Introducing ao486-sim 🚀 - `make sim` and watch the ao486 Verilog CPU booting DOS 6.22. A good tool for learning CPU design and how PCs work in general. Github: https://t.co/LZfhkdb918
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Introducing ao486-sim 🚀 - `make sim` and watch the ao486 Verilog CPU booting DOS 6.22. A good tool for learning CPU design and how PCs work in general. Github: https://t.co/LZfhkdb918
x.comnand2mario6.9K viewsJul 19, 2025
Bro, in 2021 I’m reading Liebig’s Logischer Entwurf digitaler Systeme. One page later, a one cycle multiplier. Next thing I know, I’m coding it in Verilog.
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Bro, in 2021 I’m reading Liebig’s Logischer Entwurf digitaler Systeme. One page later, a one cycle multiplier. Next thing I know, I’m coding it in Verilog.
x.comSilicon Proven Destroyer11.6K views4 months ago
One interesting aspect of how AI produces code (or produces hardware) is that it does not need the abstraction barriers required by humans or organizations. A famous (or infamous) example is the ISA which split the world into software (Microsoft) and hardware (Intel). Now we are in a position to radically rethink the hardware/software boundary, and to some extent erase the difference between hardware and software. When an AI is given a specification of some computation it can now use carefully c
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One interesting aspect of how AI produces code (or produces hardware) is that it does not need the abstraction barriers required by humans or organizations. A famous (or infamous) example is the ISA which split the world into software (Microsoft) and hardware (Intel). Now we are in a position to radically rethink the hardware/software boundary, and to some extent erase the difference between hardware and software. When an AI is given a specification of some computation it can now use carefully c
x.comSatnam Singh6.5K views1 month ago
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