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Arria 10 SoC / FPGA System On Module


Rs0.00

Overview

iWave’s Arria 10 SoC System on Module is based on the Arria 10 SX family device with F34 package. The module is equipped with 32-bit DDR4 memory support for HPS with optional ECC and 64-bit DDR4 support for FPGA. All the IOs and high speed transceiver blocks will be available on the SOM board to board connector.

Intel Arria10 SoC FPGA System On Module

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  • Intel Arria10 SoC FPGA System On Module
  • Intel Arria10 SoC FPGA System On Module
  • Intel Arria10 Soc SOM
  • Arria10 SoC & FPGA device compatibility
    • SX270, SX320, SX480, SX570, Sx660
    • Gx270, GX320, GX480, GX570, Gx660
  • 24 high speed transceivers @ 17.4Gbps
  • Up to 76LVDS/152SE FPGA IOs
  • 8LVDS/8SE General purpose clock outputs
  • 7LVDS/7SE General purpose clock inputs
  • 64 - Bit DDR4 support for FPGA
  • Dual 240 Pin Board to Board Connector
  • Variable IO voltage support
  • Industrial Grade operation
  • SoC/FPGA:
    • Intel Arria10 SoC/FPGA
      • Compatible Arria10 SoC Family - SX270, SX320, SX480, SX570, SX660
    With upto 660K Logic Elements, 24 High Speed Transceivers and integrated Dual Core ARM Cortex –A9 @ upto 1.5 GHz/Core Hard Processor System (HPS).
      • Compatible Arria10 FPGA Family - GX270, GX320, GX480, GX570, GX660

    With upto 660K Logic Elements and 24 High Speed transceivers

  • Memory:
    • 1GB DDR4 SDRAM (32bit) with ECC for HPS/FPGA (Expandable) ¹, ²
    • MicroSD Connector for HPS booting ¹, ³
    • NAND Flash for HPS booting (Optional) ¹, ³
    • Configuration Flash for FPGA (Optional)
    • DDR4 RAM (64bit) from FPGA (Optional)

  • Other On-SOM Features:
    • JTAG Header
    • FAN Header
    • FPGA AS Header (Optional)
    • FPGA Configuration Selection Switch (Optional)

  • Expansion Connector1 Interfaces:
    • FPGA High Speed Transceivers (upto 17.4Gbps) x 18
    • FPGA IOs & General Purpose Clocks - Bank2A
      • Upto 46 Single Ended IOs
      • One General Purpose Clock Input LVDS Pair/Single Ended
      • Two General Purpose Clock Output LVDS Pairs/Single Ended
    • FPGA IOs & General Purpose Clocks – Bank3A
      • Upto 47 Single Ended IOs
      • Two General Purpose Clock Input LVDS Pairs/Single Ended
      • Two General Purpose Clock Output LVDS Pairs/Single Ended

  • Expansion Connector2 Interfaces:
    • From HPS Block: 1, 4
      • Gigabit Ethernet x 1 Port (through On-SOM Gigabit Ethernet PHY)
      • USB OTG x 1 Port (through On-SOM USB ULPI PHY)
      • Debug UART (UART0) x 1 Port
      • Data UART (UART1) x 1 Port (With CTS & RTS)
      • SPI x 1 Port
      • I2C x 1 Port
      • HPS GPIOs
      • HPS Warm Reset
    • From FPGA Block:
      • FPGA High Speed Transceivers (upto 17.4Gbps) x 6
      • FPGA IOs & General Purpose Clocks – Bank3B
        • Upto 24 LVDS IOs
        • Two General Purpose Clock Input LVDS Pairs/Single Ended
        • Two General Purpose Clock Output LVDS Pairs/Single Ended
      • FPGA IOs & General Purpose Clocks – Bank3C
        • Upto 24 LVDS IOs
        • Two General Purpose Clock Input LVDS Pairs/Single Ended
        • Two General Purpose Clock Output LVDS Pairs/Single Ended
      • JTAG Interface

  • Power Supply: 5V
  • Form Factor: 95mm x 75mm


¹ In Arria10 SoC/FPGA SOM, these interfaces can be supported only if Arria10 SoC family devices which supports Hard Processor System (HPS) are used.

² In Arria10 SoC/FPGA SOM, if Arrai10 SoC family device is not used and FPGA family device is used, then also 32bit DDR4 can be supported from FPGA fabric.

³ In Arria10 SoC/FPGA SOM, these interfaces can be supported only if Arria10 SoC family devices are used because these interfaces are supported through Dedicated I/O pins of Hard Processor System (HPS).

4 In Arria10 SoC/FPGA SOM, if Arrai10 SoC family device is not used and FPGA family device is used, then these Shared I/O interfaces cannot be used. But the same pins can be used as FPGA Bank2L from FPGA fabric.

  • Test and measurement equipment
  • Control and intelligence equipment
  • Diagnostic medical imaging equipment
  • Wireless infrastructure equipment
  • Compute and storage equipment
  • Broadcast and distribution equipment

The SOM Module can be ordered online from the iWave Website http://www.iwavesystems.com/webforms

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