Computers are getting faster and constant upgrades in hardware are taking computer speed to new levels. Unfortunately, this is not happening problem free. As computer speeds increase, desktops are require higher power levels along with more transistors, and thus heat levels are increasing dramatically. Perhaps too much for current fan cooling systems to keep up with.
This requirement of a better cooling system has led to the development of high tech Liquid Cooling systems. These new liquid cooling systems are being installed in higher end computers to more efficiently combat the heat that top speed CPU's generate and protect the computer better when it is overclocking (being run at higher speeds than the manufacturer).
Liquid Cooling systems are basically radiators for a computer. The LC attaches to the computer's processor and uses two tubes to transfer heat. One liquid filled tube absorbs hot air and brings it outside the computer, where it is dispersed, the liquid is cooled, and brought back to the processor by the other tube.
The primary advantages to Liquid Cooling is more efficient cooling with less processor heat. Some processors have been able to clock double the manufacturer speed, problem free. Along with this the systems are much more quiet than current cooling sinks which rely on louder and louder fans as heat increases. Unfortunately these systems are not a quick upgrade, and require technical skill to install.
This requirement of a better cooling system has led to the development of high tech Liquid Cooling systems. These new liquid cooling systems are being installed in higher end computers to more efficiently combat the heat that top speed CPU's generate and protect the computer better when it is overclocking (being run at higher speeds than the manufacturer).
Liquid Cooling systems are basically radiators for a computer. The LC attaches to the computer's processor and uses two tubes to transfer heat. One liquid filled tube absorbs hot air and brings it outside the computer, where it is dispersed, the liquid is cooled, and brought back to the processor by the other tube.
The primary advantages to Liquid Cooling is more efficient cooling with less processor heat. Some processors have been able to clock double the manufacturer speed, problem free. Along with this the systems are much more quiet than current cooling sinks which rely on louder and louder fans as heat increases. Unfortunately these systems are not a quick upgrade, and require technical skill to install.