Prepared to boost your AMD 8350's performance—what starting voltage or multiplier should you consider?
Prepared to boost your AMD 8350's performance—what starting voltage or multiplier should you consider?
I'm ready to try overclocking my AMD 8350. A solid starting point would be around 1.8V with a multiplier of 2. This should give a balanced approach for stable performance.
CooLWoLF :
Buzz247 :
Because each chip behaves uniquely, I recommended a gradual testing approach instead of assuming a one-size-fits-all solution.
Appreciate your understanding. Best of luck!
I recognize that every chip is distinct. I was seeking insights from others to get a general idea of what to expect after the changes, so I might not need to begin at the smallest adjustment. If most people achieve similar outcomes at the lower to mid range, I could start there. It’s not about permanently increasing voltage beyond 1.55 volts or anything extreme.
Completely relatable, with my...
Avoid increasing voltage until necessary for stability. Increase the multiplier, test—if booting and tests succeed, raise again and continue the cycle. Only adjust voltage in small steps as required. Read the guide.
Use a 22.5x multiplier with 1.45v of voltage to achieve stable CPU performance at 4.5GHz
Because each chip is unique, that's why I recommended a gradual testing process instead of assuming a solution will work just because someone else said so.
Every chip behaves uniquely, which is why I recommended a gradual testing approach instead of assuming a one-size-fits-all solution.
I appreciate your understanding. Good luck!
It makes sense that each chip is different. I was trying to see what others experienced with this chip to get a general idea of what to expect after the overclock. This means I might not need to begin at the smallest adjustment, especially if most people end up with similar results in the mid-range.
I can easily revert my settings back to normal and start again without any major changes. Also, it’s not necessary to increase the voltage significantly—just a bit higher than usual.
CooLWoLF :
Buzz247 :
Because each chip behaves uniquely, I recommended a gradual testing method instead of immediately applying a solution based on someone else's advice.
Appreciate your understanding. Best of luck!
I recognize that every chip is distinct. I was seeking insights from others about this particular model to get a general idea of what to expect after overclocking. That means I might not need to begin with the smallest adjustment, especially if most users achieve similar results at lower to mid ranges. It’s not about forcing a permanent voltage boost to 1.55 plus, but rather adapting based on what you experience.
With my AMD FX-3850, I increased speed by 0.1GHz in stages and adjusted voltages as needed, eventually reaching a stable 4.5GHz around 1.41v. Going to 5GHz is possible with liquid cooling, but that’s just my observation.
On air cooling: 4.4-4.7GHz
On liquid cooling: Around 5GHz
Here are some images showing similar processors being overclocked.
I'm curious about the reason behind most people using the multiplier for overclocking, especially since I've seen good results from increasing the FSB frequency, which in turn affects NB frequency and memory performance. I've also noticed that processors tend to run better on single-core or threaded applications, like games, when overclocked this way. As a beginner in overclocking, I'm asking this question because it's my first year.