What is the Heatsink drawer?
Heatsink socket is a type of processor socket that is compatible cooler. Small, rectangular and generally equipped with a small metal lever, the socket is an electronic part that is installed in the motherboard to function as a locking seat for the processor. The Heatsinka socket is associated with the type of processor used in the computer's motherboard. The cooling of the main unit for computer processing (CPU), which is used to cool the main computer processing (CPU), is mostly a metal assembly designed to move heat from the CPU.
Most coolers have a fan that moves hot air from the cooler. These types of coolers are called active coolers. Heatsink without a fan relies solely on moving heat from CPU by contact with CPU. When the cooler operates without a fan to move the air, it is called a passive cooler.
Because the passive cooler has no fan, it is generally significantly larger than the active cooler and does not have to bethrow into some computer cases. They also tend to be difficult enough to damage others, so some passive coolers require a special type of Heatsinka console to suppress the motherboard for the weight of a larger piece of metal. On the plus side, the active cooler is usually almost quiet, a function that can be beneficial for computer users who rely on a permanently calm atmosphere of the studio.
Each processor is compatible with a certain type of socket and cannot be interchangeable with other drawers. The easiest way to identify the processor socket to ensure that it is compatible with the Heatsink socket is to visit the manufacturer's website that should contain the drawer information for each processor model they produce. Since the processor is seated in the motherboard, the cooler is sometimes incorrectly referred to as a motherboard attenuation.
Establishment Heatsinka in the case of a computer can have a lot of effect on the computer's cooler options. The Heatsinka socket located near another hardware creates a limited radiator space and is likely to require the use of a low -refine CPU cool cooler. When designing your own computer distribution, computer engineers often decide to arrange that allows maximum cooling space. In addition, the interior of the housing for air flow and a larger cooler leaves computer users with multiple cooling hardware upgrades.