F5F Stay Refreshed Power Users Overclocking What methods exist for boosting the performance of a Ryzen 7700X?

What methods exist for boosting the performance of a Ryzen 7700X?

What methods exist for boosting the performance of a Ryzen 7700X?

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Reltzy
Member
111
05-05-2022, 10:16 PM
#1
PC specifications include a Ryzen 7 7700X processor, an ID Cooling Frostflow X 240mm AIO cooler, an RX 6800 GPU, 32GB of DDR5-6000 RAM, and a Seasonic Focus GX 850W 80+ Gold power supply. Storage options are a Samsung 980 Pro 2TB drive. The motherboard is an Asus TUF B650M Plus with Wi-Fi support. Operating temperatures are 32°C at idle, 70-80°C under load, and room temperature is around 21°C. The case model is available at the provided link.
R
Reltzy
05-05-2022, 10:16 PM #1

PC specifications include a Ryzen 7 7700X processor, an ID Cooling Frostflow X 240mm AIO cooler, an RX 6800 GPU, 32GB of DDR5-6000 RAM, and a Seasonic Focus GX 850W 80+ Gold power supply. Storage options are a Samsung 980 Pro 2TB drive. The motherboard is an Asus TUF B650M Plus with Wi-Fi support. Operating temperatures are 32°C at idle, 70-80°C under load, and room temperature is around 21°C. The case model is available at the provided link.

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Hydroforce33
Senior Member
550
05-06-2022, 12:13 AM
#2
Increase the CPU multiplier by a few, increase voltage a bit for every extra multiplier. Increase the base clock, depending on how far you want to go. This is a general guide, look up guides on other websites or get more advanced advice from other users.
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Hydroforce33
05-06-2022, 12:13 AM #2

Increase the CPU multiplier by a few, increase voltage a bit for every extra multiplier. Increase the base clock, depending on how far you want to go. This is a general guide, look up guides on other websites or get more advanced advice from other users.

S
SinAyy
Member
204
05-06-2022, 01:45 PM
#3
There's not much point in overclocking late Ryzen (5000x/7000x) series except for sport, gains are minimal if any and inmost cases lower single core performance with more heat and possible instability.
Better way is to maximize performance thru control of temperature and voltages while maximizing available power, Built in algorithms can take care of boost better than forcing it manually.
Non-x models can be coaxed to X model performance by higher voltages and more aggressive PBO.
S
SinAyy
05-06-2022, 01:45 PM #3

There's not much point in overclocking late Ryzen (5000x/7000x) series except for sport, gains are minimal if any and inmost cases lower single core performance with more heat and possible instability.
Better way is to maximize performance thru control of temperature and voltages while maximizing available power, Built in algorithms can take care of boost better than forcing it manually.
Non-x models can be coaxed to X model performance by higher voltages and more aggressive PBO.

D
Dam1yo
Member
145
05-08-2022, 09:12 AM
#4
Yes, you can simply turn on PBO and continue with your current setup.
D
Dam1yo
05-08-2022, 09:12 AM #4

Yes, you can simply turn on PBO and continue with your current setup.

A
AhBilly
Member
114
05-09-2022, 01:06 PM
#5
There are numerous adjustments that could be implemented through PBO, such as Curve Optimization for core voltages, which is particularly helpful in maintaining lower voltages and higher power output. Considering temperature and load, the algorithm determines boost levels and how loads are distributed among cores. Many factors now play a lesser role compared to earlier designs. When any parameter surpasses its limit, certain loads shift to other cores. Intel achieves similar results using E and P cores independently of the operating system. These are key reasons why recent CPU generations don’t benefit significantly from traditional overclocking. They perform optimally only under the right conditions.
A
AhBilly
05-09-2022, 01:06 PM #5

There are numerous adjustments that could be implemented through PBO, such as Curve Optimization for core voltages, which is particularly helpful in maintaining lower voltages and higher power output. Considering temperature and load, the algorithm determines boost levels and how loads are distributed among cores. Many factors now play a lesser role compared to earlier designs. When any parameter surpasses its limit, certain loads shift to other cores. Intel achieves similar results using E and P cores independently of the operating system. These are key reasons why recent CPU generations don’t benefit significantly from traditional overclocking. They perform optimally only under the right conditions.

T
Taybaybay
Posting Freak
850
05-12-2022, 07:43 PM
#6
Using "overclocking" involves two approaches:
To raise the boost clock ceiling, enable PBO and adjust settings.
To keep all cores consistently above the base speed, fix the multiplier. But doing so locks the clock speed at that level.
T
Taybaybay
05-12-2022, 07:43 PM #6

Using "overclocking" involves two approaches:
To raise the boost clock ceiling, enable PBO and adjust settings.
To keep all cores consistently above the base speed, fix the multiplier. But doing so locks the clock speed at that level.

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ninja__girl
Junior Member
28
05-13-2022, 01:38 AM
#7
I understand this discussion is quite outdated, yet it's worth noting that the safe voltage limit is 1.25V and the frequency cap is 5.45GHz. I've managed to reach 5.7GHz occasionally with the boost override, but I'm limited to around 150 boost overrides or else the Ryzen Master might get corrupted. What are your thoughts on this?
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ninja__girl
05-13-2022, 01:38 AM #7

I understand this discussion is quite outdated, yet it's worth noting that the safe voltage limit is 1.25V and the frequency cap is 5.45GHz. I've managed to reach 5.7GHz occasionally with the boost override, but I'm limited to around 150 boost overrides or else the Ryzen Master might get corrupted. What are your thoughts on this?

S
Soccergurl46
Member
55
05-18-2022, 11:49 PM
#8
Check for the lowest voltage it can handle without crashing. Unless the maximum voltage causes a crash.
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Soccergurl46
05-18-2022, 11:49 PM #8

Check for the lowest voltage it can handle without crashing. Unless the maximum voltage causes a crash.