F5F Stay Refreshed Hardware Desktop Settings for Asus Maximus IX Hero LLC

Settings for Asus Maximus IX Hero LLC

Settings for Asus Maximus IX Hero LLC

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EpicSword55
Member
213
07-13-2016, 04:04 AM
#1
I'm attempting to boost my CPU's performance near its maximum safe voltage for benchmarking. I'm seeking advice on using the LLC settings on this specific board. If accurate, higher levels like 4 or 5 would produce stable LLC voltages. Otherwise, I'd appreciate any alternative approaches. The Intel i5-6600k @ 4.8GHz with 1.35V is paired with a Nvidia Titan X and Asus Maximus IX Hero boards.
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EpicSword55
07-13-2016, 04:04 AM #1

I'm attempting to boost my CPU's performance near its maximum safe voltage for benchmarking. I'm seeking advice on using the LLC settings on this specific board. If accurate, higher levels like 4 or 5 would produce stable LLC voltages. Otherwise, I'd appreciate any alternative approaches. The Intel i5-6600k @ 4.8GHz with 1.35V is paired with a Nvidia Titan X and Asus Maximus IX Hero boards.

H
hanmika
Member
87
07-14-2016, 10:58 PM
#2
Achieving flat voltage isn't ideal for regulation. Push switching frequency high then select the smallest LLC that keeps drop under 100mV.
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hanmika
07-14-2016, 10:58 PM #2

Achieving flat voltage isn't ideal for regulation. Push switching frequency high then select the smallest LLC that keeps drop under 100mV.

N
NORFFF
Member
199
07-15-2016, 07:52 AM
#3
Flat loadline, measuring 0 mOhms, represents the top setting on that board—either 7 or 8—and should be avoided. At such a setting, your board will display a significant voltage rise during load instead of maintaining idle levels. This happens because the Super I/O sensor reads are influenced by the power plane, not the actual voltage. It's not a true voltage reading; it's flat. However, you'll encounter large ripple effects—transient spikes and drops—that can randomly disrupt performance when you assume sufficient voltage.
N
NORFFF
07-15-2016, 07:52 AM #3

Flat loadline, measuring 0 mOhms, represents the top setting on that board—either 7 or 8—and should be avoided. At such a setting, your board will display a significant voltage rise during load instead of maintaining idle levels. This happens because the Super I/O sensor reads are influenced by the power plane, not the actual voltage. It's not a true voltage reading; it's flat. However, you'll encounter large ripple effects—transient spikes and drops—that can randomly disrupt performance when you assume sufficient voltage.

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BlueJayTitan
Junior Member
13
07-22-2016, 11:48 AM
#4
The Asus boards Level 5 exhibit a 90mV drop, suggesting it should function as intended. I'll test the switching frequency later to confirm performance.
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BlueJayTitan
07-22-2016, 11:48 AM #4

The Asus boards Level 5 exhibit a 90mV drop, suggesting it should function as intended. I'll test the switching frequency later to confirm performance.