Concurrent Electronic Design Automation, LLC

  • Partner Tier: Elite Certified
  • Program Member Since: 2008
  • Certified Engineers: 3
    • Pittsburgh, PA, US (Headquarters)

Partner Information

Concurrent EDA design services use high-level synthesis tools to transform complex algorithms into high-performance, area-efficient FPGA systems. The end result is a completed system that is real-time and typically 10 to 30 times faster than a 3 GHz CPU. Concurrent EDA is ITAR Compliant and staffed with MS/PhD Engineers.

For over 17 years, Concurrent EDA has been creating and using Electronic Design Automation tools to provide high-performance and cost-effective design services for its clients. When used by experts, High-Level Synthesis tools produce efficient designs in a fraction of the time and cost of manual design. Concurrent EDA has produce over 1 million lines of production HDL in the fields of Cryptography, Image Processing, Computer Vision, Machine Learning, Radar, Signal Processing, Cryptography, Text Processing, Biometrics and Networking.

In addition to mastering the latest design tools, Concurrent EDA has in-depth knowledge and experience using AMD Versal, Zynq UltraScale+, Zynq RFSoC, Alveo, to name a few. This includes hardware/software partitioning, AXI4 interfacing, embedded software development, Linux drivers and peripheral interfacing. To provide fast time-to-market solutions, Concurrent EDA also provides direct support and sales of over 200 FPGA-based systems/modules. These modules can be used for rapid product development and for OEM production. Partnerships with PCB designers enable full custom solutions.

Products/Services

  • EDA Tools
  • Boards and Kits
  • Design Services
  • IP Cores

Markets Supported

  • Audio Video and Broadcast
  • Automotive
  • Data Center
  • Aerospace and Defense
  • Industrial
  • Medical
  • 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
  • Machine Learning
  • PCB Design and Layout
  • RF and Analog Design
  • Image Sensor Fusion
  • Signal Integrity Design and Analysis
  • System Architecture

Maximum Service Scope

  • Turnkey - Full Product Realization

Engagement Model

  • Time and Materials
  • SOW-Based Fixed Bid Projects
  • Captive Engineering Resources at Partner Location