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We are at an interesting point in computer history IMO. Microcontrollers are getting fast enough to keep up with most things happening inside the first (or firs
by qiqitori 3y ago
We are at an interesting point in computer history IMO. Microcontrollers are getting fast enough to keep up with most things happening inside the first (or first few) generations of personal computers. Before, you had to use FPGAs. Now, people use the Pico to create things like digital RGB upscalers or N64 cartridges. The Raspberry Pi Pico is fast enough (or almost fast enough) to keep up with most timing transitions of the 4116 and/or 4164, and I was able to create a Raspberry Pi Pico-based RAM tester that tests 4116 or 4164 RAM chips _live_ as they are being driven by an MSX. If you're interested, take a look at my blog entry here: https://blog.qiqitori.com/2023/08/testing-4164-4116-dram-ics-in-circuit-live-with-a-raspberry-pi-pico-without-removing-them-wip/ https://blog.qiqitori.com/2023/08/testing-4164-4116-dram-ics...
- tysam_and 3y agoI guess this is a bit outside of microcontrollers, but it is nice to see currents going towards things like FPGAs too, for example. GPUs are great but for my usecase they also can be a bit limiting, because I'd like to do high throughput bitmagic on numbers, which starts to get difficult past a certain point. And certain bit depths like 5, 3, and under get weird too. All that said, definitely agree that much more powerful microcontrollers is extremely nice, less fiddling with weird fiddly quirks, more devvy magic. <3 :'))))