Spartacus09
[H]ard|Gawd
- Joined
- Apr 21, 2018
- Messages
- 1,917
Per my initial test delidding with my 2600k the next plan is to shuck the three 3770s and test the difference it makes.
Test equipment:
HP Elite 8300 SFF - Win 10 - 8Gb ram - 128Gb SSD
I will be inserting each CPU, installing the default cooler with generic dynex thermal paste, and testing/recording temps.
I'll repeat the same testing process after delidding.
3 different tests will be done using realtemp for temp measurement:
I went ahead and got a jump on this and started Monday, so I've established all the baselines below (all temps in Celsius).
The first delidded CPU has cured for almost 48 hours I'll be installing and testing it tonight after I delid and prep the last CPU.
One thing I did note, the TIM under CPU 2 & 3 was extremely dried (might explain the higher temps overall), I'll record a video of the procedure with the 3rd CPU shortly.
Test equipment:
HP Elite 8300 SFF - Win 10 - 8Gb ram - 128Gb SSD
I will be inserting each CPU, installing the default cooler with generic dynex thermal paste, and testing/recording temps.
I'll repeat the same testing process after delidding.
3 different tests will be done using realtemp for temp measurement:
- Idle (10 minutes with no load of the lowest temp of each core)
- Full load using Intel burn test with fan locked on 100% (5 runs on very high, highest temp of each core)
- Full load using Intel burn test with the fan on auto (5 runs on very high, highest temp of each core)
I went ahead and got a jump on this and started Monday, so I've established all the baselines below (all temps in Celsius).
The first delidded CPU has cured for almost 48 hours I'll be installing and testing it tonight after I delid and prep the last CPU.
One thing I did note, the TIM under CPU 2 & 3 was extremely dried (might explain the higher temps overall), I'll record a video of the procedure with the 3rd CPU shortly.
