while my friends RX 580 will simply not go above 1360MHz with effectively the same Cooling, Voltage, Power(max), etc. said Quality can vary quite dramatically, especially with GPUs.Īs noted., my RX 480 will contently hit 1480MHz. because it will achieve this (sometimes) at 1150mV., all I'm doing is basically telling the GPU Drivers to tell the GPU is "Allow the Frequency to run up to 1480MHz" … but it'll still step in with IF Temperature > 95C (tMax) Then Throttle., or IF VoltageRequire > 1150mV (vMax) Then Throttle.Īt no point is the GPU actually operating beyond Specification, thus is not actually being Overclocked.Īll the Marketed / Packaging Frequencies provide is the GUARANTEED Base/Boost Operational Frequency for all Quality of Silicon. 1480MHz (which as a note, my Card can., and quite comfortably sits at most of the time). so what if I was to Overclock to something much higher? Say. Not because of how small the Overclock is., or that this is actually the Performance Mode for the Asus RX 480 but because I'm not changing the Voltage from it's stock 1150mVĪlright. Let's say for example that I was to "Overclock" (this isn't the right term for it, from a legal standpoint and I'll explain why in a moment) my RX 480 from it's "Stock" Boost of 1300MHz to 1320MHz OC … well would this count? Remember that Voiding the Warranty REQUIRES that you're forcing the Processor to Operate outside of it's Operational Specifications. but these do not contain any information on Voltage States be it Set or Achieved. Sure, the Flash Memory does keep a log of the P-State Tables. No, there is no way to either Physically or via Software determine if said Processor was Operating beyond it's established Parameters.
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