Legacy and Exotics Products

The EDT PCIe8 LX for PCI-Express has a Xilinx Virtex 5 LXT FPGA and 8 MB SRAM synchronous memory plus up to 2 GB 200-pin SODIMM DDR2 DRAM. The card has 4 independently programmable PLL clock generators, with frequencies from 1 to 45 MHz and error less than +/– 50 ppm. Two main boards can be combined with an ATA bridge.

The EDT PCI GS FPGA main board accelerator has a Xilinx Virtex II Pro XC2VP50 or XC2VP70, with 2 on-chip PowerPC processors and 8 MB SRAM synchronous memory plus up to 1 GB 200-pin SODIMM DDR2 DRAM. The card has 4 independently programmable PLL clock generators, with error less than +/– 50 ppm. Two main boards can be combined with an ATA bridge.

The EDT AMC FX5 high-speed DMA mainboard and data processing interface for AMC MicroTCA (uTCA), serves mezzanine boards such as the EDT DRX Dual IF signal receiver. Onboard is a Xilinx Virtex 5 XC5VFX70T or optional 100T, plus an on-chip PowerPC 440 CPU and 1 GB DDR2 DRAM SODIMM.

The EDT 3P is a three-port mezzanine board that mounts on a PCIe main board to provide three independent channels, each supporting either SFP or SFP+. Channel 0 supports up to 10 GbE (optical), while channels 1 and 2 support 1 GbE or OC3/12/48 (STM1/4/16) each, electrical or optical.

The EDT OC192 is a mezzanine board that pairs with an EDT PCI or PCI Express main board to support multiple standards. Transceivers are pluggable in two form factors: XFP for SONET OC192, SDH STM64, or 10 GbE; and an optional SFP for SONET OC3/12/48, SDH STM1/4/16, or 1 GbE.

The EDT OCMP (formerly OCM) is a mezzanine board that pairs with an EDT PCI or PCI Express main board to support electrical or optical 1 GbE, SONET OC3/12/48 (SDH STM1/4/16), or both. The OCMP has two VCXOs (volt-controlled crystal oscillators) that are programmable or settable to multiple frequencies.

The EDT OCM 2.7G is a mezzanine board that pairs with an AMC main board to support either optical or electrical ethernet 1 GbE or OC3/12/48 (STM1/4/16), or both. It comes as full-size or a mid-size AMC slots.

The EDT 3x3G is a mezzanine board that pairs with a PCI/e main board for high speed data transfer. The three channels each have a 3 Gb Xilinx RocketI/O transceiver and one SFP for either an electrical RJ45 1 GbE (1000 Base-T) Ethernet adapter or an optical LC.

The EDT HRC is a mezzanine board that pairs with a PCI/e main board for high speed data transfer. It supports both E4 or STS3 electrical signals and OC3/STM1 optical signals in numerous combinations.

The EDT MSDV is a mezzanine board that pairs with a PCI/e main board for high speed data transfer. Four BNC connectors allow up to four serial multi-rate digital video signals per DVB-ASI/SMPTE protocol.

The EDT 16TE3 is a mezzanine board that pairs with a PCI/e main board for high speed data transfer. It supports 16 channels of T3 or E3 interfaces and thoughputs large quantities of serial communications data for complex applications defined by the user.

The EDT Combo is a mezzanine board that pairs with a PCI/e main board for complex user-defined applications such as telecommunications network monitoring or telecommunications switching. The board pair transfers serial telecom or ECL data at high speed via a 66 MHz 32-bit PCI.

The EDT Combo 2 is a mezzanine board that pairs with a PCI/e main board for complex user-defined applications such as telecommunications network monitoring or telecommunications switching. The board pair transfers serial telecom or LVDS / RS-422 data at high speed via a 66 MHz 32-bit PCI.

The EDT Combo 3 is a mezzanine board that pairs with a PCI/e main board to support E3/T3, ECL, LVDS, or RS-422 signals and processes communications serial data for complex user-defined applications. Please contact us for availability.

The EDT SRXL mezzanine board pairs with EDT PCI/e main boards and receives simultaneous L-band signals between 925 and 2175 MHz and IF between 65 and 225 MHz. Each input is processed with a tunable quadrature down-converter.

The EDT SRXL2 is a mezzanine board with L-band inputs of 900 to 2250 MHz, IF inputs of 160, 140, 70, or 21.4 MHz, and a direct sampling path for IF inputs below 90 MHz. The L-band and IF can be input simultaneously.

