Whether you have bought a new GPU or want to increase the performance of your old one, there are many ways to increase your graphics card’s performance. Increasing its performance means that it can run games faster and more smoothly. But, before you begin your overclocking, there are several things that you should know about your graphics card.
Finding the right balance of performance, temperature, and compatibility with the games you play
Getting your hands on the latest in best GPU for i9 9900k technology is a no brainer for anyone with a budget and a thirst for knowledge. Hence, a cursory study of the many graphics cards in my collection yielded a list of favorites that include an Asus gpu, an MSI gpu and a GTX 970 gpu. Despite the hefty price tag, the gpu was able to provide an enviable experience to my gaming mates. The gpu is a true gaming platform that supports a plethora of titles including Halo and World of Warcraft. The gpu is also equipped with some rather impressive cooling and overclocking capabilities.
Avoiding “power virus” style benchmarks
Luckily, we have a couple of nifty programs to keep us on the right track. The first is the new AMD WattMan, which is akin to OverDrive in that it can only be used on certain cards. The program boasts a bevy of useful functions, from multi-sample anti-aliasing to per-game and per-system histograms.
The program’s biggest draw is the fact that it can be used with a variety of memory configurations, from single-slot to dual-slot to quad-slot. The program can also be configured for different memory sizes and clock speeds, to the tune of ten different memory configurations, and one memory speed setting. It is also possible to create multiple profiles for each memory configuration. Lastly, the best news is that WattMan is free to download and use. With the program, you can create a system that’s capable of clocking a whopping 1200 MHz, which is enough to keep a modern i7 4770k chugging along at a comfortable rate.
Disturbing the stability of the GPU
Getting the best possible performance from your PC hardware requires a balance of temperature, voltage and clock speed. Overclocking your GPU requires light touch and care to avoid compromising system stability. You should never overclock your PC to an extreme. This can shorten the life of the components and decrease system stability.
The best way to overclock your GPU is to start slow and incrementally increase the clock speed. Once you have established a stable overclock, you can test your performance and stability. If you notice any problems, try lowering the clock speeds until they reach a point that you are happy with.
If you are experiencing visual artifacts, such as graphical glitches or patches, you should reduce the clock speed. If you have an overclocked graphics card, these artifacts can indicate that the overclock is unstable.
Another way to determine the stability of your GPU is to use stress testing software. The software will stress your GPU to its limits, which will show the limits of your overclock. If the graphics card crashes, you know that your overclock is unstable.
Keeping your computer cool is important to avoid thermal throttling. The GPU is sensitive to heat and has a throttling point that can be reached when the temperature rises above a certain level.
A thermal throttling problem can cause a drop in performance and FPS, as well as a crash. This problem is caused by a graphics card that generates too much heat. This can be avoided by undervolting the card. You can also check for throttling by running a stress test.
Thermal throttling is a feature on modern graphics cards that limits performance when the temperature rises too high. This is done to protect the card’s components from damage. A throttling point of 85 to 95 degrees Celsius is a common temperature range for desktop GPUs. https://worldpctech.com/graphics-cards/best-gpu-for-i9-9900k/
You can check for throttling by running Asus Tweak or MSI Afterburner. These applications allow you to monitor core frequencies and fan curves. You can also configure a custom fan curve to reduce throttling.