FPGA Card / VXS-610FPGA Cards by Nallatech / AlteraNallatech’s range of Commercial-Off-The-Shelf (COTS) FPGA cards, IP and tools address a wide range of real-time embedded applications where Size, Weight and Power (SWAP) considerations are critical. Example applications include:

  • RADAR
  • Medical Imaging
  • Software Defined Radio
  • Industrial Control
  • LIDAR
  • Telecommunications

Nallatech’s COTS products are based on Industry standard form factors including VME/VXS, XMC/PMC, PCI Express, PCI-X, PCI and PCI-104. Customers can customize and scale their platforms to meet specific processing, memory and I/O requirements.

FPGA Card: 385-A7

FPGA Card: 385-A7

Highly capable FPGA card features acceleration in low power, network form factor.

  • NIC mechanical form factor
  • Typical application ≤ 25W
  • Altera Stratix V A7 FPGA
  • Network-enabled with (2) SFP+ network ports
  • DDR3 2 x 4GB SDRAM

Altera OpenCL FPGA

 

385 -A7 Datasheet Quote

FPGA Card: 385-D5

FPGA Card: 385-D5

Highly capable FPGA accelerator in low power, network form factor card.

  • NIC mechanical form factor
  • Typical application ≤ 25W
  • Altera Stratix V D5 FPGA
  • Network-enabled with (2) SFP+ network ports
  • DDR3 2 x 4GB SDRAM

Altera OpenCL FPGA

 

385-D5 Datasheet Quote

FPGA Card: 395-AB

FPGA Card: 395-AB

Ultimate Performance!

  • GPU mechanical form factor
  • Typical application ≤ 75W
  • Largest Altera FPGA: Stratix V AB
  • Highest density memory: 4x 32GB of DDR3
  • Optional: QDR-II 2 x 18MB banks SRAM
  • (4) SFP+ network ports supporting a range of network protocols and speeds

Altera OpenCL FPGA

 

395-AB Datasheet Quote

FPGA Card: 395-D8

FPGA Card: 395-D8Ultimate Performance!

  • GPU mechanical form factor
  • Typical application ≤ 75W
  • Largest Altera FPGA: Stratix V D8
  • Highest density memory: 4x 32GB of DDR3
  • Optional: QDR-II 2 x 18MB banks SRAM
  • (4) SFP+ network ports supporting a range of network protocols and speeds

Altera OpenCL FPGA

 

395-D8 Datasheet Quote

FPGA Card: 180

180Best seller! Optimized for 10G network monitoring.

  • NIC mechanical form factor
  • Typical application ≤ 25W
  • Mid-range Xilinx FPGA: Virtex-5 LX155
  • (5) five independent banks of DDR2 SRAM for ultimate random access memory look-ups
  • DDR-II SDRAM delay buffer
  • XFP network port  supporting 10GbE and OC192 SONET

XILINX FPGA

 

180 Datasheet Quote

FPGA Card: 287

FPGA Card: 287Ultimate performance and flexibility for 10G network processing and security applications.

  • GPU mechanical form factor
  • Typical application ≤ 75W
  • (4) four SFP+ network ports
  • Wide range of low jitter clocking options
  • (2) two Xilinx Kintex-7 FPGAs:  325T
  • (6) banks of QDR-II SRAM memory
  • (2) banks of DDR2 SDRAM memory
  • Feature rich driver and API for Linux OS

XILINX FPGA

 

287 Datasheet Quote

FPGA Card: 280

FPGA Card: 280Highly scalable PCI Express Gen 2.0 accelerator card ideal for data acquisition and co-processing applications.

  • GPU mechanical form factor
  • Typical application ≤ 75W
  • DIME-II expansion module site
  • (1) one Xilinx Virtex-5 FPGA:  LX220T, LX330T
  • (2) two banks of QDR-II SRAM memory
  • (2) two banks of DDR2 SDRAM memory
  • Feature rich driver and API for Linux OS

XILINX - FPGA

 

280 Datasheet Quote

FPGA Card: BenONE-PCIe

FPGA Card: BenONE-PCIeScalable PCI Express Gen 1.0 adaptor card for DIME-II expansion modules ideal for data acquisition applications.

