My PC Won’t Power Up Without Using a Hair Dryer Method – No Overclocking Errors or Test Failures

Troubleshooting a Persistent PC Start-Up Issue: The Hair Dryer Method and Beyond

Are you facing the frustrating dilemma of your PC refusing to turn on without a little coaxing from a hair dryer? You’re not alone. This issue, while perplexing, has been reported by other users and can often stem from various hardware anomalies. Today, we’ll take a closer look at this peculiar situation, exploring potential causes and solutions to get your system up and running smoothly.

The Hardware at a Glance

Let’s delve into the specifics of the hardware involved in this scenario:

  • CPU: AMD Ryzen 5 2400G
  • Motherboard: Asus PRIME B350M-A (flashed with the most recent BIOS)
  • RAM: 2x HyperX FURY 8GB 2400MHz
  • Power Supply Unit (PSU): Thermaltake 600W 80 Plus White Smart Series
  • Age: Approximately 1.5 to 2 years old

This setup has been maintained without overclocking or voltage adjustments, aimed at achieving stability.

The Problem at Hand

As outlined in various discussions, the issue manifests quite distinctly. After shutting down the computer at night, it becomes impossible to power it up again in the morning without applying heat to the case—enter the hair dryer technique. Once heated, the PC runs seamlessly for hours or even days without any hitch.

To further diagnose the problem, several steps were taken. Components were reassembled, individual memory sticks were tested, and minimum peripherals were connected to eliminate external factors. Stress testing tools like Prime95 and OCCT were utilized, resulting in no errors after several hours of intense load. Additionally, MemTest86 confirmed the integrity of the RAM.

It’s worth noting that the environment can contribute to hardware performance. Living in a tropical climate means dealing with high temperatures (ranging from 24 to 32 degrees Celsius) and elevated humidity, both of which can affect electronic components.

Possible Solutions and Insights

Unfortunately, without spare parts on hand, testing the PSU or motherboard directly poses a challenge. However, some theories can be explored based on the symptoms described:

  1. Connection Integrity: Your observation about having to heat the case suggests there could be a bad solder joint or a faulty connection on the motherboard. Heating can temporarily alleviate the issue, allowing for a clean connection to form.

  2. Capacitor Issues: Sometimes

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