So it turns out that the 0.25mm material is performing very, very similarly. Makes sense I guess provided it’s the same material with only 0.05mm difference. Here are some numbers:
Can boost up to 60W
Cinebench R23
- Single-core: ~1,528
- Multi-core: ~5,562, got a max of 5,624. Can probably get ~5,700 like the 0.2mm material on a good run.
3DMark Time Spy Demo:
- Overall: 1,679
- Graphics score: 1,506
- CPU score: 4,825
Idle temps: pretty much the same at around 39-41C in ambient temp/AC set to 72F.
AIDA64 CPU stress 10 minutes: leveled out at ~72C
AIDA64 CPU+FPU stress 10 minutes: leveled out at ~80C
stress-ng 2 minutes: ~77C
Geekbench:
- Single-core: 1,678
- Multi-core: 5,422
So yeah, from the numbers, I don’t think it matters much between the 0.2mm and 0.25mm. I’m personally going to just keep the 0.25mm in my system since that was my last application.
I think some extra takeaways from all this are:
- The results have been very consistent across applications
- Thermal performance is excellent (anecdotally)