Tokyo Electron Device Ltd.

  • Partner Tier: Elite Certified
  • Program Member Since: 2000
  • Certified Engineers: 4
    • Yokohama, JP (Headquarters)
    • Fremont, CA, US (Sales Office)

Partner Information

Tokyo Electron Device is an advanced technology trading company, representing innovative technology from market leading semiconductor manufacturers, network system suppliers, storage solution providers, and software companies.

Our mission is to provide world class, leading edge products and solutions that deliver competitive advantages to our customers. Inrevium is the Design Service brand of Tokyo Electron Device, which offers FPGA platform solutions, market specific IPs, Technical Support and Design Services to our worldwide customers through our global sales and distribution partners.

Inrevium is a Certified Member of the AMD Adaptive Computing Partner program and delivers the highest level of market and domain specific expertise and pre-qualified solutions through AMD programmable platforms. As a Certified Member, Inrevium maintains a large number of design engineers certified to the latest AMD design methodology and ensures that its products and services are optimized to streamline customer product development cycles while minimizing risk. Inrevium supports the AMD programmable platform strategy and provides original base boards, FMC daughter cards, market-specific, IP and Kits.


  • Boards and Kits
  • Design Services
  • IP Cores

Markets Supported

  • Audio Video and Broadcast
  • Automotive
  • Consumer Electronics
  • Data Center
  • Industrial
  • Medical
  • Test and Measurement
  • Wired Communications
  • Wireless Communications

Design Competencies

  • Computer Vision
  • Contract Manufacturing
  • Digital Signal Processing
  • Embedded Application Development
  • Embedded Porting - BSP Extension
  • Embedded Processors
  • FPGA Design and Integration
  • FPGA Design Optimization
  • FPGA Timing Closure
  • Industrial and Mechanical Design
  • Industry Certification and Compliance Testing
  • PCB Design and Layout
  • Quality and Reliability Testing
  • RF and Analog Design
  • Signal Integrity Design and Analysis
  • System Architecture

Maximum Service Scope

  • System Level Design

Engagement Model

  • Time and Materials
  • SOW-Based Fixed Bid Projects