I'll go try this.,, those are the repos for the open source tools mentioned. Just because an OC passes benchmarks/testing doesn't neccessarily mean it will work okay in games.Īlright. Like Zuhl said, it's 'safe' to increase the Clockspeed, but you'll get to a point when freezing, artifacting, TDR's or other problems occur.Then, increasing the voltage may help as long as you agree to the warning about applying overvoltage at your own risk. Setting 'Prefer maximum performance' in the NVIDIA Control Panel will not allow your card to drop down below it's Base Clockspeed when running 3D applications (games), and will do nothing to make your card boost higher.KBoost will keep your card running at it's boost clockspeed (whatever it is, or whatever you have it OC'd to) all the time. Your card boosts (and throttles) in 13MHz increments.When you add (or subtract) GPU Clock Offset, it needs to be done in increments/multiples of 13MHz (13, 26, 39, 52, 65, and so on).The next boost bin won't become effective until a 13MHz increment is added (or subtracted).If your card's Boost Clockspeed is, say, 1150MHz and you add 12MHz to the GPU Clock Offset, it will remain at 1150MHz because you didn't hit the 13MHz boost bin.But if you add 13MHz to the GPU Clock Offset, it will hit and clock to 1163MHz.If you add 38MHz to the GPU Clock Offset, it will clock to 1176MHz (1150 + 26) because the 26MHz boost bin has been reached and is effective but not the next 13MHz boost bin after 26MHz (which is 39MHz) which would clock to 1189MHz.See how it rolls?ĭifferent monitoring software will also read the clockspeed slightly differently, depending on the actual 1/10MHz clockspeed.A clockspeed of 1018.7 (in GPU-Z) may be read by PrecisionX as rounded to 1019.Some round up, some round down.GPU-Z (or GPU Shark) is good to have. Just because an OC passes benchmarks/testing doesn't neccessarily mean it will work okay in games. Your card boosts (and throttles) in 13MHz increments.When you add (or subtract) GPU Clock Offset, it needs to be done in increments/multiples of 13MHz (13, 26, 39, 52, 65, and so on).The next boost bin won't become effective until a 13MHz increment is added (or subtracted).If your card's Boost Clockspeed is, say, 1150MHz and you add 12MHz to the GPU Clock Offset, it will remain at 1150MHz because you didn't hit the 13MHz boost bin.But if you add 13MHz to the GPU Clock Offset, it will hit and clock to 1163MHz.If you add 38MHz to the GPU Clock Offset, it will clock to 1176MHz (1150 + 26) because the 26MHz boost bin has been reached and is effective but not the next 13MHz boost bin after 26MHz (which is 39MHz) which would clock to 1189MHz.See how it rolls? Different monitoring software will also read the clockspeed slightly differently, depending on the actual 1/10MHz clockspeed.A clockspeed of 1018.7 (in GPU-Z) may be read by PrecisionX as rounded to 1019.Some round up, some round down.GPU-Z (or GPU Shark) is good to have.
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