Taki Udon Developed FPGA Game Boy Advance Prototype
The handheld device aims to offer high-fidelity emulation for retro cartridges at a $100 price point.
Updated on Oct. 13, 2026 in Consumer Electronics
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Taki Udon has demonstrated a prototype handheld console that uses FPGA hardware to run original Game Boy Advance cartridges. This research-stage device follows an earlier demonstration capable of executing Nintendo 64 software.
Why it matters
The development represents a shift toward more accurate, hardware-level emulation for portable gaming at a competitive price. By prioritizing FPGA architecture, the project aims to bypass the latency and compatibility constraints of software-based emulation.
The prototype targets a $100 price point, positioning it between the $60 Anbernic RG SP and the $129.99 Konkr Pocket Advance. Performance remains unbenchmarked beyond live demonstrations.
The players
Taki Udon
An independent developer and hardware enthusiast focused on retro-gaming technology and FPGA emulation.
Retro Remake
A developer involved in the design and potential production of FPGA-based console platforms.
The details
The device utilizes an FPGA — a field-programmable gate array, a type of integrated circuit that can be configured to mimic specific hardware behavior at the transistor level. This method allows the console to run physical cartridges by replicating the original Game Boy Advance chip logic rather than using software to translate instructions. Retro Remake is simultaneously exploring FPGA-based SNES hardware as part of a broader expansion into retro-gaming platforms.
Timeline
September 2026: The prototype was first shown running Diddy Kong Racing for the Nintendo 64.
October 2026: The prototype was demonstrated running Pokemon Ruby and Sapphire.
The Tech Race
The project signals a shift in the retro-hardware market away from software emulation toward FPGA-based accuracy. This development follows a trajectory established by existing handhelds like the Anbernic RG SP and Konkr Pocket Advance.
The device is currently in the prototype stage with no confirmed release date or consumer availability. When finalized, the handheld is intended to provide a native hardware experience for original game cartridges at a projected $100 price.
The takeaway
The move toward FPGA hardware promises a higher degree of accuracy for retro software than traditional software emulation. Collectors should watch for updates from Retro Remake regarding their potential SNES console project as an indicator of the company's production capabilities.
Further reading
For more developments in retro-gaming and portable hardware, visit Consumer Electronics.
Source note: This article includes information reported by Gamesradar.
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Would you choose an FPGA-based retro handheld over cheaper software-emulation alternatives for your collection?
