Introduction

About Inrevium FPGA Development Boards…

‘inrevium’ is the brand name for products developed by the Design & Development Center of Tokyo Electron Device (TED). And we are distributing these products in the EMEA market.

The wide range of products develop by TED under their original ‘inrevium’ brand name include products driven by their proprietary technologies, high value-added devices and cutting-edge products. These products are developed by collaborations among industry, academia and government, and general-purpose products to meet market needs.

The majority of products are high-end development boards for XILINX FPGA Development Boards and FMC cards as add-on for these and other FPGA boards.In addition the ‘inrevium’ offering includes IP Cores and a certified UHS-II protocol tester.

Products

  • Kintex UltraScale
  • ACDC Quattro Kintex UltraScale Development Platform
  • Zynq-7000 All Programmable SoC
  • Kintex-7 FPGA
  • Artix7 FPGA

8K4K Image Evaluation Platform – FPGA Development Board

8K4K image evaluation

The platform accelerates development of Super-High Definition 8K image processing.
User Manual

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Part Number:TB-KU-060/115-ACDC8K

  • 20nm KINTEX UltraSCALE
  • 2x DDR4 SDRAM (2,400Mbps) 64bit enables wide band data buffer
  • Provide the extensibility with GTH transceiver
  • 7x FMC connectors
  • On board 4x SFP+ socket, QSFP for Video stream through Ethernet

 Features:

  • Device: XCKU060-2FFVA1517/XCKU115-2FLVA1517
  • Memory: DDR4-SDRAM (64bit) x2
  • Interface
    • FMC
    • SFP+ Socket
    • RS-232C (Connector is USB-B type)
    • PMOD (Digilent module interface)
    • 10 pin header for Xilinx Cable
    • General pin header
    • Push switch, DIP switch, LED
  • Clock
    • 200MHz for DDR4
    • 5MHz for image processing
    • 25MHz for high speed Serdes
    • PLL for general purpose
  • Configuration: QUAD Dual-SPI Flash
  • Board size: H208 x W313 (mm)
  • Power (AC adapter)

ACDC Quattro Kintex UltraScale – FPGA Development Board

acdc quattro kintex

 

The Quattro platform accelerates development across a wide range of industries including but not limited to Video/Broadcast, Aerospace/Defense, and Communications.
Brochure
User guide

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Part Number: TB-KU-115-QUATTRO

  • 20nm KINTEX UltraSCALE FPGA
  • 2x DDR4 SDRAM (2,400Mbps)
    64-bit enabling wideband data buffering
  • Expandable via four (4) FMC HPC connectors
    • 10 GTH transceivers per FMC
      (one implemented as 8+2 due to SLR)
      Substantial I/Os for LVDS or single ended connectivity

Features:

  • Device: Kintex UltraScale XCKU115-2FFVA1517
  • Interface
    • FMC x 4 (*1)
    • Onboard Zynq for system management and processing
    • RS-232C (Connector is USB-B type)
    • SFP+ interface
    • General purpose LEDs and switches
    • Proven operation with inrevium HDMI4K, 12G-SDI, DP1.2, V-by-One®, MIPI, and Zynq FMCs
    • Multi-board synchronization hardware support
  • Memory: 4 GB DDR4 SDRAM, 2,400Mbps
  • Clock: Flexible clocking architecture, featuring:
    • Multiple clocks
    • Programmable clock generator, Quad PLL
  • Configuration: QUAD Dual-SPI Flash
  • Board size: H208 x W313 (mm)
  • Power: +12V desktop adapter

(*1) Not all VITA57.1 signals are populated on all FMCs.

Industrial Grade SOM (System On Module)

Industrial-Grade-SOM-System On Module

User guide

Part Number: TB-7Z-IAE

  • Business Card sized small module with Zynq-7000 All Programmable SoC and peripherals.
  • Time to Market Solution
  • Enables to implement multiple industrial network on single platform
  • 2ch Gigabit Ethernet for supporting flexible topology
  • Available for mass production usage

Features:

  • Device: XC7Z020-CLG400I
  • Memory
  • Expansion IO Connector
    • DDR3 SDRAM 512MByte
    • QSPI Flash 16MByte
    • 64Kbit Non-volatile F-RAM
  • Expansion IO Connector
    • 120 Position Connector 0.80mm Pich (PL IO:60 / PS IO:10)
  • General Purpose Interface
    • Gigabit Ethernet x 2
    • Socket for microSD card
  • Debug Interface
    • JTAG
    • LED
  • Clock
    • Processing System
    • Programmable Logic
    • RTC Device
  • Power Supply: Single DC5V operation
  • Board size: H60xW85 (mm)
  • Operating Temperature: 0℃ ~ +50℃
  • SDSoC Development Environment

