Webinar – High Performance Interconnects for FPGA-Based Designs

Field Programmable Gate Arrays (FPGAs) deliver powerful advantages—offloading compute from CPUs, enabling massive parallelism, and achieving ultra-low latency with high energy efficiency. But to fully realize their potential, designers must solve a critical challenge: efficiently moving data from Silicon to Silicon™.

Matthew Burns, Global Director, Technical Marketing for Samtec, Inc. explores the interconnect technologies that enable high-performance FPGA and RFSoC (Radio Frequency System on Chip) functionality across digital, analog, and RF domains.

What You’ll Learn

• High-speed board-to-board interconnects
  Discover scalable, high-bandwidth solutions that maintain signal integrity in FPGA and SoM (System on Module) designs.
• Mid-board optical transceivers
  Learn how optical solutions extend reach and reliability for chip-to-chip, board-level, and system-level connectivity.
• Precision RF interconnects
  Explore end-to-end RF solutions supporting frequencies up to 130 GHz, including cables, connectors, and adaptors.
• FPGA I/O expansion ports
  Identify flexible expansion options for GPIO, data acquisition, and high-speed prototyping.

Why Attend?

Whether you’re designing for data-intensive, high-speed, or RF applications, understanding the right interconnect strategy is key to performance, scalability, and reliability.

Join us to learn how to build more efficient systems—and unlock the full power of FPGA-based design.

When: Thursday, July 23, 2026, 10:00 AM CDT

Length: 1 hour

Register here to attend or receive the full recording at any time following the event:

https://event.on24.com/wcc/r/5367097/31197835D77710427C2380DDDAE4AA29?partnerref=blog