  • Half-length PCI + 23mm form factor
  • Typical application ≤ 50W
  • DIME-II expansion module site
  • Dedicated FPGA for PCIe host interface
  • Multiple on board clocks
  • Off-card I/O for scalability
  • Feature rich driver and API for Linux OS

 

BenONE-PCIe Datasheet Quote

The Nallatech VME and XMC FPGA series of products are designed to meet the sensor and signal processing needs of modern signal intelligence, software defined radio and radar applications.

VME based FPGA multiprocessor cards supporting standards including VXS provide high-performance digital signal processing capabilities combining FPGAs and PowerPC CPUs. These cards also have on-board PMC/XMC mezzanine slots for the addition of sensor I/O and processing resources.

All products in the series are designed to support commercial (forced air), and rugged (forced air or conduction cooled) system implementations using the same functional design. This allows applications to be developed on commercial versions of the product for R&D, with deployed systems using the appropriate extended temperature or rugged version being used for deployment on the end system platform.

VXS-610

  • FPGA Card: VXS-610Virtex™-5 LX155T or SX95T for high performance processing
  • PowerPC MPC8548E for standalone operation, communications management and user applications
  • Two PMC/XMC sites for maximum I/O density and flexibility
  • VxWorks and Linux operating system.
  • Version Conduction Cooled & Air Forced

 

VXS-610 Datasheet Quote

FPGA Card:  VXS-620

  • FPGA Card:  VXS-620 Xilinx® Virtex™-5 SX95T FPGA for high performance processing
  • PowerPC CPU MPC8548E for standalone operation, communications management and user applications
  • Two PMC/XMC sites for maximum I/O density and flexibility
  • VxWorks and Linux operating system
  • Version Conduction Cooled & Air Forced

 

VXS-620 Datasheet Quote

FPGA Card:  VXS-621 

  • FPGA Card:  VXS-621Xilinx® Virtex™-5 LX155T FPGA for high performance processing
  • PowerPC CPU MPC8548E for standalone operation, communications management and user applications
  • Two PMC/XMC sites for maximum I/O density and flexibility
  • VxWorks and Linux operating system
  • Version Conduction Cooled & Air Forced

 

VXS-621 Datasheet Quote

FPGA Card: VXS-630

  • FPGA Card:  VXS-630 Onboard PowerPC MPC8548E for standalone operation, communications management and user applications
  • Two PMC/XMC sites for maximum I/O density and flexibility
  • VxWorks and Linux operating system
  • Version Conduction Cooled & Air Forced

 

VXS-630 Datasheet Quote

FPGA Card: BenNUEY-VME64-VXS

  • FPGA Card:  BenNUEY-VME64-VXSSupports multiple analog and digital I/O interfaces, memory types, and Xilinx user FPGAs on a single 6U card.
  • Format VME64-VXS
  • 3 DIME-II Slots
  • FPGA: Virtex-II Pro 50-6
  • FPGA module support: Virtex-5, Virtex-4 and Virtex-II Pro
  • Front panel I/O: Dual SFP connectors

 

VME64-VXS Datasheet Quote

Nallatech’s XMC boards combine FPGA processing resources with analog and digital sensor I/O capabilities. Solutions offering fast, high resolution analog I/O functionality are particularly relevant to sensor processing applications.

All products in the series are designed to support commercial (forced air), and rugged (forced air or conduction cooled) system implementations using the same functional design. This allows applications to be developed on commercial versions of the product for R&D, with deployed systems using the appropriate extended temperature or rugged version being used for deployment on the end system platform.

