PC computer building taboos|Although smartphones are very popular, personal computers are still very important in today's era. Buying parts or hiring someone to assemble a PC is considered by many to be the most cost-effective way. However, building a computer is more than just assembling the parts together. There are many details that need to be paid attention to during assembly and use, otherwise it will just shorten the service life of the computer.
Styrofoam is left on the masonry machine for protection. Experts: It will break down within a month.
Oufei, an expert in computer assembly, recently published a recent case on his personal blog. The article showed that after receiving a new computer assembly machine, a consumer placed hair chips at the bottom to protect the equipment. Styrofoam (also known as "styrofoam" in Taiwan), I didn't realize that this behavior actually blocked the air inlet of the power supply, hindered heat dissipation, and increased the risk of computer failure.
He suggested that when placing computers, consumers should ensure there is enough space under the case to facilitate air circulation, and regularly check and clean the air inlets to avoid dust accumulation.
4 common taboos for novices in machining
When building a new computer, heat dissipation is actually a common issue that is overlooked. It can reduce computer performance at the least, cause crashes at worst, or even trigger more serious accidents. Here are some common mistakes novice builders make for your reference???
1. Poor heat dissipation
- Do not block fans and heat sinks: Ensure that all cooling systems such as fans and heat sinks have smooth airflow and are not blocked by dust or other objects.
- Don't neglect the application of thermal paste: Thermal paste should be used appropriately between the processor and the heat sink to improve heat transfer efficiency.
- Don’t use outdated or unsuitable cooling equipment: Use cooling equipment that matches your components, especially when overclocking or using high-power components.
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2. Electrostatic damage
- Do not handle ungrounded computer parts: Before handling any computer hardware, make sure you are grounded to prevent static electricity from damaging sensitive electronic parts.
- Do not plug or remove components while power is on: make sure the power supply is disconnected before plugging or removing any internal parts.
3. Improper assembly
- Do not over-tighten the screws: When installing components, over-tightening the screws may damage the parts.
- Do not force components: If the parts do not appear to match, do not force them in as this may cause damage.
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4. Power management
- Do not use low-quality power supplies (Fire Bull, PSU): a stable and high-performance PSU is the key to stable operation of the system.
- Don't overlook power requirements: Make sure the Fire Bull is providing enough power, especially as you add more hard drives or graphics cards.