Applications

• Military, Aerospace, High Performance Computing, Broadcast, Medical/Bioinformatics, Security

Features

• Board Format : VPX
• Target Device(s) : V6 {LX240T, LX365T, LX550T, SX315T, SX475T} (FFG1759)
• digital: No I/O Except through backplane conector
• Battery back-up for IP encryption keys

Applications

• Radar/Sonar Beamforming
• ELINT
• Image/Video Processing
• Data Encryption

Features

• Board Format : XMC
• Target Device(s) : V6 {LX240T, LX365T, LX550T, SX315T, SX475T} (FFG1759)
• digital: Up to 146 LVCMOS/LVDS I/O. Programmable signaling levels of 1.5V, 1.8V or 2.5V
• serial: 8 High-Speed Serial Links
• Battery back-up for IP encryption keys

Applications

• Radar/Sonar Beamforming
• ELINT
• Image/Video Processing
• Data Encryption

Features

• Board Format : XMC
• Target Device(s) : V6 {LX240T, LX365T, LX550T, SX315T, SX475T} (FFG1759)
• digital: Up to 146 LVCMOS/LVDS I/O. Programmable signaling levels of 1.5V, 1.8V or 2.5V
• serial: 8 High-Speed Serial Links
• Battery back-up for IP encryption keys

Applications

• JPEG2000
• Radar/Sonar Beamforming
• ELINT
• Image/Video Processing
• Data Encryption

Features

• Board Format : PMC
• Target Device(s) : V5 {LX220T, LX330T, SX240T, FX100T, FX130T, FX200T} (FFG1738)
• digital: Up to 146 LVTTL/LVDS I/O. Programmable signaling levels of 1.8V, 2.5V or 3.3V
• serial: 8 High-Speed Serial Links
• Option of P15 connector (Pseudo-XMC) providing High Speed Serial link to the carrier
• Dual battery back-up for IP encryption keys via XRM

Applications

• JPEG2000
• Radar/Sonar Beamforming
• ELINT
• Image/Video Processing
• Data Encryption

Features

• Board Format : PMC
• Target Device(s) : V5 {LX110T, LX155T, FX70T, SX95T} (FFG1136)
• digital: Up to 146 LVTTL/LVDS I/O. Programmable signaling levels of 1.8V, 2.5V or 3.3V
• serial: 8 High-Speed Serial Links
• Option of P15 connector (Pseudo-XMC) providing High Speed Serial link to the carrier
• Dual battery back-up for IP encryption keys via XRM

Applications

• Military, Aerospace, High Performance Computing, Scientific/Instrumentation, Broadcast, Medical/Bioinformatics, Telecoms, Security

Features

• Board Format : PCIe half width card
• Target Device(s) : V5 {LX110T, LX155T, LX220T, LX330T, SX240T, FX100T, FX130T, FX200T} (FFG1738)
• digital: Up to 160 LVTTL/LVDS I/O - Programmable signaling levels of 2.5V or 3.3V
• serial: 8 (or 10 - depends on Target FPGA being LX330T or FX200T) High-Speed Serial Links via a range of FMC (VITA57) front panel adapters
• Onboard dual battery back-up for IP encryption keys.

Applications

• Broadcast, Medical/Bioinformatics, Telecoms, Military, Aerospace, High Performance Computing

Features

• Board Format : AMC
• Target Device(s) : V5 {LX110T, LX155T, LX220T, LX330T, SX240T, FX100T, FX130T, FX200T} (FFG1738)
• digital: 4X HD-SDI/ASI Outputs
• digital: 2X HD-SDI/ASI Inputs
• digital: 2x Gigabit Ethernet Ports
• digital: RS-232 port
• DSP: TI 320C6415T DSP chip with 8MBytes of ZBT memory
• DS2432 EPROM with SHA-1 engine
• Single battery back-up for FPGA encryption keys

Applications

• Military, Aerospace, High Performance Computing, Scientific/Instrumentation, Broadcast, Medical/Bioinformatics, Telecoms, Security

Features

• Board Format : PMC
• Target Device(s) : V5 {LX110T, LX155T, LX220T, LX330T, SX240T, FX100T, FX130T, FX200T} (FFG1738)
• digital: Up to 146 LVTTL/LVDS I/O. Programmable signaling levels of 1.8V, 2.5V or 3.3V
• serial: 8 High-Speed Serial Links
• Option of P15 connector (Pseudo-XMC) providing High Speed Serial link to the carrier
• Dual battery back-up for IP encryption keys via XRM

Features

• Board Format : PMC
• Target Device(s) : V5 {LX110, LX155} (FF1153)
• digital: Up to 146 LVTTL/LVDS I/O. Programmable signaling levels of 1.8V, 2.5V or 3.3V

Applications

• Signal Capture/Generation

Features

• Board Format : PMC
• Target Device(s) : V5 {LX110T, LX155T, FX70T, FX100T, SX95T} (FFG1136)
• Single 8-bit ADC up to 3Gsps
• Single 12-bit DACs up to 2.3GHz
• External Clock Input
• Option of P15 connector (Pseudo-XMC) providing High Speed Serial link to the carrier

