F5F Stay Refreshed Hardware Desktop Ryzen 3000 series up to 4.7GHz performance

Ryzen 3000 series up to 4.7GHz performance

Ryzen 3000 series up to 4.7GHz performance

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Kandy_
Junior Member
37
07-28-2022, 01:02 AM
#1
Hey there! I'm working on boosting performance in games. From testing my top four games, CCD0, CCX0, C01 and C03 seem to be the ones that really benefit. My current overclock is 1.3V peak and 4300 MHz per core. I see strong gains of over 7500 points in Cinebench, but I'm not seeing the expected frame rates in games. My GPU isn't the issue at all.

With a Ryzen 9 3900XT, would boosting just those two cores while keeping the others at 4.3GHz still work? Could this affect the CPU? Might it help stabilize FPS in games with fewer drops? Is this the only method to reach up to 4.7GHz? I'm missing something important. My Cinebench scores drop when I change settings, and I haven't tested single-core performance or done any low FPS/average tests yet. I've reviewed guides and reviews, but now I really need direct advice from this helpful community. Full system specs are attached.
K
Kandy_
07-28-2022, 01:02 AM #1

Hey there! I'm working on boosting performance in games. From testing my top four games, CCD0, CCX0, C01 and C03 seem to be the ones that really benefit. My current overclock is 1.3V peak and 4300 MHz per core. I see strong gains of over 7500 points in Cinebench, but I'm not seeing the expected frame rates in games. My GPU isn't the issue at all.

With a Ryzen 9 3900XT, would boosting just those two cores while keeping the others at 4.3GHz still work? Could this affect the CPU? Might it help stabilize FPS in games with fewer drops? Is this the only method to reach up to 4.7GHz? I'm missing something important. My Cinebench scores drop when I change settings, and I haven't tested single-core performance or done any low FPS/average tests yet. I've reviewed guides and reviews, but now I really need direct advice from this helpful community. Full system specs are attached.

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StarGamesCat
Member
60
07-28-2022, 02:51 AM
#2
Varying boost speeds across different cores can lead to unusual behavior, possibly impacting your performance. The 4.7GHz setting is typically for a single core, not a unified boost frequency. Achieving consistent 4.7GHz across all cores would require significant adjustments.
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StarGamesCat
07-28-2022, 02:51 AM #2

Varying boost speeds across different cores can lead to unusual behavior, possibly impacting your performance. The 4.7GHz setting is typically for a single core, not a unified boost frequency. Achieving consistent 4.7GHz across all cores would require significant adjustments.

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sargeantdwarf
Junior Member
27
08-01-2022, 11:00 PM
#3
I question my ability to succeed, but that’s not my aim here. I need to be more precise. My goal is to boost my in-game FPS as much as possible, since my GPU isn’t limiting me. Through Ryzen Master I plan to create two profiles. Profile 1: (DAILY USE) My present 4.3 all-core @ 1.3V max. Profile 2: (GAMING USE) Adjust different core boosts for the "gaming cores" to reach higher boost clocks. (assuming this works safely). Considering this, what effect would altering these individual cores have?
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sargeantdwarf
08-01-2022, 11:00 PM #3

I question my ability to succeed, but that’s not my aim here. I need to be more precise. My goal is to boost my in-game FPS as much as possible, since my GPU isn’t limiting me. Through Ryzen Master I plan to create two profiles. Profile 1: (DAILY USE) My present 4.3 all-core @ 1.3V max. Profile 2: (GAMING USE) Adjust different core boosts for the "gaming cores" to reach higher boost clocks. (assuming this works safely). Considering this, what effect would altering these individual cores have?

S
SirCyaniide
Member
140
08-05-2022, 01:25 PM
#4
I'd likely turn off all but one main component, using Cinebench single-core for each to check their limits. If you're serious about performance, repeat the test for the remaining cores. Just keep in mind this isn't a precise method—don't rely too heavily on these numbers.
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SirCyaniide
08-05-2022, 01:25 PM #4

I'd likely turn off all but one main component, using Cinebench single-core for each to check their limits. If you're serious about performance, repeat the test for the remaining cores. Just keep in mind this isn't a precise method—don't rely too heavily on these numbers.