When overclocking a system what two problems?

When overclocking a system what two problems?

There are two downsides to raising voltage. One is, it increases static leakage power, i.e. it will increase the power draw, which leads to a temperature increase if not managed adequately.

What is used between the heat sink and processor to eliminate air pockets and draw heat off the processor?

coolerA cooling system that sits on top of a processor and consists of a fan and a heat sink. thermal compoundA creamlike substance that is placed between the bottom of the cooler heat sink andthe top of the processor to eliminate air pockets and to help to draw heat off the processor.

Which of the following are considered expansion slots?

You’re most likely only going to encounter AGP, PCI, and PCI Express when working with computers today. The picture below is an example of what expansion slots may look like on a motherboard. In this picture, there are three different types of expansion slots: PCI Express, PCI, and AGP.

What happens if you dont use thermal paste?

Without thermal paste, there is a small gap of air between some parts of the CPU and the cooler since both surfaces aren’t perfectly flat. This is especially true with any heatsink that has heat pipes that contact the CPU. The thermal paste is better than air at conducting heat.

What happens if u don’t apply thermal paste?

Not using thermal paste between the CPU and the heat sink will cause it to eventually overheat and fail. This may not happen straight away but it will happen and in a much shorter time than if you use the thermal paste.

Can old thermal paste cause overheating?

Thermal paste will dry after about 2-3 years of being properly applied to a cpu and heatsink, the heat generated by the cpu/gpu causes this yes.

Which expansion slot is best for high-end?

PCI Express: The best type of expansion slot to have in your PC is the PCI Express, also written as PCIe. Without boring you, the PCI Express type of expansion slot communicates with the motherboard, and therefore with the microprocessor, both quickly and efficiently.