Can We Save This Contaminated PS3 (Blind Silicon Testing & Frankenstein Mod)

A RadPaw Repair viewer shipped their rare, backwards-compatible COK-001 board from CECHA01 PlayStation 3 to our Edmonton workbench for a "Full-Option" preservation build. A previous repair shop had already attempt a repair on this hardware, leaving sticky brown flux flooded under every single BGA chip on the motherboard. Before we could even start the Frankenstein mod, we had to perform an intense cleaning - which still didn't remove all of the old flux. To make things more challenging, our donor console wouldn't turn on to verify the replacement RSX chip. In this episode, I demonstrate a critical bench diagnostic technique: using a multimeter to measure direct resistance on the RSX solder balls to evaluate the health of the silicon before it ever touches hot air. Watch the full engineering documentary as we battle boiling flux residues on our Honton BGA station, execute a nerve-wracking Cell BE delid surgery, stack low-ESR tantalum capacitor arrays, and complete our hardware voltage regulation mod. The board boots into life and validates our blind resistance logic—but we are still missing the critical C6820 capacitor to secure flawless PS2 hardware emulation. 📦 EDMONTON MAIL-IN INTAKE WAITLIST: Need advanced BGA rework, micro-soldering diagnostics, or a professional Frankenstein mod handled at our Edmonton workshop? Secure your spot on our early intake queue: 📧 Contact & Inquiries: [email protected] 💾 FREE HARDWARE & SOFTWARE RESOURCES: Join our growing community of tech enthusiasts, hardware developers, and retro-engineers on Discord to chat about thermal profiling, NostaDiag parameters, and custom tool builds: 🔗 Join the Tech Discord:   / discord   RSX Resistance: https://docs.google.com/spreadsheets/... #PS3Frankenstein #RetroRepair #MicroSoldering #NostaDiag #BGARework #PlayStation3 #ElectronicsEngineering #TechRestoration #RadPawRepair