![]() ![]() ![]() Undervolting takes advantage of that.įirst, you will need to be running Windows and the latest version (non-beta) of MSI's Afterburner for this method. These newer cards are incredible in how they automatically balance the many factors involved to produce the boost clock. I am only looking to reduce the power consumption in this post however, not boost my clocks. At a lower power, there is less heat and the automated boost clock can hit higher frequencies (without the constant fluctuations normally seen). Better? How? Because of the thermal limitations mostly. Typically, your card is likely able to perform just the same, maybe even better, at a lower amount of power than the TDP. But the cards are all programmed to run the same, because it would be an enormous task to produce them in mass quantities otherwise. Many are far better than the baseline/close-to-failure cards. Not all GPUs of the same model are created equal. PLEASE contribute your knowledge in the comments, especially for Linux. This is merely intended to open the door for conversation here in the DC forum, as the other forums are less polite than we are. I do apologize, this particular technique is for Windows/MSI afterburner. I presume this will work similarly for most recent Nvidia cards, not just the 1070. Ok, so I am a noob at this, but the DC 24/7 community needs to try this for sure. Hence, less noise was produced and the coil-whine issue we had was also gone.What if you could get the same/better performance, at a much reduced wattage? With this UV setting, a lower manual fan setting can be used and even in GPU-heavy tasks such as gaming & content creation, none of the temperatures go above 85 degrees Celcius. Even though our GPU which is an RTX 3070 Ti is quite efficient and runs cool, the coil whine issue is annoying. This is a decent result and clearly shows the benefits of undervolting a graphics card. The GPU Hotspot temps went down by 5.1 degrees Celcius, and before it was nearing 90 degrees C. Step 5: Check Temperature After Undervolting GPUĪs you can see below, we observed a drop of 4.1 degrees Celcius in our GPU core temps. In the next section, we will show you the benchmarking results of our graphics card, to measure how much we lowered the power consumption and temperature of the GPU. Note: When you have your final undervolt setting, remember to save it as we had shown at the end of Step 3.Īnd voila! You have finished the process of undervolting your GPU. ![]() You now have your current voltage settings for the maximum GPU frequency your card runs at.įinal UV Setting, Slightly Increased Core Clocks – 1950MHz 975mV Now, note down the values under the “ Maximum” column. Once it has been completed, go to HWiNFO, and scroll down to find the GPU Core Voltage and GPU Clock. Next, open 3DMark and run the Time Spy benchmark. Select Sensors-only while launching it and then click Start. 3DMark Basic Edition for stress-testing the GPU and ensuring stabilityĪ Step-by-Step Guide to Undervolt Your GPU Step 1: Get Your GPU’s Current Voltage Settingsįirst, launch HWiNFO.HWiNFO for monitoring the voltage, temperatures, etc.MSI Afterburner for the undervolting process.Download and install the following programs on your Windows system:.Ensure that you have correctly installed the graphics card go through our guide on how to install the GPU in your PC.Things To Do Before Undervolting Your GPU Step 5: Check Temperature After Undervolting GPU.Step 4: Benchmark GPU and Adjust Undervoltage.Step 3: Adjust the GPU Voltage in MSI Afterburner.Step 2: Open the Curve Editor in MSI Afterburner.Step 1: Get Your GPU’s Current Voltage Settings.A Step-by-Step Guide to Undervolt Your GPU.Things To Do Before Undervolting Your GPU. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |