BenADDA™ - Xilinx Virtex-II and Analog FPGA Module
Model BenADDA-X-Y-Z

For applications requiring high-speed analog I/O and on-board FPGA for processing, the BenADDA is the ideal solution. Combining a Virtex-II FPGA, 2 analog input channels and 2 analog output channels, plus 2 banks of ZBT SRAM, the module provides processing, analog I/O and memory expansion capability for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems. The analog input and output is available in various configurations and are coupled directly to the on-board FPGA. This functionality is combined in a proven COTS solution, designed for ease of use, low risk and straightforward system integration/in-field deployment.

• Expansion module for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems
• On-board Xilinx Virtex-II FPGA
• FPGA device sizes available: 2V3000, 2V6000 or 2V8000
• Up to 105k logic cells of programmable logic per module
• Up to 168 Block RAMs and embedded multipliers per module
• 8 MBytes of ZBT SRAM in two independent banks
• ZBT SRAM interfacing IP Core
• SRAM Data Rate of 133MHz
• Maximum memory bandwidth of 1 GBytes/second
• Dual 14bit/105 MSPS Analog Input ADCs
• Dual 14bit/160 MSPS Analog Output DACs
• Various analog termination and coupling options available
• Supported in Nallatech FUSE software
• Compatible with Nallatech DIMEtalk
• Multiple design-entry flows supported
• Supports industry-standard synthesis and implementation tools
• Includes open-source example designs

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BenADDA™ Pro - Xilinx Virtex-II Pro and Analog FPGA Module
Model BenADDA-PRO-X-Y-Z

For applications requiring high-speed analog I/O and the latest generation FPGAs on-board for processing, the BenADDA Pro is the ideal solution. Combining a Virtex-II Pro FPGA, 2 analog input channels and 2 analog output channels, plus 2 banks of ZBT SRAM, the module provides processing, analog I/O and memory expansion capability for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems. The analog input and output is available in various configurations and are coupled directly to the on-board FPGA. This functionality is combined in a proven COTS solution, designed for ease of use, low risk and straightforward system integration/in-field deployment.

• Expansion module for Nallatech cPCI, VME, PCI and PC/104plus COTS FPGA computing systems
• On-board Xilinx Virtex-II Pro FPGA
• 53k logic cells of programmable logic per module
• 232 Block RAMs and embedded multipliers per module
• 8 MBytes of ZBT SRAM in two independent banks
• ZBT SRAM interfacing IP Core
• SRAM Data Rate of 166MHz
• Maximum memory bandwidth of 1.33 GBytes/second
• Dual 14bit/105 MSPS Analog Input ADCs
• Dual 14bit/160 MSPS Analog Output DACs
• Single-ended 50ohm termination, for both the analogue input and output
• Supported in Nallatech FUSE software
• Compatible with Nallatech DIMEtalk
• Multiple design-entry flows supported
• Supports industry-standard synthesis and implementation tools
• Includes open-source example designs
• Format: Single width DIME-II
• Onboard FPGA options: XC2VP50-6
  

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BenBLUE-II - Dual Xilinx  Virtex-II FPGA Module
Model BenBLUE-II-X-Y

The BenBLUE-II is the ideal solution for systems requiring high performance density and digital I/O. Combining two FPGAs, digital I/O and SRAM, the module provides processing and memory expansion capability for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems. The BenBLUE-II provides the maximum available logic density using Xilinx Virtex-II technology, closely coupled to high-speed SRAM. The provision of the high-bandwidth digital I/O header offers a means off-module data communication to sensors and other systems. This functionality is combined in a proven COTS solution, designed for ease of use, low risk and straightforward system integration/in-field deployment.

• Expansion module for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems
• Two on-board Xilinx Virtex-II FPGAs
• Up to 210k logic cells of programmable logic per module
• Up to 336 Block RAMs and embedded multipliers per module
• 8 MBytes of ZBT SRAM in two independent banks
• ZBT SRAM interfacing IP Core
• SRAM Data Rate of 133MHz
• Maximum memory bandwidth of 1 GBytes/second
• 80-way digital I/O header for LVTTL or LVDS communication
• Supported in Nallatech FUSE software
• Compatible with Nallatech DIMEtalk
• Multiple design-entry flows supported
• Supports industry-standard synthesis and implementation tools
• Includes open-source example designs
• Format: Single width DIME-II
• FPGA onboard: Virtex-II
• Onboard FPGA options: XC2V4000-4, XC2V6000-4, XC2V6000-5,
  XC2V8000-4
• Memory Onboard: 8 Mbytes ZBT SRAM

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BenBLUE-III -  Dual Xilinx Virtex-II Pro FPGA Memory Module
Model BenBLUE-III-X-Y

Designed for the most demanding processing applications, the BenBLUE-III is ideal for solution when high processing density is required. Combining two Virtex-II Pro FPGAs, and 4 banks of SRAM per FPGA, the module provides processing and memory expansion capability for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems. The BenBLUE-III offers the highest density of SRAM memory, FPGA logic, embedded multipliers and FPGA BRAM. This functionality is combined in a proven COTS solution, designed for ease of use, low risk and straightforward system integration/in-field deployment.

