The latest video in my MiSTer series features a system from QMTech, a fully assembled clone that, at the moment, is actually available to buy over at Aliexpress (not an affiliate link). Given how difficult it has been to find MiSTer hardware in stock over the past few years, I was curious to see how this one would stack up, especially at its asking price. So I ordered one to find out!
Check it out in my latest review!
For anyone unfamiliar with MiSTer, the appeal lies in how FPGA hardware recreates the original logic of classic consoles and computers. Instead of translating software instructions the way an emulator does, the FPGA is reconfigured to behave like the original hardware itself. That approach is particularly valuable for complex systems such as the Sega Saturn or Sega 32X, where multiple processors need to operate in parallel with precise timings. The result is very low input latency and timing behavior that closely matches the original machines, whether the output is going to a modern flat panel or a CRT based display.
The QMTech unit is based around a cloned DE10-Nano FPGA board with an integrated heatsink and fan, paired with a custom analog I/O board. From a compatibility standpoint, it behaves like any other standard MiSTer setup, with full support for the existing ecosystem of cores and tools. In day-to-day use, it feels no different from other MiSTer systems I’ve tested, including the MiSTer Pi I looked at last year. There are two versions for QMTech devices for sale, one priced lower for U.S. buyers and a higher-priced option for international customers, but both arrive fully built rather than as kits.
Physically, the QMTech system is straightforward. The built-in USB hub provides four ports, which is fewer than some other MiSTer builds, though adding an external hub is an easy workaround. Ethernet is included, but there is no onboard Wi-Fi or Bluetooth, so wireless connectivity requires a USB adapter for updates. A SNAC port is present for connecting original controllers directly to supported cores, which allowed me to use a Nintendo Zapper with the NES core on a CRT just as I would on original hardware.
The unit ships with a 32 GB SD card with a basic MiSTer installation already in place. As with other preconfigured systems, some additional setup is still required to get everything working the way I prefer, including running updater scripts and making configuration tweaks. Since the hardware is fully MiSTer-compatible, the setup process is identical to other systems and well documented elsewhere.
On the back, the system offers HDMI for modern displays and analog video output suitable for VGA monitors or CRT televisions with component RGB inputs. With the appropriate cable, the analog output delivers a clean signal that looks amazing on a late-model CRT. Audio for CRT televisions and monitors is available via analog output or optical and the system powers on immediately when plugged in, as there is no physical power switch.
To see how the hardware handled more demanding workloads, I spent time running several cores known to stress the MiSTer platform. Arcade titles like Street Fighter Alpha 3 ran without issue, even after extended periods in attract mode, suggesting that both cooling and memory stability were solid. Switching between cores was quick, and the system handled rapid transitions from late-1990s arcade hardware to mid-1980s home computers without complaint.
I also tested computer and console cores that are often used as benchmarks for system stability. Amiga demos and games ran cleanly, Neo Geo titles like King of Fighters 2003 loaded and played as expected, and Sega Saturn games such as Daytona USA worked within the known limitations of the MiSTer’s memory configuration. The Nintendo 64 core, which has matured significantly, performed well across the titles I tried, and other complex systems like the Sega 32X behaved correctly without any issues.
Even cartridge-based games with custom chips, such as Star Fox on the Super Nintendo, ran properly, demonstrating that the necessary co-processors were being accurately reproduced. At the other end of the spectrum, earlier consoles like the Atari 2600 and ColecoVision also worked as expected, complete with the quirks of their original control schemes.
To round things out, I ran memory stress tests at 130 MHz for an extended period and saw no errors. While the RAM could be overclocked slightly, there was no real benefit in doing so, as none of the existing cores require more than the standard operating speed.
After spending time with it, the QMtech MiSTer left me with the impression that it is a competent and well-executed implementation of the platform. It handled everything I threw at it, stayed cool, and ran quietly in the process even with its tiny on board fan. For a device that is currently available to purchase at a relatively accessible price point, that combination is noteworthy, especially in a market where MiSTer hardware is often difficult to find at all.