F5F Stay Refreshed Power Users Overclocking How to maximize performance on 5600x

How to maximize performance on 5600x

How to maximize performance on 5600x

Pages (2): Previous 1 2
S
s3tBR
Member
179
04-24-2020, 09:11 PM
#11
In any case, the effort brings no significant change
S
s3tBR
04-24-2020, 09:11 PM #11

In any case, the effort brings no significant change

E
EmeraldPvP_MC
Member
139
05-12-2020, 09:42 PM
#12
I believe there are two main approaches when it comes to overclocking the Ryzen 5600x. The first focuses on boosting cooling, turning off PBO and power-saving settings, and locking all cores to a low voltage. I think this strategy is ideal for users primarily interested in gaming performance, as a consistent all-core overclock tends to deliver the best overall results. Prioritize keeping the processor as cool as possible at the lowest safe voltage and push it to its limits. Once you achieve a stable overclock, the main concern shifts to durability—since these are brand-new chips, their long-term reliability under continuous high stress is uncertain.

The second approach belongs to the curve optimizer and undervolt groups. They aim to manage heat while still enhancing CPU speed by allowing the processor to run at its maximum clock speeds if permitted by its internal balancing system. This method seeks to let the Ryzen perform at its peak using AMD’s standard techniques but with higher voltage limits and lower starting voltages. The main drawback here is stability; it seems AMD would have handled this more effectively if the chips were consistently stable in such a setup. Longevity remains less of a priority compared to immediate performance gains, especially since these chips are expected to handle higher clock speeds only when needed, and even then, voltages stay comparable to or better than stock levels under heavy use.

I don’t think these two methods complement each other well, which often confuses many users trying to overclock. If your goal is to boost FPS in games, opt for a fixed all-core overclock. For better performance without the drawbacks of constant overclocking, consider undervolting and curve optimization. There’s also a third suggestion—ensuring adequate cooling at normal speeds while fine-tuning memory timings and IRR speeds to get the most out of your system.
E
EmeraldPvP_MC
05-12-2020, 09:42 PM #12

I believe there are two main approaches when it comes to overclocking the Ryzen 5600x. The first focuses on boosting cooling, turning off PBO and power-saving settings, and locking all cores to a low voltage. I think this strategy is ideal for users primarily interested in gaming performance, as a consistent all-core overclock tends to deliver the best overall results. Prioritize keeping the processor as cool as possible at the lowest safe voltage and push it to its limits. Once you achieve a stable overclock, the main concern shifts to durability—since these are brand-new chips, their long-term reliability under continuous high stress is uncertain.

The second approach belongs to the curve optimizer and undervolt groups. They aim to manage heat while still enhancing CPU speed by allowing the processor to run at its maximum clock speeds if permitted by its internal balancing system. This method seeks to let the Ryzen perform at its peak using AMD’s standard techniques but with higher voltage limits and lower starting voltages. The main drawback here is stability; it seems AMD would have handled this more effectively if the chips were consistently stable in such a setup. Longevity remains less of a priority compared to immediate performance gains, especially since these chips are expected to handle higher clock speeds only when needed, and even then, voltages stay comparable to or better than stock levels under heavy use.

I don’t think these two methods complement each other well, which often confuses many users trying to overclock. If your goal is to boost FPS in games, opt for a fixed all-core overclock. For better performance without the drawbacks of constant overclocking, consider undervolting and curve optimization. There’s also a third suggestion—ensuring adequate cooling at normal speeds while fine-tuning memory timings and IRR speeds to get the most out of your system.

K
kcdoesgaming
Member
60
05-14-2020, 06:02 PM
#13
I've adjusted the maximum boost overclock to +50 and will fine-tune my curve settings to their highest level (currently -20 across all cores, with a +50 boost appearing stable). This approach seems to be much closer to the second method since the clock speed isn't locked.
K
kcdoesgaming
05-14-2020, 06:02 PM #13

I've adjusted the maximum boost overclock to +50 and will fine-tune my curve settings to their highest level (currently -20 across all cores, with a +50 boost appearing stable). This approach seems to be much closer to the second method since the clock speed isn't locked.

Pages (2): Previous 1 2