Clock speed is the frequency of your computer's central processing unit. This is also known as bus speed, because the front side bus is the mechanism that connects your CPU to the system memory. Clock speed determines how quickly your computer can perform basic calculations and functions. Clock...
It could be anything from as low as 1.8Ghz to over 5Ghz on some gaming processors. The clock speed of a CPU is the number of cycles per second at which it operates and is able to process information. Generally the faster the clock speed, the faster the processor will perform. There cou...
I also advise keeping a close eye on your CPU’s clock speed and temperature during the stress tests. If the processor hits very high temperatures, it can undergo thermal throttling and reduce the clock speeds, which defeats the entire purpose of overclocking. How to stress test your CPU with...
If you see your CPU temperatures reach into the 90s and your clock speed fall, your cooling may not be effective enough to avoid thermal throttling. Similarly, if your system ends up freezing or crashing, you may need to undervolt your CPU or improve your cooling to avoid that in the fut...
Last but not least, the higher the clock speed you’re trying to achieve for your system, the more voltage you will need to power up that attempt. Overclocking CPU can damage the components, especially when the hardware is not suitable or designed to increase the voltages to that high. You...
XTU is a fairly comprehensive set of tools, and you can overclock an Intel CPU with a few clicks of a button by adjusting its core clock speed, voltage, boost clock, and more. XTU also comes with built-in CPU and memory testing to check stability and CPU temperatures. For AMD processors...
Step 2: Perform a system stress test If you want to perform a serious CPU overclock, you should look atstress testing the CPUfor a few hours. You want to know that your current system is stable under the current default clock speed. And if you encounter problems later, you’ll want to...
WhileCPU benchmarksare important, every component plays a role in system performance. CPU. Games with complex AI, physics, and graphical post-processing tend to be more CPU-intensive and may benefit more from a CPU with a higher core/thread count and higher clock speed. ...
For example, a 3.4 GHz processor might have a 100 MHz base clock speed with the standard core multipliers set to 34 (100 MHz x 34 = 3.4 GHz). If you up the multipliers by 1, the CPU will run at 3.5 GHz. Or you can try upping them by 6 to achieve 4.0 GHz. [Remember, this ...
For example, a 3.4 GHz processor might have a 100 MHz base clock speed with the standard core multipliers set to 34 (100 MHz x 34 = 3.4 GHz). If you up the multipliers by 1, the CPU will run at 3.5 GHz. Or you can try upping them by 6 to achieve 4.0 GHz. [Remember, this ...