Shared Projects by mikoyv

-Beginner-Friendly Through-Hole Resistors: Uses through-hole resistors (4.7kΩ) for easy hand-soldering and a slim profile.

-Official Hardware Guide Aligned: The trace layout is designed directly from the “DIY Wiimote Conversion (Using Clock Pin)” schematic on page 4 of the official OpenFIRE-Hardware-Guide_1.3.pdf manual.

-Optional 5-Pin JST Connector: Physical JST socket will fit inside the barrel shell (JST MX 1.25)

-Enclosure-Ready Geometry: Formatted specifically to seat right into RetroMidget’s Wiimote camera housing using standard dimensions from @slikvik55’s Lightgun3DParts repository.

-Zero Onboard Crystal Needed: Relies on OpenFIRE’s native pin-generated clock (CLK), omitting external oscillators.

-Direct 3.3V Power Line: Streamlined 3.3V power path supplied directly by a Raspberry Pi Pico.

https://github.com/mikoyv3/openfire-wiimote-cam-adapter

-Beginner-Friendly Through-Hole Resistors: Uses through-hole resistors (4.7kΩ) for easy hand-soldering and a slim profile.

-Official Hardware Guide Aligned: The trace layout is designed directly from the “DIY Wiimote Conversion (Using Clock Pin)” schematic on page 4 of the official OpenFIRE-Hardware-Guide_1.3.pdf manual.

-Optional 5-Pin JST Connector: Physical JST socket will fit inside the barrel shell (JST MX 1.25)

-Enclosure-Ready Geometry: Formatted specifically to seat right into RetroMidget’s Wiimote camera housing using standard dimensions from @slikvik55’s Lightgun3DParts repository.

-Zero Onboard Crystal Needed: Relies on OpenFIRE’s native pin-generated clock (CLK), omitting external oscillators.

-Direct 3.3V Power Line: Streamlined 3.3V power path supplied directly by a Raspberry Pi Pico.

https://github.com/mikoyv3/openfire-wiimote-cam-adapter