FPGA / SOC Development Boards

High performance FPGA based development boards and platforms for proof of concept and deployment in your next product. We have experience in delivering production ready, high volume hardware, with automated production tests to provide high quality boards. Verified Board Support Packages (BSP) are also available with each board for quick time to market.

Intel FPGA Boards

NCS400-MH

Networking, Computation, Storage

GPU Profile - PCIe Card

Agilex 7 M-Series, R+3F

NCS300-M

Networking, Computation, Storage

GPU Profile - PCIe Card

Agilex 7 M-Series, R+3F

NCS200

Networking, Computation, Storage

GPU Profile - PCIe Card

Agilex 7 F-Series, 2P+E

CS200D

Computation, Storage

GPU Profile - PCIe Card

Agilex 7 F-Series, Dual 2P+E

NCS280-I

Networking, Computation, Storage

Single Width - PCIe Card

Agilex 7 I-Series, R+F

NC220

Networking, Computation

Low Profile - PCIe Card

Agilex 7 F-Series, 2x F

NC100

Networking, Computation

Low Profile - PCIe Card

Agilex 7 F-Series, P+E

eSOM7C-xF

Compact Embedded System on Module

95mm x 110mm SOM

Agilex 7 F-Series, 2x F

Industrial temp -40C to 85C

 

eSOM7-2F

Embedded System on Module

120mm x 120mm SOM

Agilex 7 F-Series, 2x F

 

HPC SOM

System on Module

175mm x 140mm SOM

Agilex AG014

 

Stratix 10 Dual FMC+

System on Module

Stratix 10 AMC

ATCA Mezzanine Card

NCS40-MH_Board_Features_v3

HiPrAcc™ NCS400-MH
Agilex Network Computational Storage 400G

  • Agilex® 7 M-Series 032/039; R+3F Tiles
  • 16/32GB of HBM2e and up to 64GB of LPDDR5 memory
  • Two QSFP-DD networking interfaces; up to 2x 400G
  • Full support for PTP/1588 network synchronization
  • > 400Gbps network-to-host BW
  • > 200Gbps network-to-storage and storage-to-host BW
  • Up to 64-TB storage with 4x PCIe 4.0 M.2 NVMe SSDs

Agilex NCS400-MH

NCS300-H_Board_Features_v3

HiPrAcc™ NCS300-M
Agilex Network Computational Storage 400G

  • Agilex® 7 M-Series 032/039; R+3F Tiles
  • Two QSFP-DD networking interfaces; up to 2x 400G
  • Full support for PTP/1588 network synchronization
  • > 400Gbps network-to-host BW
  • > 200Gbps network-to-storage and storage-to-host BW
  • Up to 32-TB storage with 4x PCIe 4.0 M.2 NVMe SSDs
  • Up to 256GB DDR5 memory with 2x DDR5 DIMMs

Agilex NCS300-M

HiPrAcc™ NCS280
Intel Agilex I-Series PCIe Card

  • Intel Agilex 7 I-Series: 023 or 019
  • Up to 2 banks of 72-bit DDR4 (Chip-down; 8GB/16GB)
  • F-Tile based dual QSFP interfaces (2x 200G/100G or 8x 50G/25G/10G)
  • Up to two Gen4 M.2 NVMe SSDs
  • R-Tile based CXL or PCIe Gen5 x16 host interface (Edge Connector)
  • Integrated PTP/1588 network synchronization support

Agilex NCS280-I

HiPrAcc™ NC220
Intel Agilex Low Profile PCIe Card

  • Intel Agilex 7 F-Series: 027/022, 023/019, 014/012, 008/002
  • Up to 3 banks of 72-bit DDR4 (Chip-down; 12GB/24GB)
  • F-Tile based QSFP-DD interface (Up to 400Gbps)
  • F-Tile based PCIe Gen4 x16 host interface (Edge Connector)
  • Integrated PTP/1588 network synchronization support

