- Joined
- Aug 9, 2019
- Messages
- 1,521 (0.88/day)
Processor | Ryzen 5600X@4.85 CO |
---|---|
Motherboard | Gigabyte B550m S2H |
Cooling | BeQuiet Dark Rock Slim |
Memory | Patriot Viper 4400cl19 2x8@4000cl16 tight subs |
Video Card(s) | Asus 3060ti TUF OC |
Storage | WD blue 1TB nvme |
Display(s) | Lenovo G24-10 144Hz |
Case | Corsair D4000 Airflow |
Power Supply | EVGA GQ 650W |
Software | Windows 10 home 64 |
Benchmark Scores | CB20 4710@4.7GHz Aida64 50.4ns 4.8GHz+4000cl15 tuned ram SOTTR 1080p low 263fps avg CPU game |
Hi, wanted to share my experience with UV my Palit 3060ti dual OC via Afterburner using Superosition benchmark at 1080p extreme and SOTTR@1080p highest with DX12 and TAA. I used the curve editor and powerlimiter. I updated the scores with the max 105% powerlimit and tested a bit more. The stated clockspeed is what I set it to in afterburner, BUT since the card has a stock OC of 30MHz I get real life frequency of 30MHz all the time in all games and Superposition.
Stock
6877 - 206W max - 80C max - fan@50%
-80% powerlimit (voltage stuck around 850mv, frequency around 1665MHz))
6504 - 165W max - 69C max - fan@50%
-1575MHz@700mv (useless as memoryclock gets stuck at 10GHz)
5562 - 119W max - 58C max - fan@30%
-1620@731mv (lowest voltage which allows for 14GHz dram clock)
6041 - 128W max - 65C max - fan@40%
-1665@750mv 105% powerlimit
6349 - 137W max - 67C max - fan@44%
-1800@806mv 105% powerlimit
6748 - 158W max - 65C max - fan@41%
-1905@881mv 105% powerlimit 16GHz dram
7316 - 208W max - 76C max - fan@70%
Anything above 881mv results in powerthrottling and barely gives better scores, but temp and noise increases. Undervolting by curve editor in MSI Afterburner is superior to powerlimit. Even with powerlimit voltage is 100mv above what you can do with curve editor.
In SOTTR results were a bit different:
-Stock@950-1081mv
152fps gpurender - 204W max - 75C max - fan@67%=40dB
-1650@743mv
134fps gpurender - 120W max - 63C max - fan@37%=33dB
-1785@806mv
144fps gpurender - 145W max - 66C max - fan@41%=34dB
-1920@881mv
156fps gpurender - 184W max - 71C max - fan@56%=37dB
For low temp\noise\consumption 1665@750mv gives over 90% of performance for 40% lower consumption in Superposition and is inaudible and seems like the best setting for this as dram clock is kept at max, going down to 725mv dropped memclock by 4000MHz which plummets performance. 1800@850mv gives stock performance at 10% lower consumption, 3C lower temp and a bit less noise.
In SOTTR 1650@743mv gives you 88% of stock performance@ 7dB lower noise and 41% lower consumption. The OC-profile of 1920@881mv gives 3% more performance at 10% lower power consumption.
Stock
6877 - 206W max - 80C max - fan@50%
-80% powerlimit (voltage stuck around 850mv, frequency around 1665MHz))
6504 - 165W max - 69C max - fan@50%
-1575MHz@700mv (useless as memoryclock gets stuck at 10GHz)
5562 - 119W max - 58C max - fan@30%
-1620@731mv (lowest voltage which allows for 14GHz dram clock)
6041 - 128W max - 65C max - fan@40%
-1665@750mv 105% powerlimit
6349 - 137W max - 67C max - fan@44%
-1800@806mv 105% powerlimit
6748 - 158W max - 65C max - fan@41%
-1905@881mv 105% powerlimit 16GHz dram
7316 - 208W max - 76C max - fan@70%
Anything above 881mv results in powerthrottling and barely gives better scores, but temp and noise increases. Undervolting by curve editor in MSI Afterburner is superior to powerlimit. Even with powerlimit voltage is 100mv above what you can do with curve editor.
In SOTTR results were a bit different:
-Stock@950-1081mv
152fps gpurender - 204W max - 75C max - fan@67%=40dB
-1650@743mv
134fps gpurender - 120W max - 63C max - fan@37%=33dB
-1785@806mv
144fps gpurender - 145W max - 66C max - fan@41%=34dB
-1920@881mv
156fps gpurender - 184W max - 71C max - fan@56%=37dB
For low temp\noise\consumption 1665@750mv gives over 90% of performance for 40% lower consumption in Superposition and is inaudible and seems like the best setting for this as dram clock is kept at max, going down to 725mv dropped memclock by 4000MHz which plummets performance. 1800@850mv gives stock performance at 10% lower consumption, 3C lower temp and a bit less noise.
In SOTTR 1650@743mv gives you 88% of stock performance@ 7dB lower noise and 41% lower consumption. The OC-profile of 1920@881mv gives 3% more performance at 10% lower power consumption.
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