The EDT DRX16 is a mezzanine board that pairs with a PCI Express main board to digitize two independent IF signals via 16-bit ADCs. Its Xilinx Virtex 6 LX FPGA (XC6VLX240T) has two identical ports for 2 – 300 MHz, with independent gain and sample rate settings.

The EDT SSE is a mezzanine board that pairs with a PCI Express main board for high-speed data transfer. It offers two input and one output channel ECL. The SSE samples the data on the rising edge and stores it in host memory via the main board.

The EDT XIOS 2U is intended for high intensity I/O applications. It has ten PCI Express slots with 45 W each, and discrete cooling. The server has one PICMG 1.3 CPU module with one Intel Xeon 5410 single or dual quad core processor, plus rear-panel I/O and two PCIe x8 slots.

The EDT EXP4 is a 1U expansion system with four PCIe Generation 2.0. expansion slots. Each of the 8 lanes has a 16-lane connector for up to four PCIe 2.0 boards so that 1-, 4-, 8-, or 16-lane boards can be installed, although only 8 lanes can be implemented.

The EDT WSU1 is a mass storage device with data transfer rates of 115 Gbs. Thus the SNAP1 realtime data acquisition unit storage, record and playback time can be increased to about 11 minutes. The unit pairs with a SNAP1 for a 100G 9.8 TB recorder to become the EDT WRAP100G signal recorder.

The EDT WRAP 10G is a powerful, flexible 3U computer system that records and plays back up to 10 Gbs of data acquired through an EDT board. It supports many data formats, including electrical and optical ethernet, LVDS, ECL, and OC3/12/48/192 (STM1/4/16/64).

The PCIe8 DVa CLS Camera Link simulator can be converted to a PCIe8 framegrabber with a firmware flash. Using an easy interface, a text-based configuration script defines the camera timing to be simulated. The board simulates image data so that applications can be debugged, or tested at system level when a camera is attached.

The EDT PCIe8g3 A5-40G supports PCI Express – PCIe, Gen3 - x8 and has a 40G QSFP+ and 40 GbE or OTU3. The board is available as half-height or full-height. The port links to the SERDES user-interface for serialization and deserialization, and clock recovery and its own 1 – 808 MHz programmable reference clock.

The EDT PCIe8g3 KU-10G supports PCI Express – PCIe, Gen3 - x8 and has a 40G QSFP+ and two 10G SFP/+ ports. Supported protocols are 1/10GbE, OC3/12/48/192 (STM1/4/16/64), or OTU1/2/2e/2f. Each port links to the SERDES user-interface for serialization and deserialization, and clock recovery. Each port has its own 10 – 210 MHz programmable reference clock.

The PCIe8g3 KU-10G supports PCI Express – PCIe, Gen3 x8 and has four 10G SFP/+ ports. Supported protocols are 1/10 GbE, OC3/12/48/192 (STM1/4/16/64), or OTU1/2/2e/2f. Each port links to the SERDES user-interface for serialization and deserialization, and clock recovery. Each port has its own 10 – 210 MHz programmable reference clock.

The midrange BittWare 180 – Virtex-5 LX155 FPGA board is optimized for 10G network monitoring. In a NIC mechanical form factor, the BittWare Virtex-5 LX155 is an FPGA card with XFP network port supporting 10 GbE and OC192 SONET.

The BittWare AMC-420 conforms to the AMC, AdvancedTCA, MicroTCA formats and has an FMC Site. Powered by a Xilinx Virtex-6 LX240T FPGA, or SX315T as an option. Memory is 36 MB QDR-II+ SRAM and 1 GB DDR3 SDRAM.

Please contact us for more information about the BittWare VXS-610, VXS-620, VXS-621, and BenNUEY-VME64-VXS products.

Please contact us for more information about the BittWare XMC-210, XMC-220, XMC-230, XMC-231, and XMC-240 products.

These BittWare cards run embedded PCI and PCI-104 and include a motherboard, modules and software. They are well suited to rapid prototyping and deployment. The motherboards are PCI Express, PCI-X, PCI, PCI-104 and VME/VXS compatible.

BittWare’s A10P3S is a 3/4-length PCIe x8 card based on the Altera Arria 10 GX/SX FPGA and SoC. The Arria 10 boasts high densities and a power-efficient FPGA fabric married with a rich feature set including high-speed transceivers up to 28 Gbps, hard floating-point DSP blocks, and embedded Gen3 PCIe x8.

