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In this video, I share my first deep dive into the MiSTeX ecosystem and document my current progress (and roadblocks) while bringing up a custom-assembled MiSTeX motherboard using an Artix-7 QMTech FPGA board and Orange Pi. 🔧 This is a hands-on, real-world debugging session: Custom MiSTeX motherboard assembly (microscope-checked, continuity tested) RP2040 firmware flashing and bring-up Orange Pi Linux boot verification JTAG bitstream loading into Artix-7 LEDs reacting, cores loading… but no HDMI or VGA output (yet) 💡 I walk through: What works so far and what clearly does not Power, jumpers, buttons, and cabling confusion HDMI quirks with different monitors Where I think the MiSTeX flow is breaking Open questions about MiSTeX, MiSTer compatibility, and video bring-up This is very much a learning-in-public moment. My background is heavily focused on Amiga / Minimig FPGA development, and MiSTeX is new territory for me. If you are experienced with MiSTeX, MiSTer, FPGA bring-up, or Artix-7 boards, your input in the comments would be hugely appreciated. 🚀 Long term, the goal is to: Understand MiSTeX deeply enough to contribute Explore multi-FPGA, swappable FPGA platforms Apply what I learn back into Minimig and future open hardware designs If this interests you, stay tuned—more videos are coming, including RTG progress, HDMI scaling, USB integration, and future board ideas. 👍 Like, comment, and subscribe if you enjoy real FPGA engineering, open hardware, and retro computing projects.