- last edited on by
ROGBot
Hi.
I've been experimenting with a BD-E chip (6850K) using the "The Broadwell-E Overclocking Guide" as my guide:
https://edgeup.asus.com/2016/broadwell-e-overclocking-guide/?_ga=2.191108130.961799817.1557151925-47...
All running under a custom EK loop, two radiators.
I am pretty happy with the results so far. Running Adaptive CPU overclock with 1.34 Max. x45 on "favourite" core, x44 on the rest. Cache to x39.
I have a questions ...
Noting the section "CPU frequency expectations" where 20% of CPU's can hit 4.4GHz @ 1.38V.
Is 1.38V considered "OK" when using a custom w/c loop?
CPU-Z and AIDA64 results so far.
https://valid.x86.fr/w78e41
I've been experimenting with a BD-E chip (6850K) using the "The Broadwell-E Overclocking Guide" as my guide:
https://edgeup.asus.com/2016/broadwell-e-overclocking-guide/?_ga=2.191108130.961799817.1557151925-47...
All running under a custom EK loop, two radiators.
I am pretty happy with the results so far. Running Adaptive CPU overclock with 1.34 Max. x45 on "favourite" core, x44 on the rest. Cache to x39.
I have a questions ...
Noting the section "CPU frequency expectations" where 20% of CPU's can hit 4.4GHz @ 1.38V.
Is 1.38V considered "OK" when using a custom w/c loop?
CPU-Z and AIDA64 results so far.
https://valid.x86.fr/w78e41
You could stay on under 1.4V with good cooling.
But on long term I would drop to 4.2GHz and 1.250V on your place.
Or stay at least within 1.300V and max 1.200V on Cache.
I mean for longer period.
But on long term I would drop to 4.2GHz and 1.250V on your place.
Or stay at least within 1.300V and max 1.200V on Cache.
I mean for longer period.
Thanks both, under 1.4 and my cooling is working, results below.
Voltages
Temps
Pretty sure VCCSA & VCCIO are less than 1.2v, i'll monitor later.
Voltages
Temps
Pretty sure VCCSA & VCCIO are less than 1.2v, i'll monitor later.
Bit more monitoring, VCCSA & VCCIO are less than 1.2v.
VCCSA Max: 0.9283
VCCIO Max: 1.019
VCCSA Max: 0.9283
VCCIO Max: 1.019
