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Submission Details

6116.05 MHz with
FX-8350 @ 6116.05 MHz
application.subtest.cpuz.multiplier - 30.5
application.subtest.cpuz.bclk - 200.53
application.subtest.cpuz.fsbqpi - 2606.84
Apprentice Submitted

Images

Hardware Details

Processor

Model
FX-8350 Vishera
Cooling
Dry Ice
Temperature
Load -13 °C Idle -53 °C Ambient 24 °C
Cores
6,116.05 MHz  (52%) REF 200.00 MHz / QPI 2,600.00 MHz

Motherboard

Cooling
Air (Stock)
Chipset
990FX

Comments

Nick Peyton commented on own score:
2nd ever Extreme Cooling Run (Dry Ice) Completed cinebench at speed above on single-core, but couldn't complete multi-core. As you can see from my screenshot; during the run the temp would always jump from -53 to about -13 (when it would crash). Is this normal; or a bad mount? I was measuring socket temps from hwinfo64. Thanks!
ACD
ACD

Properly applied TIM?

Nick Peyton
Nick Peyton

Yes, definitely. I used Thermal Grizzly Kryonaut. I spread it all over evenly (then added a "tiny" extra blob in the middle) too; for good measure.

Nick Peyton
Nick Peyton

I included a picture of how it looked after I removed it (at the end of the run).

How does that look to you guys?

I.nfraR.ed
I.nfraR.ed

TIM layer looks very thick. Next time you might want to try what I do: pre-heat the pot with a hot air gun or even a hairdryer and apply the paste on the pot, rather than on the cpu. Mount it, but twist a little before tightening the bolts.

I know Roman shows how "easy" it is to spread the Kryonaut with the supplied applicator, but in reality my Kryonaut looks much thicker and harder to spread compared to his video. It falls apart and the pieces stick to the applicator, rather than the IHS, so pre-heating the surface and the syringe helps to make it a little more liquid than it is. I'd say I'm rather disappointed by Kryonaut.