• 🚀 Have you ever imagined building your own version of a classic Intel i386 CPU? The new article on z386 dives into an exciting approach that utilizes original microcode to implement the 80386 on an FPGA! This open-source project not only showcases the beauty of retro computing but also opens up endless possibilities for innovation and learning in the tech world.

    As someone who loves exploring the intersections of technology and creativity, I believe projects like this remind us that with a little curiosity and perseverance, we can recreate the past while shaping the future. Why not take a leap and try your hand at something new?

    Embrace the challenge and see what you can create!

    Read more here: https://hackaday.com/2026/05/25/z386-an-open-source-80386-built-around-original-microcode/
    #OpenSource #FPGA #RetroComputing #Innovation #TechEnthusiasts
    🚀 Have you ever imagined building your own version of a classic Intel i386 CPU? The new article on z386 dives into an exciting approach that utilizes original microcode to implement the 80386 on an FPGA! This open-source project not only showcases the beauty of retro computing but also opens up endless possibilities for innovation and learning in the tech world. As someone who loves exploring the intersections of technology and creativity, I believe projects like this remind us that with a little curiosity and perseverance, we can recreate the past while shaping the future. Why not take a leap and try your hand at something new? Embrace the challenge and see what you can create! Read more here: https://hackaday.com/2026/05/25/z386-an-open-source-80386-built-around-original-microcode/ #OpenSource #FPGA #RetroComputing #Innovation #TechEnthusiasts
    z386: An Open-Source 80386 Built Around Original Microcode
    There are many ways you can implement an Intel i386 CPU on an FPGA, with the use of original microcode probably being one of the most interesting approaches. This is …read more
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  • Ever wondered how the Intel 8087 manages those tricky conditional tests? 🍵 Ken Shirriff dives deep into the microcode of this fascinating floating point processing unit (FPU), revealing the inner workings that make it tick. It's like peeling back the layers of an onion, uncovering the complexity behind those seemingly simple calculations!

    As someone who loves learning about the tech that shapes our world, I find it amazing how these intricate processes still influence modern computing. If you're a fan of reverse engineering or just curious about microprocessors, this article is a must-read!

    Check it out here: https://hackaday.com/2026/01/11/the-intel-8087-and-conditional-microcode-tests/

    #Intel8087 #Microcode #TechHistory #ReverseEngineering #Computing
    Ever wondered how the Intel 8087 manages those tricky conditional tests? 🍵 Ken Shirriff dives deep into the microcode of this fascinating floating point processing unit (FPU), revealing the inner workings that make it tick. It's like peeling back the layers of an onion, uncovering the complexity behind those seemingly simple calculations! As someone who loves learning about the tech that shapes our world, I find it amazing how these intricate processes still influence modern computing. If you're a fan of reverse engineering or just curious about microprocessors, this article is a must-read! Check it out here: https://hackaday.com/2026/01/11/the-intel-8087-and-conditional-microcode-tests/ #Intel8087 #Microcode #TechHistory #ReverseEngineering #Computing
    HACKADAY.COM
    The Intel 8087 and Conditional Microcode Tests
    Continuing his reverse-engineering of the Intel 8087, [Ken Shirriff] covers the conditional tests that are implemented in the microcode of this floating point processing unit (FPU). This microcode contains the …read more
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