How to increase clock speed safely and without danger
How to increase clock speed safely and without danger
My components:
psu : cooler master elite v2 500w
mobo : gigabyte fm2+ ga-f2a88x-d3h
cpu : apu a10-5700 locked
🙁
vga : sapphire r9 285 2g
ram : 2x4g ripjaws 2133
ssd : kingston v300 240g
I realize my cpu is the bottleneck, my vga... I plan to swap it for an athlon x4 880k soon... so
1st) for now I aim to overclock from bios to grasp basics like multiplier, base clock and especially voltage since I’m unsure how to adjust voltage... I tried overclocking the cpu with overdrive but didn’t see any changes... and achieved a better score with 3.4 more than turbo 4ghz... lol
2md) If I get x4 880k... after overclocking to 4.2 or 4.5, do you think those minor differences will not become a bottleneck for my vga?
You cannot apply the same overclocking methods for a locked CPU to your current CPU just because the process differs entirely. Techniques like using FSB, adjusting RAM speed, and setting dividers are much more complex with an unlocked CPU like the 880k compared to the fixed multiplier of the 880k. Also, a standard 880k will not cause bottlenecks with your R9 285.
Start with a reliable aftermarket CPU cooler.
In BIOS disable all power-saving modes and turbo settings. Adjust the multiplier incrementally, testing each change. Continue until performance becomes unstable; then reduce the increment and proceed. Ensure your case cooling system is also functioning properly.
CountMike shared some tips on tuning your system. He suggests adjusting the CPU cooler settings in BIOS, raising and lowering the multiplier until stability is achieved. He also mentions checking case cooling performance and notes that increasing the multiplier might be necessary for future upgrades. Regarding the X4 880k, he asks if it could cause a bottleneck and thanks for the reply.
You can attempt a gradual multiplier OC step by step, but it's hard to predict the exact results with a stock cooler. It's best to check at each stage.
The program at http://www.techspot.com/downloads/4645-a...drive.html works well and supports testing. As long as you don't need to increase the voltage, it should work fine—possibly around a few hundred MHz or higher.
The Athlon X4 880k is recommended, especially if you've adjusted the voltage a bit, as it pairs well with that GPU. However, this also depends on the games you're playing. Certain titles require a lot of CPU power or GPU performance.
Understanding the basics is essential before starting manual overclocking. Investigating the details of the components you wish to enhance helps you grasp their constraints, preventing unnecessary damage from excessive voltage. Using aftermarket coolers is recommended to manage the temperature of overclocked parts, though overheating remains a greater risk. Knowing the boundaries of your project is crucial. Searching for relevant overclocking resources that focus on CPUs or GPUs will provide a solid foundation. Learn thoroughly before attempting, to avoid future disappointment.
You cannot apply the same overclocking methods for a locked CPU to your current CPU just because the process differs entirely. Techniques like using FSB, adjusting RAM speed, and setting dividers are much more complex with an unlocked CPU like the 880k compared to the fixed multiplier of the 880k. Also, a standard 880k will not cause bottlenecks with your R9 285.