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Classic computing fanatic Ian Scott has launched the PicoGUS 2.0, a contemporary ISA soundcard for traditional laptop techniques able to emulating a variety of unique {hardware} — powered by an on-board Raspberry Pi RP2040 microcontroller.
“PicoGUS can emulate Gravis UltraSound, AdLib (OPL2), CMS/Recreation Blaster and Tandy 3-Voice, and helps MIDI output with MPU-401 clever mode emulation,” Scott writes of his board’s capabilities, ticking off the overwhelming majority of audio output gadgets a basic gamer may hope to make use of. “It’s also possible to plug in a USB gamepad ([Microsoft] Xbox 360 & [Sony] DualShock 4 at the moment supported) and play DOS video games with a contemporary controller!”
The PicoGUS 2.0 makes use of an on-board Raspberry Pi RP2040 microcontroller to emulate a variety of classic ISA soundcards. (📷: Ian Scott)
Because the identify suggests, the PicoGUS 2.0 is a twist on the unique PicoGUS — constructed primarily to emulate the Gravis UltraSound, or GUS, soundcard, and requiring a full-size Raspberry Pi Pico microcontroller board to be put in. The PicoGUS 2.0, against this, retains the identify however ditches the Pico in favor of placing the Raspberry Pi RP2040 microcontroller straight on the board.
Scott has additionally launched the design information for the board underneath the CERN Open {Hardware} License v2 Permissive license — although has a warning for anybody trying to construct their very own. “PicoGUS 2.0 is designed from the bottom up for automated meeting so making your personal could be a significant problem,” Scott says. “Within the close to future I can be releasing model 1.2 of the unique PicoGUS design bringing among the stability/manufacturing enhancements from 2.0 to a extra DIY-friendly board.”
The board is permissively-licensed open {hardware}, however Scott warns it is optimized or automated meeting. (📷: Ian Scott)
The PicoGUS 2.0 is listed on the Polpo Electronics Tindie retailer now at $45, although on the time of writing was displaying as out-of-stock — Scott having exhausted his preliminary inventory after simply two hours. “I used to be not anticipating that. I am overwhelmed (in a great way) by this response,” Scott writes. “For those who missed out, I will be making one other batch, don’t fret.”
The design information and firmware supply code can be found, in the meantime, on the mission’s GitHub repository.
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