Industrial Grade SOM Development Kit

Industrial GIndustrial GRade SOM Devrade SOM Development Kit

User guide

Part Number: TB-7Z-ISDK

  • Industrial Grade SOM Development Kit

Features

  • Daughter Module: TB-7Z-IAE
  • Mother board:
    • Device: XC6SLX45-FGG484
    • Memory:
      • DDR2 SDRAM 1Gbit
      • QSPI Flash 64Mbit
    • Interface:
      • 0 (Host)
      • CameraLink Base
      • 10/100Mbps Ethernet (RJ45)
      • CAN (D-SUB9)
      • RS-232C (D-SUB9)
      • PMOD x2
      • XADC (Pin header)
    • Debug Interface:
      • ARM JTAG 20 pin header
      • 10pin header for XILINX Cable
      • Push Switch, DIP Switch, LED, Rotary Switch
    • Power (AC adapter)
    • Board size:H110 x W185 (mm)
    • SDSoC Development Environment

ACDC 1.0 – FPGA Base Development Board

PIcture of ACDC 1.0 Base board

Part Number: TB-7K-325T-IMG

The ACDC 1.0 base board is a revolutionary platform suited for evaluation test-and-debug and development of video designs.
With 12.5Gbps GTX transceivers and 64-bit x 1,800Mbps DDR3 memory the board meets the high-bandwidth, high-performance requirements of ultra-realistic, high-definition display technology such as 4K2K and OLED.
The ACDC 1.0 base board also provides the best power-to-performance optimization in designs compared to competitive offerings.

Features:

  • Device: XC7K325T-2FFG900
  • Memory: DDR3 SDRAM 2Gbit x4
  • Interface
    • FMC
      • HPC (High Pin Count) x2
      • LPC (Low Pin Count) x2
    • GTX Transceiver 5.4Gbps 8chx2 (HPC)
    • MMCX for External Clock
    • UART (RS-232C D-sub 9 pin)
    • XADC pin header
    • Xiinx cable 10pin header
    • Push switch, DIP switch, LED
  • Clock:
    • 25MHz OSC (via Socket)
    • 135MHz OSC
    • 200MHz OSC
    • PLL
  • Configuration: QUAD Dual-SPI Flash
  • Power Supply
  • Board size: H175 x W240 (mm)
  • Reference Design (Verilog HDL)
    • HDMI Frame Buffer Design
      • HDMI frame Buffer Design with TB-FMCH-HDMI2 (sold separately)
      • Memory controller: Generated by Memory Interface Generator (MIG)
    • EDK Base System Builder Design
      • XBD file for EDK base system builder
      • MicroBlaze softcore CPU and peripherals

ACDC A7 – FPGA Development Boards

Picture of ACDC A7 Evaluation Board

Part Number: TB-A7-200T-IMG

The Artix®-7 FPGA ACDC A7 Evaluation Board is an ideal video processing platform for 4K video applications.
inrevium recognized for its strong design expertise in 4K video, imaging and multimedia products have made available a video development package that targets video processing development using an Artix®-7 FPGA device.
The package includes an Artix®-7 FPGA development board (TB-A7-200T-IMG) featuring the leading system performance per watt Artix-7 family to allow additional functionality and connectivity via FMC option cards.
The ACDC A7 development board delivers a complete 4K development platform with various reference designs for DisplayPort 1.2, HDMI2.0, V-by-One®HS. Furthermore, the board has a DDR3 SODIMM, creating a complete integrated memory interface solution for memory-intensive applications.

Features:

  • Device: XC7A200T-2FFG1156C
  • Memory: DDR3 SO-DIMM 2GB 800Mbps
  • Interface FMC
    • HPC (High Pin Count) x2
      • GTP Transceiver 8chx2 (HPC
      • 100/1000MBaseT Ethernet RJ45
      • S/PDIF IN/OUT RCA 75Ω
      • UART (Micro-USB)
      • XADC pin header
      • PMOD (Digilent module interface) x2
      • Push switch, DIP switch, LED
    • Clock
      • Silicon Labs Si5338B 4-channel clock generator
      • MMCX for External Clock
    • Configuration
      • TAG (JTAG Header/Micro-USB)
      • Quad SPI Flash
    • Power Supply
    • Board size: H200 x W200 (mm)
    • Reference Design (Verilog HDL)
    • Development: Fidus Systems Inc.
      • HDMI Frame Buffer Design
        • HDMI frame Buffer Design with TB-FMCH-HDMI2 (sold separately)
        • Memory controller: Generated by Memory Interface Generator (MIG)
      • EDK Base System Builder Design
        • XBD file for EDK base system builder
        • MicroBlaze softcore CPU and peripherals

Supplier Profile

Company overview

by Tokyo Electron Device Ltd

  • Company name: Tokyo Electron Device Ltd
  • Foundation: inrevium – since 2004
  • Headquarter: Yokohama, Japan
  • FY2014 Net Sales: ¥ 101,801 Million
  • Products: FPGA Evaluation Boards & Platform Solutions, Market Specific IP, Design Service
  • Company home page: http://solutions.inrevium.com/

Inrevium is a proud “Certified Partner of Xilinx Alliance Program” and “Platinum Member of ”Intel FPGA Design Solutions Network”