Applications

• Military, Aerospace, High Performance Computing, Broadcast, Medical/Bioinformatics, Security

Features

• Board Format : PMC
• Target Device(s) : V5 {LX330T, SX240T,FX200T} (FFG1738)
• serial: 8 High-Speed Serial Links via 2 FCN Connectors (x4 Infiniband type)
• JPEG2000 Codecs - 6 ADV212 devices
• Dual FCN Connections
• Option of P15 connector (Pseudo-XMC) providing High Speed Serial link to the carrier

Applications

• Military, Aerospace, High Performance Computing, Broadcast, Medical/Bioinformatics, Security

Features

• Board Format : PMC
• Target Device(s) : V5 {LX110T, LX155T, LX220T, LX330T, SX240T, FX100T, FX130T, FX200T} (FFG1738)
• serial: 8 High-Speed Serial Links via 2 FCN Connectors (x4 Infiniband type)
• JPEG2000 Codecs - 4 ADV212 devices
• Dual FCN Connections
• Option of P15 connector (Pseudo-XMC) providing High Speed Serial link to the carrier

Applications

• Signal Processing
• Network monitor
• camera interface

Features

• Board Format : PMC
• Target Device(s) : V4 {LX80, LX100, LX160, SX55} (FF1148)
• digital: Up to 146 LVTTL/LVDS I/O. via a range of XRM front panel adapters. Maximum I/O data rate 40Gb/sec. Programmable signaling levels of 2.5V or 3.3V
• Dual battery back-up for IP encryption keys via XRM

Features

• Board Format : PMC
• Target Device(s) : V4 {FX100, FX140} (FF1517)
• digital: Up to 146 LVTTL/LVDS I/O. Programmable signaling levels of 2.5V or 3.3V
• serial: 8 High-Speed Serial Links
• Option of P15 connector (Pseudo-XMC) providing High Speed Serial link to the carrier
• Dual battery back-up for IP encryption keys via XRM

Features

• Board Format : PC
• Target Device(s) : V4 {FX100, FX140} (FF1517)
• digital: Up to 146 LVTTL/LVDS I/O. Programmable signaling levels of 1.8V, 2.5V or 3.3V
• serial: 8 High-Speed Serial Links . 8 x 3.125GHz MGTs. Programmable signaling levels of 1.8V, 2.5V or 3.3V

Applications

• Data Logger

Features

• Board Format : cPCI
• Target Device(s) : V4 {FX100, FX140} (FF1148)
• 9 14-bit ADCs up to 125MHz
• External Clock Input
• Dual Gigabit Ethernet Interfaces
• 3 Trigger I/O ports
• Timing Bus port
• Provides 9 channels of 14-bit Analog to Digital convertors (14-bits).

Applications

• Military, Aerospace, High Performance Computing, Scientific/Instrumentation, Broadcast, Medical/Bioinformatics, Telecoms, Security

Features

• Board Format : 6U VXS/VME
• Target Device(s) : V5 {LX110T, LX155T, SX95T, FX70T, FX100T} (FFG1136)
• serial: 4 - x4 SFP modules or x4 HSSDC2 connectors
• Provides sites for 2 PMC boards as well as onboard FPGA sites.
• Dual battery back-up for IP encryption keys onboard

Applications

• IF/Broadband Signal Sampling

Features

• Dual 14-bit ADC up to 125MHz
• External Clock input
• Trigger I/O Port
• Auxiliary I/O port

Applications

• IF/Broadband Signal Sampling

Features

• Dual 8-bit ADC up to 1.5GHz
• External Clock Input
• External Clock Output
• Auxiliary I/O port
• Dual external synchronisation ports
• The XRM has built-in thermal monitoring of the ADC

Features

• Dual 14-bit ADC up to 250Msps
• External Clock Input
• Trigger I/O port
• Auxiliary I/O port

Features

• Dual 12-bit ADC up to 500Msps
• External Clock Input
• Trigger I/O port
• Auxiliary I/O port

Applications

• IF/Baseband Signal Sampling

Features

• Single ADC Input
• External Clock Input
• External Clock Output
• Auxiliary I/O port
• Dual external Synchronisation ports
• The XRM has built-in thermal monitoring of the ADC

Applications

• Video Frame Grabber
• Image Processing
• Video Communications

Features

• Base Cameralink Interface
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Applications

• Video Frame Grabber
• Image Processing
• Video Communications

Features

• Full Cameralink interface
• Dual Base Cameralink interfaces
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Applications

• Video Frame Grabber
• Image Processing
• Video Communications

Features

• Full Cameralink Interface or Dual Base Interface
• Dual JPEG2000 compression decompression devices.

