F5F Stay Refreshed Hardware Desktop Checking performance of a Ryzen 5 3600 at 1.45V in liquid cooling.

Checking performance of a Ryzen 5 3600 at 1.45V in liquid cooling.

Checking performance of a Ryzen 5 3600 at 1.45V in liquid cooling.

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TheBread69
Member
200
09-23-2019, 04:56 PM
#11
That's impressive!
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TheBread69
09-23-2019, 04:56 PM #11

That's impressive!

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SrPump11
Member
154
09-23-2019, 09:16 PM
#12
8-hour test of Real Bench stable at 4.5GHz, planning additional checks for lasting performance.
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SrPump11
09-23-2019, 09:16 PM #12

8-hour test of Real Bench stable at 4.5GHz, planning additional checks for lasting performance.

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zPluginPvP_
Junior Member
11
09-27-2019, 06:17 PM
#13
Hey! That's a strong question—let me break it down. If you're asking if 105% of 60A is safe or possible, it depends on the context. Clarify the setup so I can give you a precise answer!
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zPluginPvP_
09-27-2019, 06:17 PM #13

Hey! That's a strong question—let me break it down. If you're asking if 105% of 60A is safe or possible, it depends on the context. Clarify the setup so I can give you a precise answer!

C
cool_person
Junior Member
34
10-04-2019, 02:06 PM
#14
Design constraints are the main factor here. In Ryzen Master, when using PBO, raise the TDC and EDC thresholds because you're pushing the limits. At the default settings, boosting these numbers helps PBO adjust the clock speeds more effectively based on temperature through the SenseMi algorithm.
C
cool_person
10-04-2019, 02:06 PM #14

Design constraints are the main factor here. In Ryzen Master, when using PBO, raise the TDC and EDC thresholds because you're pushing the limits. At the default settings, boosting these numbers helps PBO adjust the clock speeds more effectively based on temperature through the SenseMi algorithm.

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