The SIDKick Pico DAC provides a low-cost and flexible way to replace aging SID chips in the Commodore 64 and 128. In this new video from 8Bit Retro Refix, viewers learn how to assemble and configure this practical alternative.
The project uses version 0.2 of the SIDKick Pico DAC board, supplied by PCBWay. The video highlights the high-quality assembly, with clean solder joints and accurate component placement. For those uncomfortable with soldering, PCBWay also offers pre-built boards. In that case, users only need a Raspberry Pi Pico and simple pin headers.
Assembly is straightforward. The video explains whether to use pin headers or solder the Pico directly for a lower profile fit. This choice depends on the case style of the Commodore system. Once the hardware is ready, flashing the firmware is the next step.
The process begins with downloading the release package from GitHub. After copying the correct files, the Pico is programmed with the DAC firmware. From there, the SIDKick Pico DAC becomes fully functional.
The board offers more than basic SID replacement. It can emulate two SIDs for stereo sound output. It also provides a built-in loader that allows users to prepare a game list and start PRG files directly. These features give the SIDKick Pico DAC more flexibility than a standard chip.
After configuration, the video shows installation into a Commodore 64. With power applied, the menu allows users to choose SID types, set clock speed, and enable stereo sound. The loader then runs games like Boulder Dash with ease.
The SIDKick Pico DAC stands out as a cost-effective and powerful option for those who want to preserve or expand their Commodore 64 setup. With dual-SID support, built-in game loading, and easy assembly, it is a strong solution for keeping classic hardware alive.
Watch the full video to see the assembly process, flashing steps, and a live demonstration on real hardware.
