In UNIGINE's Heaven and Superposition benchmarks, the RTX 3060 achieved a slight performance boost of around 7-8% with automatic tuning enabled, whereas the margin rose to 12% when using MSI's overclocking utility. Shadow of the Tomb Raider (Highest, DX12) Red Dead Redemption 2 (Favor Quality, Vulkan) UNIGINE Superposition Benchmark (Extreme, DX11) GeForce Experience (Automatic Performance Tuning) Doing so allows the GPU to run at a much higher Boost Clock, even when you hit its maximum Temperature or Power limit. Instead of making any adjustments to the entire core clock offset, the scanning algorithm will increase the clock speeds of your GPU based on pre-defined voltage levels. Now, one of the major advantages of using Nvidia's Automatic Tuning program is its reliance on the GPU Boost 4.0 algorithm. At that point, the last known frequency will be applied as the maximum Boost Clock of your GPU, thereby tuning the overall profile. If the applied overclock is stable under load, the scanner continues to push the clock speeds even further until the GPU fails to maintain stability. Once the automatic tuning process has been initiated, Nvidia's built-in scanner starts to ramp up your GPU's core and memory clocks by a few points before stress-testing it for stability.
Similar to AMD's GPU Tuning program, the GeForce Experience Performance Tuning uses an advanced scanning algorithm to determine the most stable overclock settings for your specific GPU model. So how does Nvidia's Automatic Tuner perform when pitted against traditional overclocking utilities? How Does Nvidia's Automatic Performance Tuning Tool Work?
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