First time overclocking. Tips?
First time overclocking. Tips?
To determine which option is more stable for overclocking, consider the performance and reliability of both 3.6 and 3.9 clock speeds.
It depends on which tests you run, using a prime95 small CPU test. With your cooler, I’d expect at least 3.9Ghz. For 1.35V, stability is uncertain—just check it and adjust if needed. Try 3.9Ghz first, then 4Ghz. The 1.35V is likely the maximum safe voltage, while 4.1Ghz may not work.
The process differs depending on what you need to test. For your cooler, I believe 3.9Ghz is a minimum. With the cooler, 1.35v seems stable, but you should test and see if it's safe. If no issues appear at that speed, try 3.9Ghz and then 4Ghz. Smaller increases are better once stability is confirmed. The 1.35v voltage is likely the highest you can safely use. For prime95, I’m not sure how to use it properly. Do you have a YouTube link that explains it clearly?
The process requires experimenting with prime95 small cpu test. Based on your cooler, a minimum of 3.9Ghz is expected. For stability at 1.35v, only minor adjustments are needed. Testing at 3.9Ghz and observing for errors is recommended before increasing to 4Ghz. Repeating the test ensures reliability. The 1.35v setting is considered safe, but 4.1Ghz may not work.
Using water cooling requires a short adaptation period, around 20 to 30 minutes. Water itself warms up in about 10 minutes, which means an additional 10 to 20 minutes should suffice for stability checks. Games won’t stress your CPU as much, so it’s quick enough to confirm stable performance.
High Precision Event Timer is typically found in the advanced section under integrated peripherals on MSI motherboards. On Windows 7, open the command prompt by clicking Start > All Programs > Accessories to view it. Right-click the command prompt and select Run as Administrator.