CPU Temperature
CPU is an acronym for Central Processing Unit. This is the part of the Computer System that is the computer. The Central Processing Unit contains the processor, hard drive and all other useful parts of a fully functioning Computer System.
Electronics and Heat
Electronics generally need to be stored in a cool place as too much heat tends to damage electronics. A computer system’s Central Processing Unit (CPU) along with its other components are not different. The temperature of one’s CPU should not be allowed to surpass the recommended average temperatures for CPUs. It is for this reason that Computer Systems are often used and maintained in air conditioned labs and other cool environments.
Monitoring CPU Temperature
The temperature of a Central Processing Unit ought to be measured against environmental factors and monitored. Throughout the ages, different methods have been used to monitor and maintain a balance in CPU temperatures, so as to guard against over-heating. CPU temperature is usually monitored via CPU monitoring software. The first generation of CPU temperature monitoring software packages would merely display CPU temperatures and it would be left up to the user to monitor these temperatures. If temperatures begin to get too high, the user would be required to take corrective measures such as turning off the Computer System for a time or use fans to help in cooling the system for example. Second generation CPU temperature monitoring software packages would also regulate and control environmental conditions and so relieved the user of the duty to begin coding the system whenever heat became an issue. The latest generation – the third generation – of CPU temperature monitoring software packages attempt to only control the system’s environmental conditions, but also adjust the same. This is done automatically through the installation of LCD Panels (via the CPUs motherboard) that allows the processor and environmental settings to be using an easy to use button interface.
Monitoring Software
Although, the majority of third generation CPU temperature monitors are made available only through motherboard manufacturers, few are made available through internet downloads. Two (2) such programmes include Speedfan which is a freeware programme that monitors voltage, fan speed and CPU temperatures. Speedfan has the ability to change fan speed providing the Computer system’s hardware allows for this. Hmonitor is also a monitoring software programme that can predict changes in CPU frequencies, fan speeds or events. Hmonitor is a cross between second and third generation monitoring software.
Avoiding Overheating
There are several activities that can cause the central processing unit to over-heat. Two (2) such processes are “over-clocking” and “over-volting”. Over-clocking occurs when the processor clock or multiplier value of a processor unit on the motherboard is increased. Over-volting occurs when the voltage values are increased. Either of these two activities result in over-heating, which can damage a person’s Central Processing Unit and by extension other parts of the Computer System. As such, these activities should be avoided in order to maintain a stable temperature within the Central Processing Unit. Other precautions users can take to guard against increases in the temperature of one’s Central Processing Unit is to ensure that the Computer System is located in a room that is cool enough – such as an air-conditioned room – to help maintain recommended average temperatures. Users should also shut down computers when not in use as opposed to keeping them running. Computer CPUs should have ample space in its immediate environs so as to allow the CPU to breathe.