BittWare’s A10PED is a full-length PCIe x8 card featuring two Intel Arria 10 GX FPGAs. The Arria 10 boasts high densities and a power-efficient FPGA fabric married with a rich feature set including high-speed transceivers up to 15 Gbps, hard floating-point DSP blocks, and embedded Gen3 PCIe x8.

The BittWare FPGA MicroNode / FPGA Accelerator is an energy efficient compact Linux Edge-computer with an Intel Arria-10 SoC SX660 and dual-core ARM Cortex A9. This Edge-computer has one 4 GB (2133 MT/s) bank of DDR4 SDRAM for FPGA fabric and one 2 GB (2133 MT/s) bank of DDR4 SDRAM for ARM processors. BSP Board Support Packages included.

BittWare’s XUSP3R is a 3/4-length PCIe x8 card based on the Xilinx Virtex UltraScale FPGA. The high-performance UltraScale devices provide increased system integration, reduced latency, and high bandwidth for systems demanding massive data flow and packet processing.

BittWare’s XUSP3S is a 3/4-length PCIe x8 card based on the Xilinx Virtex or Kintex UltraScale FPGA. The high-performance UltraScale devices provide increased system integration, reduced latency, and high bandwidth for systems demanding massive data flow and packet processing.

BittWare's XUSPL4 is a low-profile PCIe x8 card based on the Xilinx Virtex or Kintex UltraScale FPGA. The high-performance UltraScale devices provide increased system integration, reduced latency, and high bandwidth for systems demanding massive data flow and packet processing.

The BittWare 250S runs a Xilinx Kintex KU060 FPGA (FFVA1156 in default configuration speed grade 2). It is a fully programmable, in-line storage, localized FPGA accelerator. This high performance PCIe 8-lane Gen-3-based flash SSD, has up to two M.2 NVMe SSDs and DDR4.

In a NIC mechanical form factor, the BittWare 385 – Altera Stratix V A7 is a network-enabled FPGA card with two SFP+ 10 GbE ports and 8 GB DDR3 SDRAM. Typical applications are ≤ 25 W.

In a NIC mechanical form factor, the BittWare 385 – Altera Stratix V D5 is a network-enabled FPGA card with two SFP+ 10GbE ports and 8GB DDR3 SDRAM. Typical applications are ≤ 25 W.

The Stratix V AB is the largest Altera FPGA, delivering maximum performance. In a GPU mechanical form factor, the BittWare 395 – Altera Stratix V AB is a network-enabled FPGA card with four SFP+ ports with clock/data recovery support numerous protocols and speeds.

The Stratix V D8 is the largest Altera FPGA, delivering ultimate performance. In a GPU mechanical form factor, the BittWare 395 – Altera Stratix V D8 is a network-enabled FPGA card with four SFP+ ports with clock/data recovery and support for numerous protocols and speeds.

BittWare's S5PE-DS is a PCIe x16 card featuring two high-bandwidth, power-efficient Altera Stratix V GX or GS FPGAs. Designed for high-end applications, the Stratix V provides a high level of system integration and flexibility for I/O, routing, and processing.

BittWare's S5PCIe-HQ (S5PH-Q) is a half-length PCIe x8 card based on the high-bandwidth, power-efficient Altera Stratix V GX or GS FPGA. Designed for high-end applications, the Stratix V provides a high level of system integration and flexibility for I/O, routing, and processing.

BittWare’s S5-PCIe-F (S5PE-F) is a PCIe x8 card based on the high-bandwidth, power-efficient Intel Stratix V GX/GS FPGA. Designed for high-end applications, the Stratix V provides a high level of system integration and flexibility for I/O, routing, and processing.

BittWare’s S5-6U-VPX (S56X) is a rugged 6U VPX card based on the high-bandwidth, power-efficient Intel Stratix V GX/GS FPGA. Designed for high-end applications, the Stratix V provides a high level of system integration and flexibility for I/O, routing, and processing.

BittWare’s S4-3U-VPX (S43X) is a commercial or rugged 3U VPX card based on the high-density, low-power Altera Stratix IV GX FPGA. The Stratix IV GX is designed specifically for serial I/O-based applications, creating a completely flexible, reconfigurable VPX board.

Based on Altera’s Stratix IV GX FPGA, BittWare’s S4-AMC (S4AM) is a mid- or full-size, single wide AdvancedMC that can be attached to AdvancedTCA carriers or other cards equipped with AMC bays, and used in MicroTCA systems.

BittWare's A5-PCIe-L (A5PL) is a low-profile PCIe x8 card based on the Intel Arria V GZ FPGA. The high-performance, power- and cost-efficient Arria V GZ provides a high level of system integration and flexibility for I/O, routing, and processing.

