliability and capabilities. The CPC5900 is a high-performance, high availability NAS or SAN storage blade solution for CompactPCI®, PICMG® 2.16 systems supporting 800GB of storage. Each storage blade features two 3.5" enterprise-class SATA hard drives with board-level hot-swap and drive-level hot-swap for complete flexibility, high reliability and high storage capacity. The onboard high-performance PowerPC® processor operates on Performance Technologies' NexusWare® CGL 3.2 registered/ POSIX compliant Linux development environment. Block Disk I/O is supported over iSCSI for SAN applications and FIle I/O is supported using NFS and SAMBA for NAS applications. Network connectivity is provided by dual Gigabit network ports connected to the PICMG 2.16 Ethernet port on the backplane. Highlights High-Density 6U x 2-Slot CompactPCI® Form Factor 800GB capacity Supports RAID 0/1/0+1/4/5/6 Board-Level & Disk-Level Hot-Swap Headless Operation for Drive Removal and Insertion Block Disk I/O over iSCSI File I/O over NFS and SAMBA PICMG® 2.16 Compatible Dual 10/100/1000 Ethernet Ports Routed to the Mid-Plane AMCC® High Performance PowerPC® Processor Dual Enterprise-Class 3.5" SATA Hard Disk Drives Additional drives may be added to rear panel board PICMG 2.9 compatible with onboard IPMC

Circuit board CIERRE CIERRE produces traditional cards and SMT of Civil and Industrial type. Assembly SMT comes executed with automatic lines with ability until 30.000 members now.

Communications card Hilscher In the field of automation, the ability to communicate is already among basic functions of each device. But these requirements far outstrip the RS232 interface used up to now with the company's own protocol. In their place, open fieldbus interfaces oriented to the customer and market are promoted. Short development times and high costs, in which the efforts for the configuration tool and the software maintenance must be taken into account, have led to the development of our own COM module.

Communications card NATIONAL INSTRUMENTS Whether you are communicating with devices such as process instruments, programmable logic controllers (PLCs), smart sensors, and single-loop controllers, or performing instrument control from your PC, National Instruments offers a variety of reliable and easy-to-use hardware and software tools to help you meet all your communication needs.

Communications card Rittmeyer

Communications platform Lanner RoHS, CE, FCC, 10GbE LAN Lanner network appliances deliver industry-leading performance, IO and dependability. Deploy your application on a Lanner network appliance platform for best-in-class compatibility, service quality and long-term supply. Companies use a network appliance because it provides the following benefits over general purpose servers or computers: * Easy deployment - Simply unpack, power on, configure IP and you're done. * Compatibility - Removes local environmental factors. * Long-term brand value - An appliance is visible, attractive and a constant reminder to your value. * Purpose design - Appliances optimize performance, security and scalability.

Communications platform PORTWELL Enterprise Model NAR-7080 2U communication appliance rack-mount server with redundant PSU and flexible Ethernet modules Dual Intel® Nocona CPU with 1/2M L2 cache/ 800MHz FSB Flexible removable Ethernet modules Up to Twelve Gigabit Ethernet ports Optional crypto PMC card Four DDR400/DDRII memory slots Up to two PCI-X expansion slots Redundant 460W ATX PSU Front access for user-friendly maintenance Optional crypto solution Bypass option Small to Medium Business Model NAR-5620 1U communication appliance rack-mount server with 2 PCI-E I/O modules and PCI-X expansion slot Removable PCI-E Ethernet modules for flexible application request and easy maintenance Supports Intel® Core Duo and Core 2 Duo CPU up to 2.33GHz Supports FSB 667 MHz Support DDR2 ECC RAM up to 4GB Up to Eight Gigabit Ethernet ports Support up to 4 bypass segments Dual Personality for flexible use of Fiber-optical or copper interface One real accessible PCI-X expansion slot SOHO/ROBO Model NAD-2070 Fanless Desktop Communication apliance platform with up to five Ethernet ports Cost-effective fanless solution Upgradeable to VIA V4 Eden 1.2GHz CPU performance Support max to five Ethernet ports 256MB memory and SODIMM socket on board Support Compact Flash and Disk on Module (DOM) Optional bypass function for project base application OS: support most updated Linux Power adapter solution

CompactPCI card Hilscher Today, the PC assumes a key position in automation technology. Together with a real-time operating system, e.g. Windows® NT, it creates an ideal hardware platform for control and visualisation of process data. By using so called SoftPLCs the PC penetrates into application areas that have been the domain of classical programmable controllers. Fieldbus systems with remote input and output modules are used for the data transfer between the PC and the automation equipment. We offer special interface cards since the PC does not feature a direct link to the fieldbus.These intelligent cards manage the entire data transfer. Only useful data are passed onto the user applications.

