tl;dr Can you possibly flip a PSU cable around and plug the 6+2 PCI-E end into the PSU and the 8 pin into the GPU?
I have an EVGA 1300W G2 PSU and want to sleeve the cables. However, there is a capacitor on the end of the cable towards the 6+2 pin end and it is only covered by a large amount of heat shrink. Obviously this will not look good to try and hide the capacitor. I also want to cut the length of the wires down. I emailed EVGA and asked how important the capacitor is to the PSU and they said theoretically it should be fine, but the regulatory power of the PSU would be hindered, but they are not sure if it would actually mess anything up. So my first solution would be to flip the cable around so I can hide the capacitor next to the PSU where it won't be seen in the base of my corsair 900D and I can sleeve everything so that just nice sleeved wires are being shown. The second option is to just cut the wire before the capacitor the 6+2 pin end and run the cables into an 8 pin, which I got the same response from EVGA that it could work, but it may or may not cause issues.
What is your guys thoughts or do you have any other solutions? Thanks
I have an EVGA 1300W G2 PSU and want to sleeve the cables. However, there is a capacitor on the end of the cable towards the 6+2 pin end and it is only covered by a large amount of heat shrink. Obviously this will not look good to try and hide the capacitor. I also want to cut the length of the wires down. I emailed EVGA and asked how important the capacitor is to the PSU and they said theoretically it should be fine, but the regulatory power of the PSU would be hindered, but they are not sure if it would actually mess anything up. So my first solution would be to flip the cable around so I can hide the capacitor next to the PSU where it won't be seen in the base of my corsair 900D and I can sleeve everything so that just nice sleeved wires are being shown. The second option is to just cut the wire before the capacitor the 6+2 pin end and run the cables into an 8 pin, which I got the same response from EVGA that it could work, but it may or may not cause issues.
What is your guys thoughts or do you have any other solutions? Thanks