F5F Stay Refreshed Hardware Desktop Boost frequency of Ryzen 7 2700 is 3.4 GHz.

Boost frequency of Ryzen 7 2700 is 3.4 GHz.

Boost frequency of Ryzen 7 2700 is 3.4 GHz.

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alex_oo3
Member
249
07-13-2018, 08:37 PM
#1
Hey there! I just got my Ryzen 7 and tested Cinebench R23 and R20. The CPU is clocking around 3.375GHz, which is way lower than its advertised boost speed. This upgrade from my i5 4460 might be driver-related—anyone have tips? Thanks! Temper: 55-59°C. Monitoring tools: Ryzen Master, Task Manager, HWMonitor.
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alex_oo3
07-13-2018, 08:37 PM #1

Hey there! I just got my Ryzen 7 and tested Cinebench R23 and R20. The CPU is clocking around 3.375GHz, which is way lower than its advertised boost speed. This upgrade from my i5 4460 might be driver-related—anyone have tips? Thanks! Temper: 55-59°C. Monitoring tools: Ryzen Master, Task Manager, HWMonitor.

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beth04
Member
156
07-13-2018, 11:06 PM
#2
The claimed boost frequency represents the highest possible speed when just one or two cores are active. Test Cinebench in single-thread mode to verify achieving that maximum.
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beth04
07-13-2018, 11:06 PM #2

The claimed boost frequency represents the highest possible speed when just one or two cores are active. Test Cinebench in single-thread mode to verify achieving that maximum.

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reidlr
Member
67
07-19-2018, 11:09 PM
#3
It seems you're asking whether a higher frequency would still be appropriate. Let me clarify that for you.
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reidlr
07-19-2018, 11:09 PM #3

It seems you're asking whether a higher frequency would still be appropriate. Let me clarify that for you.

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PommeVerte
Member
122
07-20-2018, 12:52 AM
#4
2700 non-x all-core boost struggles significantly due to its 65W TDP goal. You've noticed around 3.4GHz under stress. The stock cooler handles 3.7-3.8 well. I’d tweak it manually to a multiplier of 38 to begin. It’s essentially the same chip as the 2700x, and most can manage 40x+ with adequate cooling and manual adjustments. The same applies to all non-x variants. Manual tuning is crucial here because of their low TDP limits. My 1600 drops to a meager 3.3GHz all-core under any load at default settings. Just one click to boost to 40x, then adjust voltage offset—it works just like a 1600x.
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PommeVerte
07-20-2018, 12:52 AM #4

2700 non-x all-core boost struggles significantly due to its 65W TDP goal. You've noticed around 3.4GHz under stress. The stock cooler handles 3.7-3.8 well. I’d tweak it manually to a multiplier of 38 to begin. It’s essentially the same chip as the 2700x, and most can manage 40x+ with adequate cooling and manual adjustments. The same applies to all non-x variants. Manual tuning is crucial here because of their low TDP limits. My 1600 drops to a meager 3.3GHz all-core under any load at default settings. Just one click to boost to 40x, then adjust voltage offset—it works just like a 1600x.

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BlueBaery
Member
229
07-20-2018, 12:51 PM
#5
You wanted a stronger overall enhancement, so I'll focus on boosting all aspects.
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BlueBaery
07-20-2018, 12:51 PM #5

You wanted a stronger overall enhancement, so I'll focus on boosting all aspects.

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Blaster12121
Member
155
07-22-2018, 12:14 AM
#6
Sure, adjusting the settings to 38 will keep everything running at 3800mhz continuously. This setting won't hurt the CPU and should work well with the default voltage. If you're not doing intensive tasks (just gaming), try 40 with a small offset of about 0.16 and you might reach around 4ghz on the stock cooler. The claimed single-core boost numbers are often overstated, as most CPUs hit their maximum all-core speed during regular use due to game optimizations or background processes. On non-x chips, tuning can easily resolve performance issues.
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Blaster12121
07-22-2018, 12:14 AM #6

Sure, adjusting the settings to 38 will keep everything running at 3800mhz continuously. This setting won't hurt the CPU and should work well with the default voltage. If you're not doing intensive tasks (just gaming), try 40 with a small offset of about 0.16 and you might reach around 4ghz on the stock cooler. The claimed single-core boost numbers are often overstated, as most CPUs hit their maximum all-core speed during regular use due to game optimizations or background processes. On non-x chips, tuning can easily resolve performance issues.

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armourbros
Junior Member
14
08-12-2018, 09:36 AM
#7
No need to worry, OCing through Ryzen Master is totally fine.
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armourbros
08-12-2018, 09:36 AM #7

No need to worry, OCing through Ryzen Master is totally fine.

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yJaaoxD
Member
203
08-12-2018, 01:49 PM
#8
BIOS and Ryzen Master don't retain settings between reboots (as far as I know). You might need to use Ryzen Master to set it up, but BIOS remains the preferred option.
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yJaaoxD
08-12-2018, 01:49 PM #8

BIOS and Ryzen Master don't retain settings between reboots (as far as I know). You might need to use Ryzen Master to set it up, but BIOS remains the preferred option.

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SuperTigresss
Posting Freak
768
08-12-2018, 05:25 PM
#9
Sure, I'm ready to help. What would you like to do?
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SuperTigresss
08-12-2018, 05:25 PM #9

Sure, I'm ready to help. What would you like to do?

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Skulhead2a
Member
210
08-18-2018, 09:41 PM
#10
I don't understand your motherboard model or BIOS settings, so I recommend starting with the 38 multiplier and letting voltage auto. Run it with A64 or similar for a while to check performance. Other stress tests are possible, but the best evaluation comes from your actual applications.
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Skulhead2a
08-18-2018, 09:41 PM #10

I don't understand your motherboard model or BIOS settings, so I recommend starting with the 38 multiplier and letting voltage auto. Run it with A64 or similar for a while to check performance. Other stress tests are possible, but the best evaluation comes from your actual applications.

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