Discover how the oHFM™ standard and high-speed interconnect technologies are enabling scalable FPGA system design for next-generation applications.

The oHFM™ (Open Harmonized FPGA Module) standard, defined by the Standardization Group for Embedded Technologies (SGeT), introduces a unified and scalable architecture for FPGA System on Modules (SoMs), enabling faster development cycles and improved system modularity.
As high-speed interfaces continue to evolve toward 64 Gbps and 112 Gbps PAM4 data rates, system designers face increasing challenges related to signal integrity, interconnect performance, and scalability.

In this joint webinar, experts from iWave Global and Samtec will explore how the oHFM™ standard, combined with advanced connector technologies, enables reliable high-speed connectivity and flexible system architectures.

Webinar Agenda

• • Overview of the oHFM™ standard and its role in FPGA ecosystem standardization
  • Key differences between oHFM.s (solderable) and oHFM.c (connector-based) modules
  • Design considerations for implementing 64 Gbps / 112 Gbps PAM4 interfaces
  • Importance of high-speed interconnects in achieving signal integrity and performance
  • How oHFM.c SoMs and carrier cards enable scalable, modular system design
  • Typical use cases and application areas