Some ASUS motherboards include the ASUS TurboV software package. It contains tools to let you overclock components of your computer, making them run faster than their rated clock speeds. While overclocking with TurboV can damage your computer or compromise its stability, it can also give you more performance. While overclocking is usually the domain of gamers, if you do other computationally intensive applications, like rendering 3D walkthroughs at an architectural firm, you can also benefit from it.
Under normal circumstances, the CPU in your desktop PC generates modest amounts of heat; a smart fan on top of the CPU runs just fast enough to keep it cool. At this speed, you barely hear the fan. When your computer performs intensive tasks such as playing high-definition video, the CPU heats up and the fan runs faster. The smart fan function adjusts the fan’s speed, running it faster and slower to meet the CPU’s varying demands for cooling.
A computer reduces every task to a series of calculations and the processor — sometimes called the central processing unit — physically carries out these calculations. In principle, the processor’s clock speed, which is the measure of the speed of these calculations, determines how fast the processor performs. In practice, several other factors affect the performance of a processor and thus how fast it appears to work.
The technology behind Hyper-Threaded, or HT, and multi-core processors enables processors to far exceed the performance of single-core, non-HT processors. The differences between the technologies are great, however, so it’s important to understand these differences before choosing what to use in your business computers. With either technology, however, you’ll achieve greater performance than you would with a regular processor.
While AMD is making inroads, Intel is by far the number one choice in computer processors. Core processors are great chips for a desktop or laptop, but what’s the difference between Processor Core i3, i5, i7, i9, and X?
The Difference between Cat5E and Cat6 cables are that Cat6 cables, also known as Category 6 or Cat 6, offer lower crosstalk, higher signal-to-noise ratio, and are compatible for 10GBASE-T (10-Gigabit Ethernet).