Troubleshooting a microprocessor can solve the problems that arise due to the improper functioning of Microprocessor. The general problems that arise from the microprocessor are overheating and slow processing.
A microprocessor produces heat while processing the data. The microprocessor also overheats when it is performing beyond the recommended speed. Overheating can cause permanent damage to the microprocessor. Adequate cooling devices such as a processor fan must be installed to cool down the microprocessor. To solve the problem of overheating:
- Check that the processor fan is installed and functioning properly.
- Ensure that the heat sink compound is properly in contact with the processor and the heat sink assembly and is not dried up.
- Check the jumper settings on the motherboard and the BIOS settings to see that the microprocessor is not over clocked.
- Check that the voltage supplied by the motherboard is compatible with the microprocessor.
- Check the motherboard manual to see that the motherboard supports the microprocessor.
Slow processing or hanging issues
The microprocessor generally runs slow if there is some fault within it. A microprocessor can also run slow if the speed settings are not correct or due to some other fault in the system. To solve the problem of slow processing:
- Check if the vendor has supplied the correct microprocessor.
- Check if the microprocessor is compatible with motherboard by referring to the manual.
- Check the CPU fans if it is properly rotating.
- Check if the processor supports the applications that are running.
- Scan the computer for viruses.
- Check the jumper settings on the motherboard and the BIOS settings of the microprocessor. Troubleshoot the RAM.
The computer may encounter a problem of no display. This problem may be due to processor failure. At this moment, the system generates beep codes about the processor failure. You may have to replace the processor in such a situation. To solve the problem of no display:
- Check if the CPU fan is functioning properly.
- Ensure that the processor with the heat sink assembly is properly installed.
- Restore the BIOS settings to default state and check if the problem has been resolved.
- While replacing a motherboard ensure that the speed, voltage, FSB and cache size of the new processor should match with that of the old processor.
Over clocking a microprocessor
Over clocking the microprocessor increases the speed of the microprocessor. You can over clock the microprocessor by changing the jumper settings on the motherboard. You can also over clock the microprocessor by changing the appropriate BIOS settings. Additional cooling devices such as a CPU fan must be installed to cool down the processor because over clocking makes the processor heat up very fast. The extreme heat level can damage the processor and also reduce the life of the processor. Over clocking must be done with a great care by increasing the clock speed as little as possible every time. You must also check the documentation of the microprocessor and motherboard before over clocking. Over clocking a microprocessor beyond its maximum capacity can permanently damage the microprocessor.
Microprocessor up gradation
The speed and performance of the microprocessors increase with the release of new processor. Besides this, every microprocessor has its own limitation. To keep the system up to date and to remove the limitations of the microprocessor, we must upgrade the microprocessor. To upgrade a microprocessor, we replace the microprocessor in the system with a new and better microprocessor which is compatible with the existing motherboard. If the microprocessor is not compatible with the motherboard, both the board and the microprocessor will have to be replaced.
Computer repair training specialist Kandu IT offer a range of PC courses in the UK. Many courses lead to recognised qualifications and accreditations. They’re based in Hull and can be contacted on 0845 5193129.