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Identifying the CPU and GPU bottleneck for an OC solution

Identifying the CPU and GPU bottleneck for an OC solution

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messi298
Member
68
04-13-2016, 05:13 AM
#1
I realized that my AMD FX-6300 might be limiting the performance of my R9 380 Nitro, and if I upgraded it, would that reduce the bottleneck? Also, what voltage should I target during an OC for around 4.5 GHz? Thanks, Alec
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messi298
04-13-2016, 05:13 AM #1

I realized that my AMD FX-6300 might be limiting the performance of my R9 380 Nitro, and if I upgraded it, would that reduce the bottleneck? Also, what voltage should I target during an OC for around 4.5 GHz? Thanks, Alec

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mat_fram
Posting Freak
776
04-13-2016, 08:37 AM
#2
Alec_7 shared feedback on the performance setup. ZachyBeat mentioned the component has strong 8+2 power phase capability, supporting effective overclocking. The user tested with a 970A UD3 and 212 Evo using an FX 8320 at 4.5Ghz, achieving a TM of 26C under load. They noted a reading of 56C TM, questioning whether it was stock or overclocked, and observed high TM during idle or under load. After analysis, the system stabilized in the 18-21 range, with occasional drops when running TF2. The comment suggests the OC might not be stable, potentially leading to further issues.
M
mat_fram
04-13-2016, 08:37 AM #2

Alec_7 shared feedback on the performance setup. ZachyBeat mentioned the component has strong 8+2 power phase capability, supporting effective overclocking. The user tested with a 970A UD3 and 212 Evo using an FX 8320 at 4.5Ghz, achieving a TM of 26C under load. They noted a reading of 56C TM, questioning whether it was stock or overclocked, and observed high TM during idle or under load. After analysis, the system stabilized in the 18-21 range, with occasional drops when running TF2. The comment suggests the OC might not be stable, potentially leading to further issues.

J
JebThePleb
Posting Freak
898
04-13-2016, 02:18 PM
#3
It may cause a slowdown in CPU-heavy games. It’s nice to consider overclocking instead of switching to Intel and abandoning AMD for no good reason.
You can verify this by checking your CPU and GPU usage through Task Manager and MSI Afterburner (other tools can do the same). Play a few games for a short time, then observe if performance drops. If your CPU reaches 100% while the GPU remains idle, it indicates a CPU bottleneck.
Increasing overclocking can lead to significant gains. Achieving 4.4Ghz or above will likely boost minimum frames per second and slightly raise maximum FPS, making your gameplay smoother.
Avoid exceeding 1.5V during overclocking; aim for around 1.45 if temperatures are stable.
Employ AMD Overdrive to keep an eye on thermal margin – this shows how much more heat the system can safely handle before entering unsafe temperatures (ideally around 20°C).
AMD Overdrive: http://www.amd.com/en-us/innovations/sof...over-drive
MSI Afterburner: https://gaming.msi.com/features/afterburner
Also, follow a proper overclocking guide. If you’re new, watch tutorials and read instructions. These resources will help build a solid base.
https://www.youtube.com/watch?v=MckeAmnDeTk
http://www.overclock.net/t/1348623/amd-b...otherboard
J
JebThePleb
04-13-2016, 02:18 PM #3

It may cause a slowdown in CPU-heavy games. It’s nice to consider overclocking instead of switching to Intel and abandoning AMD for no good reason.
You can verify this by checking your CPU and GPU usage through Task Manager and MSI Afterburner (other tools can do the same). Play a few games for a short time, then observe if performance drops. If your CPU reaches 100% while the GPU remains idle, it indicates a CPU bottleneck.
Increasing overclocking can lead to significant gains. Achieving 4.4Ghz or above will likely boost minimum frames per second and slightly raise maximum FPS, making your gameplay smoother.
Avoid exceeding 1.5V during overclocking; aim for around 1.45 if temperatures are stable.
Employ AMD Overdrive to keep an eye on thermal margin – this shows how much more heat the system can safely handle before entering unsafe temperatures (ideally around 20°C).
AMD Overdrive: http://www.amd.com/en-us/innovations/sof...over-drive
MSI Afterburner: https://gaming.msi.com/features/afterburner
Also, follow a proper overclocking guide. If you’re new, watch tutorials and read instructions. These resources will help build a solid base.
https://www.youtube.com/watch?v=MckeAmnDeTk
http://www.overclock.net/t/1348623/amd-b...otherboard

G
GillyWigz
Member
68
04-13-2016, 03:08 PM
#4
The process may slow down CPU-heavy games. It's better to consider overclocking instead of switching to Intel just because of AMD.
You can see if this happens by checking your CPU and GPU usage using Task Manager and MSI Afterburner (other tools work too). Play a few games for a short time, then check the stats. If your CPU is at full capacity while the GPU isn't, it means the CPU is limiting performance.
Overclocking can bring big gains. Reaching 4.4Ghz or more will noticeably boost minimum frames per second and slightly higher max. It should make your gameplay smoother.
Keep the voltage under 1.5V during overclocking; aim for around 1.45 if temperatures are stable.
Use AMD Overdrive to track thermal margin – it shows how much heat you can safely handle (ideally around 20°C).
You can find more info here:
- https://www.amd.com/en-us/innovations/so...over-drive
- https://gaming.msi.com/features/afterburner
Also, follow a tutorial for overclocking. If you're new, watch videos and read guides. They’ll help you start confidently.
https://www.youtube.com/watch?v=MckeAmnDeTk
http://www.overclock.net/t/1348623/amd-b...otherboard
G
GillyWigz
04-13-2016, 03:08 PM #4

