Want to know tricks for building a long-lasting and anti-overheating PC? Check Out This Guide!

Assembling a PC itself is the choice of many people, both for gaming, work and multimedia purposes. However, building a PC is not just about choosing components with the best specifications. You also need to ensure that the PC you assemble can last a long time and is resistant to overheating problems which are often the main enemy of computer devices. How to do it? Here are the guides and tricks for building a PC that is durable and anti-overheating!

1. Choose a casing with good ventilation

A good PC case should have sufficient ventilation to ensure optimal airflow. Choose casing with space for installing additional fans, both at the front, back and top. Good ventilation will help remove hot air from inside the case, keeping component temperatures stable. Don't forget to choose a casing with a dust filter so that dirt doesn't accumulate and interfere with component performance.

2. Use quality thermal paste

Thermal paste is one small component that is often overlooked but very important. When installing the processor to the motherboard, be sure to apply quality thermal paste over the processor before installing the heatsink. Thermal paste functions to conduct heat from processor to the heatsink more efficiently, thereby preventing the processor from overheating when working in harsh conditions.

3. Install an Adequate CPU Cooler

CPU Cooler is a vital element in maintaining the performance and longevity of your PC. If you plan to use your PC for heavy work such as gaming or rendering, consider using a more capable CPU cooler such as a liquid-based cooler or a heatsink with a large fan. This will help keep the processor temperature stable even under high workload.

4. Arrange the cables neatly

Cables scattered inside the case can block air flow and cause heat to become trapped inside. Therefore, arrange the cables neatly using cable ties or routing cables through the back of the casing. Not only does it improve airflow, neat cable management too make it easier future maintenance and component update processes.

5. Choose Components with High Energy Efficiency

Power-efficient components usually generate less heat than components with high power consumption. When choosing a power supply, make sure you choose one that has 80 Plus certification for better power efficiency. Likewise when choosing a graphics card and processor, choose one that has optimal cooling technology and power efficiency.

6. Pay attention to the placement of the cooling fan

Placement cooling fan Inside the casing has a big influence on air circulation. Make sure there is a balance between the intake fan (which sucks in cold air) and the exhaust fan (which removes hot air). Usually, the intake fan is placed at the front or side of the casing, while the exhaust fan is at the back or top of the casing. With proper placement, air flow inside the casing will be more efficient and help prevent overheating.

7. Regularly clean the components from dust

Dust that accumulates on component such as heatsinks, fans, and power supplies can block air flow and cause overheating. Carry out regular cleaning at least once every three months using a blower or can of compressed air to remove dust from components.

By following the guide and tricks above, you can build a PC that not only has high performance but is also durable and anti-overheat. Remember that regular maintenance is also key to maintaining performance PC You remain optimal.

Thrive is ready to help you with various technology solutions and guides to build a PC according to your needs. Thrive also offers ET PT Desktop Workstation Designed for high performance and maximum durability. Contact us now and get a free consultation to ensure your PC lasts long and works optimally with Thrive!