Normal
Almost correct but not quite, the 2-pin tot 4-pin cable from the motherboard to the HDPlex needs to be moved. On the HDPlex it's the connector on the center left.You don't need to cut the 12V lines.You can't jumper the 24-Pin, that would cause the HDPlex to always be on and with it the GPU would always have 12V applied, this messes up the boot sequence.Getting rid of the ADD2PSU is possible but you will have to solder your own jumper.Something like this:So instead of just 1 wire you have a MOSFET between it and use the sata connector to apply 5V on the GATE. this turns on the MOSFET which jumpers the PS_ON and GND and the HDPlex starts. This has always worked for me. Do not use the 12V, in my experience it is slower to rise and can cause the system to not wake from sleep, at least that is what happened to my system. the 5V line is quicker to rise.
Almost correct but not quite, the 2-pin tot 4-pin cable from the motherboard to the HDPlex needs to be moved. On the HDPlex it's the connector on the center left.
You don't need to cut the 12V lines.
You can't jumper the 24-Pin, that would cause the HDPlex to always be on and with it the GPU would always have 12V applied, this messes up the boot sequence.
Getting rid of the ADD2PSU is possible but you will have to solder your own jumper.
Something like this:
So instead of just 1 wire you have a MOSFET between it and use the sata connector to apply 5V on the GATE. this turns on the MOSFET which jumpers the PS_ON and GND and the HDPlex starts. This has always worked for me. Do not use the 12V, in my experience it is slower to rise and can cause the system to not wake from sleep, at least that is what happened to my system. the 5V line is quicker to rise.
