USBSID-Pico v1.3
USBSID-Pico v1.3
About
USBSID-Pico is a RaspberryPi Pico/PicoW (RP2040) & Pico2/Pico2W (RP2350) based board for interfacing one or two MOS SID chips and/or hardware SID emulators over (WEB)USB with your computer, phone, ASID supporting player or USB midi controller.
Get in contact on Discord here: https://discord.gg/zG2rxXuT2g
View active Github discussions here: https://github.com/LouDnl/USBSID-Pico/discussions
Visit the Github page for more information: https://github.com/LouDnl/USBSID-Pico
PCB Features ~ v1.3
- Supports all MOS SID chips e.g. MOS6581, MOS6582 & MOS8580
- Supports SID chip replacements e.g. SIDKick-Pico, ARMSID & FPGASID, SwinSID.
- USBSID-Pico will by default generate a 1 MHz square wave using pio
- other clock speeds are configurable
- IO controlled Stereo/Mono switch, can be set in config or toggled during play with supported players
- SID1 audio left
- SID2 audio right
- Powered via USB
- Three separate voltage regulators for filtered voltages to the SIDS
- 1x fixed 5 volts and 2x 9 volts or 12 volts
- 5v stepup for clean 5v VCC to both SID chips
- Supports mixed voltage! e.g. you can use one MOS6581 (12v) together with one MOS6582 (9v) or MOS8580 (9v)
- 12v/9v jumper for each SID socket, defautls to 12v ~ inspired by SIDBlaster-Nano design
- Audio out filter as in the C64 schematics
- With optional 6581 resistor, solder the 6581 jumper pad in each audio circuit for this.
- Optional EXT-IN pulldown resistor as filter bypass to reduce filter noise for Digiplay on 8580 SID's
- SID socket placement is more spread out for:
- easier filter capacitor access
- optional ZIF sockets
- Better IO port layout
- Unused GPIO pins for optional future expansion boards
- IO5 pins for quad SID configuration
- Uart pins
- SID Ext in pins (requires closing the solder jumper on the bottom)
- Ground pin
- New soldermask art ;)
SID Playing
USBSID-Pico supports various ways of playing SID files.
Out-of-the box playing is supported by using Deepsid by Chordian
by selecting WebUSB (Hermit) as player in the pulldown menu or
by selecting ASID (MIDI) as player in the pulldown menu.
Out-of-the box playing is also supported by using C64jukebox by Kenchis, note that this is still in BETA.
SidBerry is a command line SID file player for Linux & Windows with up to 4 SIDs supported (Windows version is buggy).
Unofficial support is added to a fork of Vice, up to 3 SIDs are supported in vsid and up to 4 in x64sc.
Unofficial support is added to a fork of sidplayfp which requires a fork of libsidplayfp.
Unofficial support is added to a fork of RetroDebugger, up to 4 SIDs are supported.
Optional SID playing on Amiga with the playsid library by erique and koobo
Disclaimer
I do this stuff in my free time for my enjoyment. Since I like to share my joy in creating this with everyone I try my best to provide a working PCB and Firmware. I am in no way an electronics engineer and can give no guarantees that this stuff does not break or damage your hardware, computer, phone, or whatever you try to hook it up to. Be sure to take great care when inserting any real MOS SID chips into the board. While everything has been tested with real chips, this is in no way a guarantee that nothing could go wrong. Use of this board and firmware at your own risk! I am in no way responsible for your damaged hardware. That being said, have fun!
I do this stuff in my free time for my enjoyment. Since I like to share my joy in creating this with everyone I try my best to provide a working PCB and Firmware. I am in no way an electronics engineer and can give no guarantee that this stuff does not break or damage your hardware, computer, phone, or whatever you try to hook it up to. Be sure to take great care when inserting any real MOS SID chips into the board. While everything has been tested with real chips, this is in no way a guarantee that nothing could go wrong. Use of this board and firmware at your own risk! I am in no way responsible for your damaged hardware. That being said, have fun!
USBSID-Pico v1.3
*PCBWay community is a sharing platform. We are not responsible for any design issues and parameter issues (board thickness, surface finish, etc.) you choose.

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tobozo tagada Jun 12,2025
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Sergey Streltsov May 30,2025
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