BittWare's A5-PCIe-S (A5PS) is a low-profile PCIe x8 card based on the Intel Arria V GZ FPGA. The high-performance, power- and cost-efficient Arria V GZ provides a high level of system integration and flexibility for I/O, routing, and processing.

The BittWare TeraBox is an ultra high-performance FPGA platform used for network packet processing (NPP) and high performance computing (HPC).

The BittWare Accelerated Compute Node consists of up to four BittWare 520C FPGA Accelerator Cards which are mounted in a Dell EMC PowerEdge C4140 1U Server.

The BittWare 520 is a PCIe accelerator board build using the Intel Stratix 10 FPGA with four 100G QSFP Ethernet ports and a PCIe Gen3 x16 host interface. With fast, independent optical I/O, establish dense, directly coupled FPGA clusters.

The BittWare 385C is a low profile FPGA computing and I/O platform achieving 1.5 Tflops peak. This Accelerator Card features 8-lane PCI-Express (PCIe Gen3 x8), dual QSFP28 100 GbE, and 8 GB DDR3 on-card memory.

BittWare’s XUPSV2 is a low-profile PCIe card featuring a very large FPGA — the Xilinx Virtex UltraScale+ VU9P, which offers up to 2.5 million logic elements. The board features 2x 40/100 Gbps Ethernet (8x 25/10 GbE through breakout cables) for high-speed networking along with up to 16GBytes of DDR4 SDRAM.

The BittWare 287 with two Xilinx Kintex-7 325T FPGAs comes in a GPU mechanical form factor. This board has four SFP+ network ports. Memory is 6 banks of QDR-II SRAM and 2 banks of DR2 SDRAM.

Based on Altera’s Stratix IV GX FPGA, BittWare’s 4S-XMC (4SXM) is a single-width XMC, designed to provide powerful FPGA processing and high-speed serial I/O capabilities to VME, VXS, VPX, cPCI, AdvancedTCA, or PCI Express carrier boards.

BittWare’s D4-AMC (D4AM) features the I/O processing power of two Altera Stratix IV FPGAs. The D4AM is a mid- or full-size, single wide AdvancedMC that can be attached to AdvancedTCA carriers or other cards equipped with AMC bays, and used in MicroTCA systems.

The BittWare TeraBox 5000TT is a 5U serial expansion chassis for 8x BittWare double-width FPGA PCIe cards that can be connected to a BittWare FPGA server to connect multiple FPGA boards to the same host.

BittWare’s FPGA boards are equipped with a Board Management Controller (BMC), which accepts IPMI 2.0 commands. BittWare’s BittWorks II Toolkit is used to program the FPGA over USB, monitor board power and temperature, and reprogram the onboard clocks.

The TeraBox 1400B in a custom chassis by BittWare gives the highest density of compute and network acceleration in a 1U rack mount form factor.

The TeraBox 4000S in a SuperMicro 4029GP-TRT chassis gives high density of compute and network acceleration in a 4U rack mount form factor. This server delivers the power of eight BittWare double width FPGA cards, or 16 low profile boards.

The BittWare TeraBox 2000H integrates one of the world’s highest performance servers from HPE with the latest generation of BittWare FPGA accelerators to help customers address the most demanding data center applications. 

The e4 chassis by LDA Technologies is a unique solution that transforms any FPGA-based PCIe card into a high-end networking device.

The BittWare 250-M2D is an FPGA-based Computational Storage Processor (CSP) designed to meet the draft M.2 Accelerator Module Hardware Specification standard. It is intended to operate in Glacier Point carrier cards for Yosemite servers. These feature-rich, dense servers are favored by hyperscale and cloud companies striving to improve the performance density and energy-efficiency of machine learning platforms.

The Terabox 200DE enables world-class FPGA acceleration to be deployed in the more challenging, harsh environments demanded of edge applications with an extended temperature range of 5C to 40C. The 200DE is NEBS compliant, 2U short-depth server with an extended operating temperature range based on the new DELL PowerEdge™ XE2420.

The Bittware 520R-MX FPGA PCIe Accelerator Board is optimized for sensor processing applications with massive real-time data ingest requirements. The FPGA is a Stratix 10 MX2100 with integrated HBM2 memory and 48 optical links for 480 Gbps Optical Input high-speed input to the FPGA, and OCuLink connectors allow for expansion.