CompactPCI communications card MEN Mikro Elektronik - 6U, 64-bit/66-MHz, system-slot or peripheral-slot or stand-alone - PowerPC MPC8540 or MPC8560, 800 MHz and higher - Cyclone FPGA for tailor-made computer I/O - SODIMM socket up to 2 GB DDR SDRAM, optional with ECC - Linux, VxWorks, QNX

CompactPCI I/O card Sealevel Systems The 8011 digital I/O interface provides 8 optically isolated inputs and 8 Form C relay outputs. The inputs protect the PC and other sensitive equipment from spikes and ground loop current that can be generated in industrial environments, while the outputs provide higher current capabilities (up to 2A) and are optimized for 24V operation. Form C relays can be wired for either normally open or normally closed operation. If your application requires RoHS compliance, order the 8011-RoHS. Sealevel's SeaI/O Classic software drivers and utilities make installation and operation easy using Windows 98, ME, NT, 2000, XP and Vista operating systems. Get a jumpstart on your digital I/O development with The Digital I/O Handbook that will provide helpful information that you will use again and again. Check out Chapter 1 for an overview of logic principles.

CompactPCI/VME backplane Elma Electronic PICMG, VITA Elma offers the widest selection of cPCI, VME and VME64x in the industry. Backplanes in various industry-standard architectures and custom design services. Signal integrity services are also available.

CompactPCI/VME backplane SCHROFF VMEbus Conforming with VITA 1-1994 J1, J2 and J1/J2 backplane Manual or automatic daisy chain VME64 Extension Conforming with VITA 1-1994 VME standards, VITA 1.1-1997 VME64 Extension standards, VITA 38 System Management for VME Termination, passive Electronic automatic daisy chain (EDC) Outstanding high-frequency noise suppression and very high MTBF due to ceramic capacitors CompactPCI bus For durable industrial application CompactPCI is an adaptation of the Peripheral Component Interconnect (PCI) specification, version 2.1 Power supply selectable with screw connections, ATX-PSU-connector, connector type M Clock signal less running times with optimum skew ATCA Backplane Conformity with PICMG 3.0 ATCA Core Specification (ATCA= Advanced Telecom Computing Architecture) Full Mesh and Dual Star Topology 4 Ports per Link Slots for 2 redundancy Shelf Management Controller Connector for fan unit integrated

Computer controlled electric measurement card TiePie engineering PCI * The TP801 AWG PCI is the first PCI card based 100 Mega samples per second measuring instrument that consists of a MOST (Multimeter, Oscilloscope, Spectrum analyzer and Transient recorder) and an AWG (Arbitrary Waveform Generator). * This new MOST measuring instrument can solve almost every measurement problem. With the integrated AWG you can generate every signal you want, independently from the measurements. * Analyzing signals is done with an 8 bit resolution and a maximum sampling speed of 100 MHz. The input range is 0.1 Volt full scale to 80 Volt full scale. The record length is 64K samples. The AWG has a 10 bit resolution and a sample speed of 25 MHz. * Minimum system requirement is a PC with a pentium processor and 8 MByte RAM available. The software runs in Windows 9x, ME, NT, 2000, XP. Some key specifications: 2 input channels 8 bit resolution 100 mV - 80 V full scale input ranges 1% accuracy 64K samples record length per channel sampling frequency up to 50 MHz on two channels, 100 MHz on one channel PCI interface

Control card for laser scan head control Cambridge Technology Cambridge Technologys EC1000 is the next generation in galvo-steered laser control systems. This compact, fully integrated dual system-on-a-chip (SoC) control system is ideal for deployment into modern factory environments with distributed automation. In this environment, a single host computer can supervise a factory of networked laser marking appliances. The EC1000 is designed to be completely embedded into a scanning head and does not require a nearby physical host computer for operation. Remote Access, Remote Control, and Remote Monitoring are fully supported for tetherless operation in a distributed laser marking environment. Factory reliability and EMI immunity are ensured through the use of optically isolated digital control ports.

CPU board CONTEC The new SLC-8550-LVA is the 5-inch bay sized (203mm×145mm) CPU board and is a lead-free and RoHS-compliant product. This CPU board supports the Intel 855GME + ICH4 chipset and is compatible with 1.6G-2.0GHz (FSB400MHz) Intel Pentium M processor and 1.3G-1.5GHz (FSB400MHz) Intel Celeron M processor. The main memory complies with PC2700 DDR SDRAM (supports both ECC and non-ECC memory) and is able to contain up to 1 GB. The SLC-8550-LVA provides the expansion capability including six 232C serial communication ports (two of them are pin header connector), six USB 2.0 ports, CF slot (enables boot-up), AC97 audio and PCI slot, making it ideal for complicated embedded applications. LVDS interface and analog RGA enables the dual independent displays. CONTEC strives to customize contained devices and BIOS of the new SLC-8550-LVA as its custom ordered (OEM) product.