Create a spreadsheet. Using the BoardView, probe every inductor and every major IC pin. Record the diode drop (e.g., 0.450V on APU inductors). If you get a console with a short, compare your readings to your known-good map. The BoardView tells you where the pin is; your multimeter tells you if it is healthy.
: Houses the massive Project Scarlett SoC (15.3 billion transistors) and the high-speed GDDR6 memory array.
Right-click on that pad and select "Find connected traces" or "Netlist." The software will highlight the path back to the DrMOS controller. You can now check if the controller is receiving its enable voltage.
Unlike a standard PDF schematic, a boardview file (often viewed with tools like Paul Daniels' BoardView
: A primary hub for community members sharing new PCB scans and pinout diagrams. Critical Components to Map
Create a spreadsheet. Using the BoardView, probe every inductor and every major IC pin. Record the diode drop (e.g., 0.450V on APU inductors). If you get a console with a short, compare your readings to your known-good map. The BoardView tells you where the pin is; your multimeter tells you if it is healthy.
: Houses the massive Project Scarlett SoC (15.3 billion transistors) and the high-speed GDDR6 memory array.
Right-click on that pad and select "Find connected traces" or "Netlist." The software will highlight the path back to the DrMOS controller. You can now check if the controller is receiving its enable voltage.
Unlike a standard PDF schematic, a boardview file (often viewed with tools like Paul Daniels' BoardView
: A primary hub for community members sharing new PCB scans and pinout diagrams. Critical Components to Map
