oHFM
News/1/1/2026

Multiple Domestic FPGA Solutions Unveiled! Highlights of the ALINX & Unisoc Developer Conference in Hangzhou & Beijing

oHFM Official News
Multiple Domestic FPGA Solutions Unveiled! Highlights of the ALINX & Unisoc Developer Conference in Hangzhou & Beijing

At the Event

In August 2026, the Unisoc Developer Conference was successfully held in Hangzhou and Beijing, attracting nearly a thousand domestic FPGA developers and industry technical experts. ALINX, as a core ecosystem partner of Unisoc, exhibited oHFM standard module solutions based on domestic FPGAs, becoming one of the most-watched booths at the event.

Localized oHFM Module Showcase

The oHFM core modules on display are fully adapted to the Unisoc Logos series FPGAs, covering mainstream application scenarios such as industrial control, machine vision and communication equipment. The modules fully follow the oHFM standard design and achieve complete pin compatibility with AMD platforms. Customers can flexibly choose domestic or imported FPGA versions based on supply chain conditions in real projects without modifying the existing carrier board design, truly enabling "seamless switching between domestic and imported platforms".

The industrial high-speed vision inspection system based on domestic FPGA demonstrated on site achieved 300 frames-per-second image acquisition with real-time defect detection, sub-1ms processing latency and detection accuracy on par with international products, earning wide recognition from developers at the event.

Technical Highlights 

  • Hardware design fully follows the oHFM standard with 100% pin compatibility with AMD modules of the same specification

  • Complete domestic FPGA software adaptation package supporting rapid porting of mainstream development tools and algorithms

  • Industrial-grade reliability validation meeting -40°C~85°C wide-temperature industrial requirements

Future Collaboration

ALINX and Unisoc will continue to deepen collaboration, launching more domestic-FPGA-based core modules around the oHFM standard to cover more industrial, medical and communication scenarios, jointly driving supply chain autonomy in critical hardware fields.