FPGA Card: XMC-210

  • FPGA Card: XMC-210Dual-channel 8-bit 3GSPS analog to digital conversion for high-bandwidth capture
  • Xilinx® Virtex™-5 LX155T or SX95T FPGAs for high performance DSP algorithm implementation
  • PMC/XMC format offers compatibility with most carriers and compute cards
  • Analogue: Two 8-bit 3GSPS A/D converters
  • Memory: 2 banks 256MB DDR2 SDRAM
  • Links: 8 GTP serial links

 

XMC-210 Datasheet Quote

FPGA Card: XMC-220

  • FPGA Card: XMC-220High resolution dual-channel 16-bit/180MSPS A/D and dual-channel 16-bit/1GSPS D/A
  • Xilinx® Virtex™-5  SX95T FPGAs for high performance DSP algorithm implementation
  • PMC/XMC format offers compatibility with most carriers and compute cards
  • Analogue: 16-bit/180MSPS A/D and dual-channel 16-bit/1GSPS D/A
  • Memory: 2 banks 256MB DDR2 SDRAM
  • Links: 8 GTP serial links

 

XMC-220 Datasheet Quote

FPGA Card: XMC-230

  • XMC-230Xilinx Virtex-5 SX95T or LX155T FPGAs for high performance DSP algorithm implementation
  • Local, high-speed memory for data storage and buffering
  • PMC/XMC format offers compatibility with most carriers and compute cards
  • Memory: 2 banks 256MB DDR2 SDRAM
  • Interface: PCI-X 133 PMC Interface
  • Links: 8 GTP serial links

 

XMC-230 Datasheet Quote

FPGA Card: XMC-231

  • XMC-231Dual-channel 8-bit 3GSPS analog to digital conversion for high-bandwidth capture
  • Xilinx® Virtex™-5 SX95T or LX155T FPGAs for high performance DSP algorithm implementation
  • PMC/XMC format offers compatibility with most carriers and compute cards
  • Analogue: Two 8-bit 3GSPS A/D converters
  • Memory: 2 banks 256MB DDR2 SDRAM
  • Links: 8 GTP serial links

 

XMC-231 Datasheet Quote

FPGA Card: XMC-240

  • XMC-240Dual-channel 8-bit 3GSPS analog to digital conversion for high-bandwidth capture
  • Xilinx® Virtex™-5 SX95T FPGAs for high performance DSP algorithm implementation
  • PMC/XMC format offers compatibility with most carriers and compute cards
  • Analogue: Two 8-bit 3GSPS A/D converters
  • Memory: 2 banks 256MB DDR2 SDRAM
  • Links: 8 GTP serial links

 

XMC-240 Datasheet Quote

FPGA Card: AMC-420 – ATCA, MicroTCA AMC Module with FMC Site

  • AMC-420Format: AMC, MicroTCA, AdvancedTCA
  • Xilinx Virtex-6 LX240T FPGA – other devices available on request, including SX315T
  • SRAM Memory Up to 36MB QDR-II+ SRAM.
  • SDRAM Memory Up to 1GB DDR3 SDRAM.
  • Compatible with AMC.1 PCI Express: Two x4 PCIe Gen 2 links on ports 4-11
  • Compatible with AMC.2 Gigabit Ethernet: Two 1Gb Ethernet on ports 0-1

 

AMC-420 Datasheet Quote

The Embedded PCI and PCI-104 series is comprised of motherboards, modules and a suite of supporting IP and software tools allowing customers to perform rapid prototyping and deployment. Each motherboard supports industry standard form factors including PCI Express, PCI-X, PCI, PCI-104 and VME/VXS. Through the addition of compatible DIME-II modules, users can easily customize and scale their platforms to meet specific processing, memory and I/O requirements of their end application.

All products in the series support commercial operating temperatures, with Industrial temperature support and system level packaging options available on request.

FPGA Card: 280

280 cardHighly scalable PCI Express Gen 2.0 accelerator card ideal for data acquisition and co-processing applications.

  • GPU mechanical form factor
  • Typical application ≤ 75W
  • DIME-II expansion module site
  • (1) one Xilinx Virtex-5 FPGA:  LX220T, LX330T
  • (2) two banks of QDR-II SRAM memory
  • (2) two banks of DDR2 SDRAM memory
  • Feature rich driver and API for Linux OS

XILINX

 

280 Datasheet Quote

FPGA Card: BenONE-PCIe

BenONE-PCIeScalable PCI Express Gen 1.0 adaptor card for DIME-II expansion modules ideal for data acquisition applications.

