F5F Stay Refreshed Hardware Desktop My perspective on PBO is open to discussion.

My perspective on PBO is open to discussion.

My perspective on PBO is open to discussion.

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dopeeful
Member
56
06-15-2020, 07:38 PM
#21
It was a gradual process for me to understand everything, but it's really impressive. I started boosting just one core up to 4.65Ghz, with others at 3.7Ghz, and now all cores can reach that speed at the same temps! I'm not sure what you're referring to by 'lost performance.'
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dopeeful
06-15-2020, 07:38 PM #21

It was a gradual process for me to understand everything, but it's really impressive. I started boosting just one core up to 4.65Ghz, with others at 3.7Ghz, and now all cores can reach that speed at the same temps! I'm not sure what you're referring to by 'lost performance.'

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dreams1
Member
249
06-16-2020, 07:44 AM
#22
You're in an ITX with a compact cooler, and you had to reduce some performance.
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dreams1
06-16-2020, 07:44 AM #22

You're in an ITX with a compact cooler, and you had to reduce some performance.

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ninjakid2170
Junior Member
5
06-16-2020, 02:04 PM
#23
Sure thing. Your build seems stable with solid performance in the mid-tower case. The Cinebench test showed no overheating, even at full load. You're asking if you're using all-core boost and what temperatures you're seeing during those tests.
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ninjakid2170
06-16-2020, 02:04 PM #23

Sure thing. Your build seems stable with solid performance in the mid-tower case. The Cinebench test showed no overheating, even at full load. You're asking if you're using all-core boost and what temperatures you're seeing during those tests.

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Matke04
Posting Freak
825
06-16-2020, 02:36 PM
#24
I've been experimenting with it this morning. 4.4 is near the maximum stability I can achieve. It's causing temperatures to spike and reaching 110C. Exceeding 1.32 V triggers the PSU to trip. Edit: Now that I'm on my computer, it's clear—it's not a power-related issue. The design of the RVZ03B means the CPU airflow ends up inside the PSU housing. When I crash, I need to wait for it to cool before everything works again.
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Matke04
06-16-2020, 02:36 PM #24

I've been experimenting with it this morning. 4.4 is near the maximum stability I can achieve. It's causing temperatures to spike and reaching 110C. Exceeding 1.32 V triggers the PSU to trip. Edit: Now that I'm on my computer, it's clear—it's not a power-related issue. The design of the RVZ03B means the CPU airflow ends up inside the PSU housing. When I crash, I need to wait for it to cool before everything works again.

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truett133
Junior Member
13
06-16-2020, 10:08 PM
#25
The Silverstone appears stylish and well-designed. I see an option for an AIO, though I’m not sure if it’s 120mm or 240mm—could the latter unlock more performance for your chip?
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truett133
06-16-2020, 10:08 PM #25

The Silverstone appears stylish and well-designed. I see an option for an AIO, though I’m not sure if it’s 120mm or 240mm—could the latter unlock more performance for your chip?

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