F5F Stay Refreshed Hardware Desktop C3 only in c-state is required for the additional 0.30GHz improvement.

C3 only in c-state is required for the additional 0.30GHz improvement.

C3 only in c-state is required for the additional 0.30GHz improvement.

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FureaMC
Senior Member
564
11-08-2020, 04:34 AM
#1
I'm just wondering why C3 was the only setting I turned on to let my CPU reach 4.3 GHz instead of 4.0. With C-state off, my PC runs smoother and faster. I understand it's a power-saving feature, but why does that matter? Do others do this too? My CPU is an Intel 10400i5, and I've disabled CPU parking.
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FureaMC
11-08-2020, 04:34 AM #1

I'm just wondering why C3 was the only setting I turned on to let my CPU reach 4.3 GHz instead of 4.0. With C-state off, my PC runs smoother and faster. I understand it's a power-saving feature, but why does that matter? Do others do this too? My CPU is an Intel 10400i5, and I've disabled CPU parking.

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NewenXV
Junior Member
24
11-08-2020, 04:56 AM
#2
The processor remains limited to the "all-core" boost setting unless additional processing units reach level C3 or beyond.
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NewenXV
11-08-2020, 04:56 AM #2

The processor remains limited to the "all-core" boost setting unless additional processing units reach level C3 or beyond.

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Lolaloliepop
Junior Member
42
11-08-2020, 12:36 PM
#3
Elite Knight supports all Intel Core i processors from 2008 onwards. To achieve peak performance, they require either C3, C6 or C7 enabled. This is built into the original architecture. Idle cores must switch to low-power states, which conserves energy and lets active cores operate more efficiently. The fewer inactive cores there are, the quicker the active ones can process tasks. Every locked non-K series CPU in Intel has this restriction. Many users overlook it.
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Lolaloliepop
11-08-2020, 12:36 PM #3

Elite Knight supports all Intel Core i processors from 2008 onwards. To achieve peak performance, they require either C3, C6 or C7 enabled. This is built into the original architecture. Idle cores must switch to low-power states, which conserves energy and lets active cores operate more efficiently. The fewer inactive cores there are, the quicker the active ones can process tasks. Every locked non-K series CPU in Intel has this restriction. Many users overlook it.