Agilex NC220

HiPrAcc™ NCS200
Agilex Network Computational Storage 200G

  • Intel Agilex 7 F-Series: 027, 023, 022 or 019
  • Up to 2 banks of 72-bit Fabric DDR4 DIMM(s)
  • 40-bit HPS DDR4 (Chip-down; 2/4/8GB)
  • E-Tile based dual QSFP-DD interfaces (4x 100G/50G/40G or 16x 25G/10G)
  • P-Tile based PCIe Gen4 x16 host interface (Edge Connector)
  • Up to four Gen4 M.2 NVMe SSDs

Agilex NCS200

HiPrAcc™ CS200D
Dual Agilex Computational Storage Module

  • Two Intel Agilex 7 F-Series: 027
  • 2 banks of 64-bit DDR4 memory (8GB/16GB) per FPGA
  • PCIe Gen4 switch interconnect for the two FPGA nodes, 8x Gen4 M.2 NVMe SSDs and x16 Gen4 host PCIe edge connector
  • Support for up to eight on-board Gen4 M.2 NVMe SSDs

Dual Agilex PCIe CSM

 

HiPrAcc™ NC100
Intel Agilex Low Profile PCIe Card

  • Intel Agilex 7 F-Series: 014, 012
  • Up to 3 banks of 64-bit DDR4 memory (12GB/24GB)
  • E-Tile based QSFP interface (Up to 200Gbps)
  • P-Tile based PCIe Gen4 x16 host interface (Edge Connector)

Agilex NC100

Intel Agilex Compact Embedded SOM (eSOM7C-xF)

  • Supported Agilex 7 F-Series FPGAs: 027/022, 023/019, 014/012 and 008/006
  • 32x FGT transceivers (32Gbps NRZ/58Gbps PAM4)
  • Single-ended, differential/LVDS and control peripheral I/Os
  • Up to 2 banks of 72-bit chip-down DDR4 (8GB/16GB)
  • ARM A53 processing complex (HPS) with DDR4, eMMC/µSD, GiGE Ethernet, SPI, I2C and UART interfaces

Agilex Compact Embedded SOM (eSOM7C-xF)

Intel Agilex Embedded SOM (eSOM7-2F)

  • Supported Agilex 7 F-Series FPGAs: 027/022 and 014/012
  • 32x FGT transceivers (32Gbps NRZ/58Gbps PAM4)
  • Single-ended, differential/LVDS and control peripheral I/Os
  • Up to 3 banks of 72-bit chip-down DDR4 (12GB/24GB)
  • ARM A53 processing complex (HPS) with DDR4, eMMC/µSD, GiGE Ethernet, SPI, I2C and UART interfaces

Agilex Embedded SOM (eSOM7-2F)

Intel Agilex System on Module (SOM)

  • Intel 10nm Agilex AG014 FPGA with P-Tile and
    E-Tile transceivers
  • 16 transceivers with up to 28.9Gbps NRZ or 8 up to 57.8Gbps PAM4
  • P-Tile based x8 Gen4 PCIe interface
  • Complete Linux FPGA support package available
  • Rich suite of hardware-verified Ethernet IP cores available
  • Breakout carrier boards available for development

Agilex System on Module (SOM)

Intel Stratix 10 SX Soc Dual FMC+ Development Platform

  • Intel S10 SX SoC FPGA (with H-Tile Transceivers)
  • Signal Processing and wireless communications centric design
  • Dual FMC plus mezzanine slots for application scalability and flexibility
  • Compact 8.15” x 8.4” module
  • Complete FPGA support package available
  • Rich suite of Ethernet IP cores available
  • Available as integrated 19” half width, 1U, 300mm deep standalone SoC FPGA device

Intel Stratix 10 AMC Module

  • Compliant with AMC.0 Rev 2.0, single-width, mid-size module specifications
  • Device support –L and –VID Sx280, S210, Sx165, Sx110 and Sx085 SoCs
  • Signal Processing and wireless communications centric design
  • Single Vita 57.1 FMC mezzanine slot for application scalability and flexibility
  • PICMG compliant AMC MMC controller with support for FRU information, multiple sensors and HPM.1 upgrade.
  • Analog Devices AD9545 and Silabs Si5344 based low jitter clock synchronizer/synthesizer

Stratix 10 AMC Module

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