![msi software for temperature msi software for temperature](https://seehowitisdone.com/wp-content/uploads/2021/07/1626369205_225_MSI-Afterburner-Doesnt-Show-CPU-Temperature-Solution.jpg)
To enable this, select the checkbox next to “Framerate,” and then select the checkbox next to “Show in On-Screen Display.” One of the most common properties people want to display is the frame rate to make sure their machine is hitting that all-important golden zone of 60 frames per second. We recommend you use the default for each, which displays it as text, rather than a graph, but play around with it.Īfter you choose a property to show up in the on-screen display (OSD), you’ll see “In OSD” under the “Properties” tab to the right of each name. Under “GPU Usage Graph Properties” select the “Show In On-Screen Display” checkbox. To enable any of these, simply highlight those you want. Luckily, none of these options appear on-screen by default. First, let’s take a look at the massive list under “Active Hardware Monitoring Graphs.” Including all this info on-screen is unrealistic if you actually want to see your game. Next, click the “Monitoring” tab this is where you decide which stats you want to see in-game. In the window that appears, click “On-Screen Display.” In the “Global On-Screen Display Hotkeys” section, you can set these to whatever you want or leave the defaults. Open Afterburner, and then click the Settings cog. In the system tray, you’ll then see two icons: a jet (Afterburner) and a computer monitor with a “60” on it (RivaTuner Statistics Server). Instead, minimize them and they’ll disappear from the taskbar.
Msi software for temperature windows#
Maybe MSI has a software that provides a better temperature management (and fan noise reduction) but in this test, no software has been used.Before we get all those delicious stats up on your screen, just one caveat: don’t close the windows of either Afterburner or RTSS, as that also closes the programs. I don’t think that this kind of temperature variation is good for the GPU during long time: a difference of 43☌ between low and high temperatures is enormous and is somewhat aggressive for the GPU. Passive cooling has some limits ?Īfter around 5 minutes of intense GPU cooling, the GPU temperature reached the low threshold that finally stops the fan. This temperature seems to the threshold that started the fan… noisy fan my friends! But in such an emergency situation the only goal is to chill the GPU. After 3 minutes, the temperature reached 74☌. Here is the nice sawtooth temperature graph:Īt the start of the test, the fan was stopped (passive cooling mode) and GPU temperature was around 23☌. I launched FurMark with the following settings: 1024×768, displacement mapping, post fx, Xtreme burning mode and no MSAA. Ok, it’s time to see how this intelligent VGA cooler manages the temperature generated by the latest version of FurMark. This probe allows an auto-detection of the GPU temperature and thanks to the BIOS as well as a simple logic integrated in the cooler, the fan is started or stopped according to the temperature. The VGA cooler is equiped with a temperature probe placed in the cooler base:
Msi software for temperature driver#
This functioning is 100% hardware: no software or driver tweaking is required.
![msi software for temperature msi software for temperature](https://storage-asset.msi.com/global/picture/about/FAQ/dt/os-utility-12.jpg)
The Hybrid Frozr can really operate at zero noise (or 0 dBA: the fan is stopped – passive cooling) and when the GPU temperature exceeds a threshold, the fan is started to cool the GPU. Even when I launched FurMark, nothing: the fan was still immobile.Īctually it’s the normal functioning of the cooler. The first time I plugged the card in my testbed, I believed the fan of the VGA cooler was broken: the fan was stopped. I recently played with MSI’s R4850 Hybrid Frozr, a Radeon HD 4850 graphics card equiped with MSI’s Hybrid Frozr VGA cooler.