Applications

• Video Frame Grabber
• Image Processing
• Video Communications

Features

• Base Cameralink Interface
• 10M/100M/1G Ethernet port
• Simple RS232 Interface

Applications

• IF/Baseband data signal generation

Features

• Dual 14-bit DACs up to 125Msps
• External Clock Input
• Trigger I/O port
• Auxiliary I/O port

Applications

• IF/Baseband data signal generation

Features

• Dual 16-bit DACs up to 1GHz
• External Clock Input
• Trigger I/O port
• Auxiliary I/O port

Applications

• Extended memory storage for developing applications
• Simple I/O interface

Features

• 34 discrete digital I/Os
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Applications

• Video Frame Grabber
• Image Processing
• Video Communications

Features

• DVI Single Link Digital Video Receiver
• DVI Capture (25-165MHz, 8-bit per channel RGB)
• EDID EEPROM

Applications

• 10/100Mb Ethernet Adaptor card
• General purpose I/O card

Features

• 10/100 Mb Ethernet Interface
• RS232 Interface
• 38 discrete digital I/Os

Applications

• Dual Infiniband 4x (4 lanes at 2.5Gb/s over copper or optical fibre)
• Dual 10Gb/s Ethernet CX4 (4 lanes at 3.125Gb/s over copper or optical fibre)
• Dual 10Gb/s Fibre Channel (4 lanes at 3.1875Gb/s over copper or optical fibre)
• Dual 4x OC-48 SONET

Features

• Octal High Speed Serial links via FCN connectors

Applications

• Dual Infiniband 4x (4 lanes at 2.5Gb/s over copper or optical fibre)
• Dual 10Gb/s Ethernet CX4 (4 lanes at 3.125Gb/s over copper or optical fibre)
• Dual 10Gb/s Fibre Channel (4 lanes at 3.1875Gb/s over copper or optical fibre)
• Dual 4x OC-48 SONET
• Video compression decompression interfaces.

Features

• Octal High Speed Serial Link via FCN connectors
• Dual JPEG2000 compression decompression devices.

Features

• Front Panel Data Protocol Interface
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for a back-up battery. Uses SR60 or equivalent batteries.

Applications

• Image processing for HDTV or SDTV

Features

• Dual HDTV/SDTV Serial data stream inputs
• Dual HDTV/SDTV Serial data stream outputs
• On board 108MHz Crsytal oscillator

Applications

• High Speed Serial Communications

Features

• Quad High Speed serial links (up to 2.5Gbps)
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Applications

• General purpose I/O Interface

Features

• 146 discrete digital I/Os LVDS/LVTTL
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Applications

• General purpose Serial and Parallel I/O Interface

Features

• 7x High Speed Serial I/O
• 112 discrete digital I/Os LVDS/LVTTL
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Applications

• General purpose I/O Interface

Features

• 34 discrete digital I/Os LVDS/LVTTL
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Applications

• General purpose I/O Interface

Features

• 25 discrete I/O Interface
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Applications

• GigE/FC
• Fast Ethernet
• Infiniband
• 1x2x FibreChannel
• Pixel Bus
• OC3/STM1

Features

• Quad High Speed Optical Transceivers

Applications

• General purpose Parallel RapidIO Interface

Features

• Dual Parallel RapidIO interfaces
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Features

• Multiple RS422 Interface
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Features

• Multiple RS485 Interface
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for a back-up battery. Uses SR60 or equivalent batteries.

Applications

• Video Capture
• Video Processing
• Video generation

Features

• SVGA Output (15-pin mini-D)
• S-Video Input (mini-DIN)

Applications

• Extended memory storage for developing applications
• Simple I/O interface

Features

• Dual RS232 Interfaces
• The battery is needed for the "AES Bitstream Encryption" capability of the Xilinx^® Devices. It is required to maintain the AES encryption key such that the FPGA can be loaded with an encrypted bitstream. For all applications using this function either the FPGA board or the attached XRM must have the battery facility.. The XRM provides holders for two back-up batteries. Uses SR60 or equivalent batteries.

Applications

• Adapter for PCI-Express workstations.

Features

• Carrier card for PCI Express^® based systems.
• Allows direct communication between the XMC sites.
• Supplied with a debug/adaptor board (order code ADT-XMC) for connecting 19 single ended, and 16 differential pairs to external I/O.
  
• All external I/O (single ended, differential, and high speed serial IO (HSSIO)) can be chained to nearby ADC-XMC-I/IIs for inter XMC communication.

Applications

• Military, Aerospace, High Performance Computing, Scientific/Instrumentation, Broadcast, Medical/Bioinformatics, Telecoms, Security

Features

• Board Format : 6U VXS/VME
• Target Device(s) : V5 {LX110T, LX155T, SX95T, FX70T, FX100T} (FFG1136)
• serial: 4 - x4 SFP modules or x4 HSSDC2 connectors
• Provides sites for 2 PMC boards as well as onboard FPGA sites.
• Dual battery back-up for IP encryption keys onboard

Applications

• Adapter for PCI-Express workstations.

Features

• PMC/XMC Carrier card for PCI Express^® based systems.

Applications

• Multiple PMC/XMC based designs

Features

• PMC/XMC Carrier card for PCI/PCI-X^® based systems.

Features

• PMC Carrier card for Compact PCI based systems.