Msi software for temperature
![msi software for temperature msi software for temperature](https://www.cputemper.com/wp-content/uploads/sites/2/2018/12/MSI-Afterburner.jpg)
How much of a difference can the above make? I've found that a lot of RTX 20-series cards tend to get quite toasty, especially the 20 Ti models. On some GPUs you might see higher fan speeds, others you might get lower clockspeeds (throttling)-or you might get a combination of both. The difficulty is that what happens when you exceed the target temperature isn't always clear.
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AMD's Radeon Settings and EVGA's Precision X1 both allow you to set a target temperature.
![msi software for temperature msi software for temperature](https://www.maketecheasier.com/assets/uploads/2021/12/check-cpu-temperature-msi-afterburner-2.jpg)
There's an alternative to adjusting the fan curve, which some might prefer. Still, you should see lower boost clocks and can tweak as necessary. Note that because of the way modern GPUs work (eg, with a base clock and turbo clocks), a 50MHz change in setting won't always result in a 50MHz drop. Dropping 50-100MHz can help if you're willing to sacrifice a bit of performance. After you get a baseline voltage, you can test in other applications.įor clockspeed, the idea is the same. I'd start with a 50mv (0.05V) drop while looping a windowed benchmark like Heaven or 3DMark, and if everything is stable try decreasing voltage in 0.025V increments until you crash or reach the limit. There is no guarantee that your particular GPU and graphics card will handle a large voltage drop, and even if some games are stable, others might crash. Like this, for example:Īs with overclocking, you should test stability after any changes, with multiple games and applications. In Afterburner, press Ctrl+F and flatten out everything past the maximum voltage you want the GPU to use. Instead, you have to go through the somewhat tedious process of tweaking the voltage/frequency curve. Newer Nvidia cards (RTX series) don't generally allow undervolting in the traditional sense, however. AMD's Vega cards are particularly good candidates for undervolting in my experience. After that, most GPUs can be safely tweaked up or down about 0.1V, maybe 0.2V, but if you're trying to reduce noise and temperatures, undervolting is the way to go. With Afterburner, you'll need to check the option to unlock voltage adjustments and restart the utility.
![msi software for temperature msi software for temperature](https://www.informatique-mania.com/wp-content/uploads/2021/04/msi-afterburner-sitio-web-780x470.jpg)
However, power use increases linearly with clockspeed, but with the square of the voltage, so a 10 percent drop in voltage will be much more beneficial than a 10 percent drop in clockspeed. Voltage and clockspeed both determine power use and how much heat needs to be dissipated. Thankfully, it's possible to customize your card so that it runs the way you prefer, rather than what the manufacturer thinks is best. Graphics card manufacturers do their best to deliver an 'ideal' experience, but there's no single solution that will please everyone-some people prefer silence, others efficiency, and others performance. To keep those temperatures down, the fan speed can be cranked up, but some graphics cards can get very loud if the fans run at higher RPMs. Clock a GPU faster and performance will improve, but temperatures will also increase. The problem is that graphics cards need to strike a balance between performance, temperature, and noise. Those worked fine when they were new, but six months or a year later? Not so much. Anecdotally, I've had a few graphics cards that allowed the GPU to hit 90C or more. Let's start with the first part: is 80C really too hot for a GPU? According to manufacturer specs from AMD and Nvidia, the answer is generally no-in the past, we've seen GPUs even rated to run as hot as 92C.