• Expansion module for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems
• Two on-board Xilinx Virtex-II FPGAs
• Up to 210k logic cells of programmable logic per module
• Up to 336 Block RAMs and embedded multipliers per module
• 8 MBytes of ZBT SRAM in two independent banks
• ZBT SRAM interfacing IP Core
• SRAM Data Rate of 133MHz
• Maximum memory bandwidth of 1 GBytes/second
• 80-way digital I/O header for LVTTL or LVDS communication
• Supported in Nallatech FUSE software
• Compatible with Nallatech DIMEtalk
• Multiple design-entry flows supported
• Supports industry-standard synthesis and implementation tools
• Includes open-source example designs
• Format: single width DIME-II
• Onboard FPGA options: XC2VP70-5, XC2VP70-6, XC2VP100-5, XC2VP100-6

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BenDATA™-II Virtex-II Pro, SRAM and DDR SDRAM Module
Model BenDATA-II-X-Y

For processing applications requiring the combination of different memory types and high-density FPGA, the BenDATA-II is the perfect solution. Combining a Virtex-II Pro FPGA, 2 banks of SRAM and 2 banks of DDR SDRAM, the module provides processing and memory expansion capability for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems. The combination of high-density DDR SDRAM and rapid, random access ZBT SRAM offers maximum flexibility for application implementation. This functionality is combined in a proven COTS solution, designed for ease of use, low risk and straightforward system integration/in-field deployment.

• Expansion module for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems
• On-board Xilinx Virtex-II Pro FPGA
• FPGA device sizes available: 2VP70 or 2VP100
• Up to 100k logic cells of programmable logic per module
• Up to 444 Block RAMs and 444 embedded multipliers per module
• 16 MBytes of ZBT SRAM in two independent banks
• ZBT SRAM interfacing IP Core
• SRAM Data Rate of 166MHz
• Maximum SRAM bandwidth of 2.66 GBytes/second
• 256 MBytes of DDR SDRAM in two independent banks
• DDR SDRAM interfacing IP Core
• DDR SDRAM Data Rate of 400MHz
• Maximum DDR SDRAM bandwidth of 3.2 GBytes/second
• 8 external 2.5 Gbit/s RocketIO links
• Supported in Nallatech FUSE software
• Compatible with Nallatech DIMEtalk
• Multiple design-entry flows supported
• Supports industry-standard synthesis and implementation tools
• Includes open-source example designs
• Format: Single width DIME-II

BenDATA™-DD Virtex-II and DDR SDRAM Memory Module
Model BenDATA-DD-X-Y

When memory density is a key application requirement, look no further than the BenDATA-DD. Combining a Virtex-II FPGA and 4 banks of high-speed DDR SDRAM, the module provides processing and memory expansion capability for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems. The 4 banks of DDR SDRAM on the BenDATA-DD offer an impressive 1 Gbyte of of local memory coupled directly to the on-board FPGA. This functionality is combined in a proven COTS solution, designed for ease of use, low risk and straightforward system integration/in-field deployment.

• Expansion module for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems
• On-board Xilinx Virtex-II FPGA
• FPGA device sizes available: 2V3000
• 2V6000 or 2V8000
• Up to 105k logic cells of programmable logic per module
• Up to 168 Block RAMs and embedded multipliers per module
• 1 GByte of DDR SDSRAM in four independent banks DDR SDRAM interfacing IP Core
• DDR Data Rate of 266MHz
• Maximum memory bandwidth of 4.2GBytes/second
• Supported in Nallatech FUSE software
• Compatible with Nallatech DIMEtalk
• Multiple design-entry flows supported
• Supports industry-standard synthesis and implementation tools
• Includes open-source example designs
  

BenDATA™-WS  Virtex-II and SRAM Memory Module
Model BenDATA-W-X-Y

When memory bandwidth is a key application requirement, look no further than the BenDATA-WS. Combining a Virtex-II FPGA and 6 banks of random-access SRAM, the module provides processing and memory expansion capability for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems. The 6 banks of ZBT SRAM on the BenDATA-WS offer a colossal 8 Gbytes/sec of memory bandwidth - ideal for complex application implementation. This functionality is combined in a proven COTS solution, designed for ease of use, low risk and straightforward system integration/in-field deployment.

• Expansion module for Nallatech cPCI, VME, PCI and PC/104+ COTS FPGA computing systems
• On-board Xilinx Virtex-II FPGA
• Up to 105k logic cells of programmable logic per module
• Up to 168 Block RAMs and embedded multipliers per module
• 24 MBytes of ZBT SRAM in six independent banks ZBT SRAM interfacing IP Core
• SRAM Data Rate of 166MHz
• Maximum memory bandwidth of 8 GBytes/second
• Supported in Nallatech FUSE software
• Compatible with Nallatech DIMEtalk
• Multiple design-entry flows supported
• Supports industry-standard synthesis and implementation tools
• Includes open-source example designs
• Onboard FPGA options: 2V4000-4, 2V6000-4, 2V6000-5, 2V6000-6, 2V8000-4, 2V8000-5

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