  • Half-length PCI + 23mm form factor
  • Typical application ≤ 50W
  • DIME-II expansion module site
  • Dedicated FPGA for PCIe host interface
  • Multiple on board clocks
  • Off-card I/O for scalability
  • Feature rich driver and API for Linux OS

 

BenONE-PCIe Datasheet Quote

FPGA Card: BENADDA-16

  • BenADDA-16Xilinx Virtex-5 SX95T-2 or LX155T-2
  • Memory: 18 MB QDR-II SRAM, 2 banks
  • Features: Dual 16-bit 180MSPS ADC and Dual 16-bit 1GSPS DAC

 

BENADDA-16 Datasheet Quote

FPGA Card: DATA-V5

  • DATA-V5Virtex-5 LX330T-2 or LX220T-2
  • SRAM Memory 18 MB QDR-II
  • SDRAM Memory 1 GB DDR2
  • Features: Four independent memory banks and 8 high speed serial I/O channels

 

DATA-V5 Datasheet Quote

FPGA Card: BenADC-3G

  • BenADC-3GVirtex-4 SX55-11 or LX160-11
  • Memory: 16 MB DDR-II SRAM
  • Features: Dual 8-bit 3 GSPS analog capture channels

 

Datasheet Quote

FPGA Card: BenADC-1.5G

  • BenADC-1-5GVirtex-4 SX55-11 or LX160-11
  • Memory: 16 MB DDR-II SRAM
  • Features: Dual 8-bit 3 GSPS analog capture channels

 

BenADC-1.56 Datasheet Quote

FPGA Card: BenADC-V4

  • BenADC-V4Virtex-4 SX55-11 or LX160-11
  • Memory: 16MB DDR-II SRAM
  • Features: Four 12-bit / 250 MSPS ADC channels

 

BenADC-V4 Datasheet Quote

FPGA Card: BenDATA-V4

  • BenDATA-V4Virtex-4 SX55-11, LX160-11
  • SRAM Memory: 16 MB DDR-II
  • SDRAM Memory: 1 GB DDR2
  • Features: Four independent memory banks

 

BenDATA-V4 Datasheet Quote

FPGA Card: BenADDA-V4

  • BenADDA-V4Virtex-4 SX55-11 or LX160-11
  • Memory: 16 MB DDR-II SRAM
  • Features: Dual 14-bit / 105 MSPS analog input ADCs, Dual 14-bit / 160 MSPS analog output DACs

 

BenADDA-V4 Datasheet Quote

FPGA Card: BenBLUE-V4

  • BenBLUE-V4Two Virtex-4 LX160-11
  • Memory: 64MB DDR-II SRAM
  • Features: Eight banks of SRAM

 

BenBLUE-V4 Datasheet Quote

FPGA Card: BenIO-V4

  • BenIO-V4Virtex-4 SX55-11 or LX160-11
  • Memory: 16MB DDR-II SRAM
  • Features: Single-ended and LVDS digital I/O

 

BENIO-V4 Datasheet Quote

FPGA Card: BenDVI

  • BenDVIVirtex-II Pro
  • Memory: 32MB ZBT SRAM
  • Features: DVI input and output channels

 

BenDVI Datasheet Quote

FPGA Card: BenPRO

  • BenPROVirtex-II Pro 30-6
  • Memory: 16 MB ZBT SRAM
  • Features: Four high speed serial I/O channels

 

BenPRO Datasheet Quote

FPGA Card: BenTEST

  • BenTESTDigital Test I/O
  • No FPGA
  • Features: 0.1″ or Mictor Headers

 

BenTEST Datasheet Quote

FPGA Card: BenDATA-II

  • BenDATA-IIVirtex-II Pro 70-6 or 100-6
  • Memory: 16 MB ZBT SRAM, 256 MB DDR SDRAM
  • Features: Four independent memory banks, off-module high speed serial I/O

 

BenDATA-II Datasheet Quote