The 50 megapixel fibre camera – CMV-50 by Kaya Instruments with CMOS global shutter offers exceptional exposure range between 110 micro-seconds to 65 seconds. The camera can be triggered in different modes for applications such as machine vision, industrial automation inspection, surveillance, defence, military, and security.

VisionPoint for Windows and Linux is a user friendly software environment for video acquisition, recording, playback and management. It works with all Kaya Instruments cameras, simulators, and frame grabbers.

The JetCam 25 with 40 Gbps fiber optic interface (25 Gbps CoaXPress) by Kaya Instruments is a global shutter camera with a Fiber or CoaXPress interface. Capture is up to 80 fps, and resolution is 25 megapixel 5120 × 5120. This camera has a global shutter sensor 4.5 μm CMOS Python 25k. Lens control is direct and needs no external unit.

The Kaya Instruments “Iron” Series cameras are low size, weight, and power (low SWaP), compact, ruggedized, low cost cameras supporting CXP, SDI, and CXP over Fiber interfaces. The Kaya Iron series of cameras are industrial grade, hardened for military and harsh environments, designed to work in the most challenging and severe conditions including low light, in a small form factor and low weight, and drawing very low power, all at a very competitive price.

The KY-PCIE-G4-LPBK PCIe Loopback test board by Kaya Instruments is a tester board used to test and characterize PCI Express boards by developers and at fabrication.  The board has full differential loopbacks on all PCIe signals, and a JTAG interface.

he Predator 2CH CoaXPress™ Frame Grabber can receive a video stream from one or two CoaXPress links in single or dual modes. It captures up to 2 single link cameras simultaneously, or one dual link camera. Each link handles standard CoaXPress bitrates up to 6.25 Gbps.

The Komodo 8 channel CoaXPress™ Frame Grabber can receive a video stream from up to eight CoaXPress links in single, dual, quad or octal modes. It captures up to 2 quad link cameras simultaneously. Each link handles standard CoaXPress bitrates up to 6.25 Gbps.

CoaXPress extender over Coax by Kaya Instruments increases standard CoaXPress coaxial cable transmission length by multiples. The system ensures low jitter, high resolution, and a high quality stream. Full control of the data and handling of the camera is assured, along with full power over CoaXPress support (PoCXP).

Kaya Instruments “Komodo II COF“ is a CXP2 frame grabber with 4 optical transceiver interfaces for connection of CoaXPress directly via fiber cable to the host. Throughput is 50G and the interface is PCIe Gen3 x8. The board offers a flexible DDR4 memory system and up to 50 Gbps through the four optical interfaces.

Gidel HawkEye-Net fiber frame grabber with Arria 10 FPGA has four SFP+ ports for 40 Gbps throughput and custom camera possibilities. The HawkEye series offers a number of options to accommodate diverse application needs, from plug-and-play high-performance frame grabbers to a full system solution that comprises acquisition, open-FPGA image processing, and a flexible custom camera interface.

The Remote Camera Link Fiber-Optic (RCLF) extension system allows frame acquisition from a remote camera at a distance of up to 40 km without repeaters. A remote camera connects directly to the RCLF module, which transmits the camera image over fiber optic cable.

The Gidel ProcVision Developer’s Suite includes CertifEye Templates for instant debugging and validation of FPGA image processing IP(s) and your ISP pipeline, FPGA’s Gidel Imaging Library (GIL), ProcFG frame grabber application.

The Gidel ProcFG software is a frame grabber system that allows  capture of a image data stream. It also performs image processing, and can offload full image data or Regions of Interest (ROIs) to the host computer.

Gidel InfiniVision Software is used for simultaneous grabbing from multiple frame grabbers attached to different camera types and of different image sizes.

The Gidel HawkEye-MIPI frame grabber supports up to six MIPI cameras. The HawkEye series offers a number of options to accommodate diverse application needs, from plug-and-play high-performance frame grabbers to a full system solution that comprises acquisition, open-FPGA image processing, and a flexible custom camera interface.

The FT-8 is a fiber optic transmitter in 1U rack mount format. 8 channels, each operated individually or synchronously. It can be used for typical laboratory control requirements.

The AN105 and AN106 industrial network appliances have high performance NXP LS1043A 64-bit ARM quad-core processors, max. 8GB system memory, 6 RJ45 Ethernet ports. The AN5205 has 10 Ethernet ports, 2 SFP ports, and 4 UART ports.

Unlimited number of cameras and PCs. Synchronized recording across all data sources. Modern, simple, and easy to use interface. Realtime network streaming of recording data with zero latency. All components interconnected over a wired or wireless network.