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🤔 Why does a PID controller need all 3 gains? Build a PID controller from scratch in MATLAB & Simulink and see what happens as each term is added: → P: faster response → I: eliminates steady-state error → D: improves speed & robustness Watch:

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This guy has either never used a MiSTer FPGA, or he's deliberately spreading misinformation. The video he linked, complete with timestamp, does not show the core crashing at all. Instead, it shows the credits screen listing those involved in the development of the project. From what I can see, this appears to be the core credits screen that was likely mapped to a controller button and triggered accidentally (I've done it myself). I've attached the video in question. Have a look and let me know if you think I'm missing something, but based on what I can see, this doesn't look like a crash whatsoever. Link to the tweet in question:
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This guy has either never used a MiSTer FPGA, or he's deliberately spreading misinformation. The video he linked, complete with timestamp, does not show the core crashing at all. Instead, it shows the credits screen listing those involved in the development of the project. From what I can see, this appears to be the core credits screen that was likely mapped to a controller button and triggered accidentally (I've done it myself). I've attached the video in question. Have a look and let me know if you think I'm missing something, but based on what I can see, this doesn't look like a crash whatsoever. Link to the tweet in question:

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