The process may slow down CPU-heavy games. It's better to consider overclocking instead of switching to Intel just because of AMD.
You can see if this happens by checking your CPU and GPU usage using Task Manager and MSI Afterburner (other tools work too). Play a few games for a short time, then check the stats. If your CPU is at full capacity while the GPU isn't, it means the CPU is limiting performance.
Overclocking can bring big gains. Reaching 4.4Ghz or more will noticeably boost minimum frames per second and slightly higher max. It should make your gameplay smoother.
Keep the voltage under 1.5V during overclocking; aim for around 1.45 if temperatures are stable.
Use AMD Overdrive to track thermal margin – it shows how much heat you can safely handle (ideally around 20°C).
You can find more info here:
- https://www.amd.com/en-us/innovations/so...over-drive
- https://gaming.msi.com/features/afterburner
Also, follow a tutorial for overclocking. If you're new, watch videos and read guides. They’ll help you start confidently.
https://www.youtube.com/watch?v=MckeAmnDeTk
http://www.overclock.net/t/1348623/amd-b...otherboard

B
Bl4sTeD
Member
172
04-13-2016, 09:53 PM
#5
I use a 212 Evo on an 8320 and it performs well at 4.5. It holds up in the mid-high 50s C under heavy load.
Regarding your motherboard, the 4+1 VRM boards aren't ideal for overclocking; excessive heat can cause throttling at higher overclocks.
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Bl4sTeD
04-13-2016, 09:53 PM #5

I use a 212 Evo on an 8320 and it performs well at 4.5. It holds up in the mid-high 50s C under heavy load.
Regarding your motherboard, the 4+1 VRM boards aren't ideal for overclocking; excessive heat can cause throttling at higher overclocks.

S
SuperTigresss
Posting Freak
768
04-15-2016, 04:09 AM
#6
I use a 212 Evo on an 8320 and it performs well at 4.5. It holds up in the mid-high 50s C under heavy load. However, I'm curious about your motherboard. The 4+1 VRM boards aren't ideal for overclocking; excessive heat from the VRMs can cause throttling at higher overclocks. Your Gigabyte GA-970A-UD3P seems to match what you have.
S
SuperTigresss
04-15-2016, 04:09 AM #6

I use a 212 Evo on an 8320 and it performs well at 4.5. It holds up in the mid-high 50s C under heavy load. However, I'm curious about your motherboard. The 4+1 VRM boards aren't ideal for overclocking; excessive heat from the VRMs can cause throttling at higher overclocks. Your Gigabyte GA-970A-UD3P seems to match what you have.

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Brudora
Senior Member
726
04-15-2016, 04:44 AM
#7
That board is solid. It features an 8+2 power phase, which makes it easy to overclock. I'm using the 970A UD3 and 212 Evo with an FX 8320 at 4.5Ghz, running a TM of 26C under load.
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Brudora
04-15-2016, 04:44 AM #7

That board is solid. It features an 8+2 power phase, which makes it easy to overclock. I'm using the 970A UD3 and 212 Evo with an FX 8320 at 4.5Ghz, running a TM of 26C under load.

N
norsk__gamer
Junior Member
48
04-15-2016, 12:17 PM
#8
ZachyBeat shared his experience using the model. It features an 8+2 power phase, making overclocking feasible. He tested it with a 970A UD3 and 212 Evo, paired with an FX 8320 at 4.5Ghz and a TM of 26C under load. He's currently observing a 56C TM.
N
norsk__gamer
04-15-2016, 12:17 PM #8

ZachyBeat shared his experience using the model. It features an 8+2 power phase, making overclocking feasible. He tested it with a 970A UD3 and 212 Evo, paired with an FX 8320 at 4.5Ghz and a TM of 26C under load. He's currently observing a 56C TM.

K
KillaTron100
Member
166
04-22-2016, 05:13 PM
#9
Alec_7 shared their experience with the setup. They used a 970A UD3 and an 212 Evo with an FX 8320 at 4.5Ghz, running at 26C under load. The temperature was 56C under load, which is a high temperature but not excessively so. The FX 8320's overclocking to 4.5Ghz achieves a stable 26C under load, indicating good thermal performance without unusual heat levels.
K
KillaTron100
04-22-2016, 05:13 PM #9

Alec_7 shared their experience with the setup. They used a 970A UD3 and an 212 Evo with an FX 8320 at 4.5Ghz, running at 26C under load. The temperature was 56C under load, which is a high temperature but not excessively so. The FX 8320's overclocking to 4.5Ghz achieves a stable 26C under load, indicating good thermal performance without unusual heat levels.

X
xX_gurzil_Xx
Junior Member
32
04-23-2016, 02:07 AM
#10
Overclocking won't resolve the bottleneck, but it can enhance performance. I've already received advice on this and would share the outcomes. Which games are causing the problems?
X
xX_gurzil_Xx
04-23-2016, 02:07 AM #10

Overclocking won't resolve the bottleneck, but it can enhance performance. I've already received advice on this and would share the outcomes. Which games are causing the problems?

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