F5F Stay Refreshed Power Users Overclocking Best way to Overclock 8320

Best way to Overclock 8320

Best way to Overclock 8320

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Rosario17_
Posting Freak
897
11-17-2022, 06:15 AM
#1
I'm new to this process and want to boost my FX8320 to meet the requirements of some newer games that need at least 3.5ghz. I'm aiming for around 4-4.2ghz, possibly up to 4.5, but I'm unsure if it's worth it. I have an ASUS M5A99FX PRO board, a Kraken X42, 8GB Hyper-X RAM, and a Radeon Sapphire R9 290 tri-x.
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Rosario17_
11-17-2022, 06:15 AM #1

I'm new to this process and want to boost my FX8320 to meet the requirements of some newer games that need at least 3.5ghz. I'm aiming for around 4-4.2ghz, possibly up to 4.5, but I'm unsure if it's worth it. I have an ASUS M5A99FX PRO board, a Kraken X42, 8GB Hyper-X RAM, and a Radeon Sapphire R9 290 tri-x.

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nicko970
Junior Member
31
11-17-2022, 07:44 AM
#2
The key is to adhere to the instructions carefully, take your time, and avoid sudden increases in clock speed.
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nicko970
11-17-2022, 07:44 AM #2

The key is to adhere to the instructions carefully, take your time, and avoid sudden increases in clock speed.

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elijahbiker
Junior Member
3
12-06-2022, 08:57 AM
#3
This link provides a guide on overclocking AMD processors, specifically focusing on ASUS motherboards.
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elijahbiker
12-06-2022, 08:57 AM #3

This link provides a guide on overclocking AMD processors, specifically focusing on ASUS motherboards.

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bubbyG69
Junior Member
17
12-26-2022, 02:18 PM
#4
The key is to adhere to the instructions carefully, take your time, and avoid sudden increases in clock speed.
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bubbyG69
12-26-2022, 02:18 PM #4

The key is to adhere to the instructions carefully, take your time, and avoid sudden increases in clock speed.

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Hidekih
Posting Freak
849
01-12-2023, 01:42 AM
#5
follow the instructions carefully and take your time. Avoid skipping steps or making sudden changes to clock speed.
Example: Start with 4ghz, run a stress test for two hours, then try 4.2ghz for another two hours. Once you reach your goal, perform several tests with different programs for eight hours each or one program for twenty-four hours. The more testing you do, the better understanding you'll gain about your system's stability.
Most stability problems during overclocking come from insufficient testing and making too large a jump. Assume the system will be stable and proceed.
Temperature monitoring is crucial. Keep an eye on it and look for patterns.
Yes, based on what I've read, running at 4ghz should be quite stable since I'm not pushing it excessively. One article I read suggested you shouldn't need to adjust the voltage much—just focus on the multiplier—but I'm sticking to the guides and observing the results. I don't run anything in the background because it's essentially a gaming PC, and the only temperature spikes happen when it's under load, currently staying around 12°C maxing out near 25°C.
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Hidekih
01-12-2023, 01:42 AM #5

follow the instructions carefully and take your time. Avoid skipping steps or making sudden changes to clock speed.
Example: Start with 4ghz, run a stress test for two hours, then try 4.2ghz for another two hours. Once you reach your goal, perform several tests with different programs for eight hours each or one program for twenty-four hours. The more testing you do, the better understanding you'll gain about your system's stability.
Most stability problems during overclocking come from insufficient testing and making too large a jump. Assume the system will be stable and proceed.
Temperature monitoring is crucial. Keep an eye on it and look for patterns.
Yes, based on what I've read, running at 4ghz should be quite stable since I'm not pushing it excessively. One article I read suggested you shouldn't need to adjust the voltage much—just focus on the multiplier—but I'm sticking to the guides and observing the results. I don't run anything in the background because it's essentially a gaming PC, and the only temperature spikes happen when it's under load, currently staying around 12°C maxing out near 25°C.