The MiSTer FPGA project offers a range of addon daughter boards, these are attached to the DE10-Nano expanding functionalities. If you enjoy soldering and want to build MiSTer FPGA addon boards from scratch, you can purchase bare PCBs without components. This is ideal if you wish to source components yourself and having soldering expertise. ✅ [...]

If your MiSTer build has no need of an IO board but you still want an active cooling solution, while also providing protection to your build and looking good, then the acrylic fan plate kit is what you need. Included with the MiSTer fan plate kit is a cast acrylic top plate finished in either [...]

The NF-A4x10 5V is a specialized 5V variant of Noctua’s exceptional 40x10mm fan, renowned for its outstanding performance and superior low noise properties. This fan incorporates cutting-edge aerodynamic design features like Flow Acceleration Channels and an AAO standard frame. The Noctua fan is an exceptional choice for your MiSTer FPGA, offering outstanding running smoothness and [...]

The hybrid ARM / FPGA chip can reach very high temperatures when running complex MiSTer cores effecting overall stability resulting in errors or crashes. This is the ultimate MiSTer heatsink, produced from a solid copper bar, the fins are manufactured by accurately peeling each fin from the bar of solid copper, they are an integral [...]

A minimal cost effective active cooling solution for your MiSTer build, if you do not require an IO Board but still wish to adequately cool the ARM / FPGA chip this is the perfect solution a super quiet fan, mounted on a solid aluminium heatsink. Installation is simple just remove the film from the thermal [...]

The hybrid ARM + FPGA chip can get very hot when running certain MiSTer cores as such some passive cooling is required. The main heat source in the chip is the integrated dual-core ARM producing a constant heat regardless of the FPGA core use. The more complex MiSTer cores require tight timings and lowering chip [...]

When connecting the Raspberry Pi based MT32-Pi to the MiSTer via a USB 3.0 A-to-A cable, it’s important to use a short cable to ensure stable performance, this MT32-Pi USB 3.0 cable is the perfect choice. Since I²C is not intended for long-distance transmission, longer cables can cause degradation due to capacitance or signal reflections. [...]

If you are using the high-quality MiSTer Mean Well power supply or any other power supply with a DC barrel plug, this adapter cable allows you to connect it to the MiSTer Pi’s USB-C power input socket. Simply plug the USB-C end into the MiSTer Pi’s power input, and then connect the female DC socket [...]