FPGAworld 2026 Opens in Stockholm as Retro Computing Joins the Wider Programmable-Logic Community

FPGAworld 2026 opens today in Stockholm, bringing together programmable-logic engineers and highlighting how modern FPGA advancements drive classic hardware preservation.

FPGAworld 2026 takes place in Stockholm today, 8 September, bringing together engineers, researchers, educators, students, hardware hackers and FPGA enthusiasts working across commercial and hobby applications. The conference is not a dedicated retro-computing event, but its significance to the retro world is increasingly obvious. Modern FPGA platforms underpin projects such as MiSTer, Analogue's hardware, replacement logic for ageing computers, recreated arcade boards and numerous specialist preservation devices. FPGAworld's organisers have also explicitly encouraged maker and hobby projects, including retro-computing work, as part of the broader community surrounding the event. Today's conference covers programmable-logic development at every scale, from FPGA system-on-chip architecture and ASIC-related techniques to software tools, education and practical industrial applications. The keynote comes from Ilya Ganusov, Chief Silicon Architect at Altera, under the title Survival of the Efficient: Lessons from 40 Years of FPGA Generations and Navigating the Next Decade. That forty-year perspective is particularly appropriate for retro enthusiasts because programmable logic has itself evolved alongside many of the machines now being recreated with it. Earlier forms of programmable logic were used as components inside commercial electronics; modern devices are sufficiently capable that one FPGA can describe substantial portions of an entire historical console, computer or arcade system. Unlike conventional software emulators, FPGA projects configure hardware logic to reproduce the relationships between processors, video generators, sound circuitry, memory controllers and other components. Accuracy still depends entirely on the quality of the implementation, but the approach can reproduce timing and parallel behaviour in ways that are particularly attractive for preservation. Conferences such as FPGAworld therefore matter indirectly to retro gaming even when nobody is standing on stage talking about the Amiga or Sega Saturn. Improvements in development tools, debugging, device efficiency, open-source workflows and affordable hardware eventually filter into enthusiast projects. Today's professional FPGA engineer may be optimising industrial communications equipment, while tomorrow's hobbyist uses related techniques to replace a failed custom chip in a thirty-five-year-old computer. The growing overlap between professional programmable logic and retro preservation is one reason classic-hardware recreation has advanced so rapidly. FPGAworld 2026 is a reminder that the technology behind today's most sophisticated retro systems is itself an active, evolving engineering field rather than a fixed emulator platform.