How to Cope with the New Normal of FPGA Shortages? Modularization and Standardization Are Key

The Current State of the FPGA Supply Chain

Over the past three years, the global FPGA market has remained in a supply-demand crunch. Lead times for high-end FPGA devices have stretched from the traditional 12 weeks to over 52 weeks, with some popular models requiring more than a year of waiting. Concentrated capacity among core device vendors, weak bargaining power for small and mid-sized customers, and insufficient alternatives have directly affected product delivery schedules in critical fields such as communications, industry and aerospace. FPGA shortages have evolved from short-term supply chain fluctuations into a long-term norm the industry must address.

The Predicament of Traditional Models

Traditional FPGA products use highly customized hardware design: every customer and every product needs a separately designed core board, which not only extends development cycles but also requires stocking parts for each specific product. During supply chain crunches, small-batch customers simply cannot secure priority capacity and often hit the dead end of "product designed, but chips unavailable". Meanwhile, FPGA designs from different vendors are completely incompatible; if the primary chip is cut off, customers must nearly redesign the hardware, making switching costs extremely high.

How oHFM Solves It

The oHFM standard addresses FPGA supply chain pain points at the root through modularization and standardization:

• Unified hardware design standard: core modules are centrally stocked by module vendors, so small-batch customers no longer need to stock parts separately and can purchase on demand

• Unified software abstraction layer: upper-layer application code does not need to be redeveloped for different FPGAs; customers can flexibly switch between modules from different vendors based on supply chain conditions without modifying carrier board design

• Standardized modules enable multi-vendor supply, shifting from "single-chip dependency" to "standard module procurement", fundamentally reducing disruption risk

Industry Results

Many customers adopting the oHFM standard have already achieved rapid switching between AMD and domestic FPGA platforms in real projects, ensuring continuous product delivery during supply chain volatility while cutting hardware material costs by an average of over 30%. Modularization and standardization are becoming the core strategy for the FPGA industry to cope with supply chain uncertainty.