F5F Stay Refreshed Hardware Desktop Yes, it's safe to enable DOCP on the Ryzen 5 7600x with an Asus ROG Strix B650.

Yes, it's safe to enable DOCP on the Ryzen 5 7600x with an Asus ROG Strix B650.

Yes, it's safe to enable DOCP on the Ryzen 5 7600x with an Asus ROG Strix B650.

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Peedy
Senior Member
641
02-11-2022, 09:40 PM
#1
With Ryzen 7000 and Asus boards experiencing x3D chip overvolting, it's worth considering enabling DOCP for your Ryzen 5. Your DRR5 6000 MHz RAM operates at 1.35 Volts, so it should be safe to use DOCP. For DOCP 1 or 2—either can work, but DOCP 1 is generally recommended for stability. Setting the FCLK frequency to 3000MHz might help avoid issues with your RAM.
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Peedy
02-11-2022, 09:40 PM #1

With Ryzen 7000 and Asus boards experiencing x3D chip overvolting, it's worth considering enabling DOCP for your Ryzen 5. Your DRR5 6000 MHz RAM operates at 1.35 Volts, so it should be safe to use DOCP. For DOCP 1 or 2—either can work, but DOCP 1 is generally recommended for stability. Setting the FCLK frequency to 3000MHz might help avoid issues with your RAM.

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derpatron123
Junior Member
14
02-13-2022, 01:10 PM
#2
All motherboard makers increased voltage during Expo; every AM5 processor was impacted, yet because X3D reacts more to changes, we saw more failed CPUs, while the non-3D models performed better.
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derpatron123
02-13-2022, 01:10 PM #2

All motherboard makers increased voltage during Expo; every AM5 processor was impacted, yet because X3D reacts more to changes, we saw more failed CPUs, while the non-3D models performed better.

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234
02-18-2022, 08:52 PM
#3
No, DOCP is not the same as EXPO. They are different concepts. The DOCP issue relates to overvoltage problems, while EXPO refers to a specific testing or standard. Both can lead to similar overvoltage concerns but are distinct in nature.
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ghostghillie07
02-18-2022, 08:52 PM #3

No, DOCP is not the same as EXPO. They are different concepts. The DOCP issue relates to overvoltage problems, while EXPO refers to a specific testing or standard. Both can lead to similar overvoltage concerns but are distinct in nature.