- Dec 31, 2009
- 11,703 (3.98/day)
|System Name||Daily Driver|
|Processor||7900X 4.5GHz 10c/10t 1.15V.|
|Motherboard||ASUS Prime X299 Deluxe|
|Cooling||MCR320 + Kuplos Kryos NEXT CPU block|
|Memory||GSkill Trident Z 4x8 GB DDR4 3600 MHz CL16|
|Video Card(s)||EVGA GTX 1080 FTW3|
|Storage||512GB Patriot Hellfire, 512GB OCZ RD400, 640GB Caviar Black, 2TB Caviar Green|
|Display(s)||Yamakasi 27" 2560x1440 IPS|
|Power Supply||EVGA 750W Supernova G2|
|Benchmark Scores||Faster than most of you! Bet on it! :)|
End voltage is too ambiguous due to its dependency on the workload. I think everything posted to the chart should be static voltage settings required for stability. For me, 1.35v is the static voltage needed for a stable 4.7GHz, including AVX workloads. 1.325v on a 4.6GHz cache, although I don't have a cache voltage reading to see what that manual setting actually yields.
Give the actual load voltage on what is STABLE across all 'workloads'.