Intel Stratix 10 FPGA Nallatech 520N FPGA Network Acceleration Card

Scalable compute node with optical I/O for creation of directly-coupled, dense FPGA clusters

Introducing ground-breaking single precision floating point performance of up to 10 TFLOPS, the OpenCL-programmable 520N features an Intel Stratix 10 FPGA, along with four banks of DDR4 external memory.

Four network ports enable dramatic FPGA-to-FPGA scaling independent of the PCIe bus, plus support for an array of serial I/O protocols operating up at 100/40/25/10G.

OpenCL programming languageNIC Form Factor

Description

Highlights

  • Up to 10 TFLOPS of peak single precision performance
  • 25MBytes of L1 cache @ up to 94 TBytes/s peak bandwidth
  • 2X Core performance gains over Arria 10
  • 70% lower power consumption
  • Up to four 100/40/25/10G Network Ports

Applications

Nallatech’s new 520N is a PCIe accelerator card designed to address a range of computeintensive and latency-critical applications

  • Machine Learning
  • Gene Sequencing
  • Oil & Gas
  • Real-time Network Analytics
520N Datasheet (625KB)

Looking for FPGA Compute Acceleration?
Check out the 520C

520N FPGA Network Acceleration Card with Intel Stratix-10 FPGA

Form Factor
» Full-height, double-width PCI Express card
» 4.376 x 10.5 inches (111 x 266.7 mm)


Host Interface
» 16-lane PCI-Express Gen 3.0
» Actual performance is host computer chipset and operating system dependent


Processing
» Intel Stratix 10 F1760 NF43 package
» Default configuration: GX2800
» L-TILE supporting up to 26Gbps SERDES I/O
» H-Tile supporting up to four 28Gbps SERDES I/O
» Core speed grade -2, I/O speed grade -2
» Contact Nallatech for other FPGA options


DDR4 SDRAM Memory
» Four banks of DDR4 SDRAM x 72 bits
» 8GB per bank
   (32GB total / 64GB version also available)
» Transfer Rate: 2400MT/s


Application Development
» Supports multiple design flows including Intel FPGA
   OpenCL SDK and HDL


Electrical
» On-card power derived from 12V PCIe slot and two AUX connectors
(one 8-pin, one 6-pin)
» Power dissipation is application dependent
» Typical power consumption ~225W
» Card designed to deliver up to 300W power consumption


Quality
» Manufactured to ISO9001:2008 IPC-A-610-Class III
» RoHS compliant


Power Supply Monitoring & Reporting
» On-board Intel USB Blaster
» Power and temperature monitoring
» Fault condition reporting to FPGA

Four 100/40/25/10G QSFP28 Network Ports
» L-TILE: Support up to two 100G network ports
» H-TILE: Supports up to four 100G network ports
» Please contact Nallatech for details
» Flexible low jitter clocking supporting multiple telecoms standards
– 100/40/25/10G
» Each QSFP28 can be independently clocked
» Network recovered clocking supported
» Clocking options user programmable
» 1PPS input (optional)


Cooling
» Standard: double-width active heatsink (embedded fan)
» Optional: double-width passive heatsink


Environmental
» Cooling: Air convection
» Operating temperature: 5°C to 35°C


Deliverables
» 520N FPGA card
» USB cable (front panel access)
» Built-In-Self-Test (BIST)
» OpenCL “HPC” Board Support Package (BSP)*
» 1 year access to online support lounge
» 1 year hardware warranty


Customization: Technical specifications (e.g. FPGA type, size, external memory capacity etc.) can be modified to meet the exact needs of commercial customer applications as off-the-shelf product available to the general market


Integrated servers: Nallatech accelerator cards are available pre-integrated in server platforms from leading vendors


Application optimization: Nallatech provides consultancy services assisting customers in the porting, optimization and benchmarking of applications executed on Nallatech FPGA accelerators


View All Nallatech FPGA Cards

Contact Nallatech to learn more

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520N Datasheet (625KB)
FPGA Accelerated Compute Node
FACN

FPGA Accelerated Compute Node – with up to (4) 520s

510T - Compute Accelerator with Arria 10 FPGA
510T

 Nallatech 510T
w/(2) Arria 10  FPGAs

385A - Network Accelerator with Arria 10 FPGA
385A

 Nallatech 385A – w/Arria10 / GX1150 FPGA

385A-SoC with ARM Processor and Arria 10 FPGA
385A-SoC

SoC System on Chip FPGA Accelerator Card

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