I think I found the source of the liquid @[email protected]. The thermal pad under the VRM heatsink has begun to liquefy into oily substance. This substance appears to have gone to the underside of the board through the vias around the VRM and discolored itself.
Some rubbing with isopropyl alcohol and it’s almost gone:
Perhaps there’s still life left in this board if used with an older chip.
Asrock has done me well for budget builds, asus is what I happened to upgrade to for midrange. Honestly being dramatic, just haven’t cared for GB historically.
I think I found the source of the liquid @[email protected]. The thermal pad under the VRM heatsink has begun to liquefy into oily substance. This substance appears to have gone to the underside of the board through the vias around the VRM and discolored itself.
Some rubbing with isopropyl alcohol and it’s almost gone:
Perhaps there’s still life left in this board if used with an older chip.
I think almost all thermal pads do this. Even my gpu with aftermarket thermal pads has these oil spots.
Discovered exactly the same thing when I replaced my dead Gigabyte Z370 recently! Also took me a while to figure it out.
Both those chipsets were released in 2017 so I guess it’s no surprise they were made with the same thermal pads.
I know it’s completely irrelevant here, but what keyboard is that in the background? The keycaps look really nice.
Signature Plastics G20
They feel a bit like a mix between DSA and laptop keycaps.
Sounds pretty nice. Hope it’s as enjoyable as it looks.
It is. I just wish it wasn’t this expensive. Will have to live with it for a while. 😅
Good detective work! Adding liquefying thermal pads as a reason to avoid Gigabyte.
Why? I mean Gigabyte sucks balls but this stuff happens with thermal pads everywhere and it’s not hurting anything.
What do you buy?
Asrock has done me well for budget builds, asus is what I happened to upgrade to for midrange. Honestly being dramatic, just haven’t cared for GB historically.