Asus ROG CROSSHAIR X670E EXTREME ROG CROSSHAIR X670E Series BIOS manual Englis - Page 84

Chassis Fan Point2 Duty Cycle

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Chassis Fan Step Up Step down allows you to adjust the time delay before the fan rotation speed increases (level 0 is an instantaneous change in speed). The higher the level, the slower the change in speed, and may also result in less noise, but this will also cause slower heat dissipation. Configuration options: [Level 0] [Level 1] [Level 2] [Level 3] [Level 4] [Level 5] Chassis Fan Step Down Step down allows you to adjust the time delay before the fan rotation speed decreases (level 0 is an instantaneous change in speed). The higher the level, the slower the change in speed, which may result in longer period with more noise. Configuration options: [Level 0] [Level 1] [Level 2] [Level 3] [Level 4] [Level 5] Chassis Fan Speed Low Limit Allows you to set the lower speed limit for assigned fan/pump. A warning message will appear when the limit is reached; the warning message will not appear if [Ignore] is selected. Configuration options: [Ignore] [200 RPM] [300 RPM] [400 RPM] [500 RPM] [600 RPM] Chassis Fan Point4 Temperature When the temperature source is lower than the temperature of P4, the duty cycle will be determined according to the P3-P4 and the temperature source. When the temperature source is higher than the temperature of P4, the fan will operate at the duty cycle of P4. Use the or keys to adjust the Point4 temperature. Chassis Fan Point4 Duty Cycle (%) When the temperature source is lower than the temperature of P4, the duty cycle will be determined according to the P3-P4 and the temperature source. When the temperature source is higher than the temperature of P4, the fan will operate at the duty cycle of P4. Use the or keys to adjust the Point4 temperature. Chassis Fan Point3 Temperature When the temperature source is lower than the temperature of P3, the duty cycle will be determined according to the P2-P3 and the temperature source. When the temperature source is higher than the temperature of P3, the duty cycle will be determined according to the P3-P4 and the temperature source. Use the or keys to adjust the Point3 temperature. Chassis Fan Point3 Duty Cycle (%) When the temperature source is lower than the temperature of P3, the duty cycle will be determined according to the P2-P3 and the temperature source. When the temperature source is higher than the temperature of P3, the duty cycle will be determined according to the P3-P4 and the temperature source. Use the or keys to adjust the Point3 temperature. Chassis Fan Point2 Temperature When the temperature source is lower than the temperature of P2, the duty cycle will be determined according to the P1-P2 and the temperature source. When the temperature source is higher than the temperature of P2, the duty cycle will be determined according to the P2-P3 and the temperature source. Use the or keys to adjust the Point2 temperature. Chassis Fan Point2 Duty Cycle (%) When the temperature source is lower than the temperature of P2, the duty cycle will be determined according to the P1-P2 and the temperature source. When the temperature source is higher than the temperature of P2, the duty cycle will be determined according to the P2-P3 and the temperature source. Use the or keys to adjust the Point2 temperature. Chassis Fan Point1 Temperature When the temperature source is lower than the temperature of P1, the fan will operate at the duty cycle of P1. When the temperature source is higher than the temperature of P1, the duty cycle will be determined according to the P1-P2 and the temperature source. Use the or keys to adjust the Point1 temperature. 84 ROG CROSSHAIR X670E Series BIOS Manual

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84
ROG CROSSHAIR X670E Series BIOS Manual
Chassis Fan Step Up
Step down allows you to adjust the time delay before the fan rotation speed increases
(level 0 is an instantaneous change in speed). The higher the level, the slower the
change in speed, and may also result in less noise, but this will also cause slower heat
dissipation.
Configuration options: [Level 0] [Level 1] [Level 2] [Level 3] [Level 4] [Level 5]
Chassis Fan Step Down
Step down allows you to adjust the time delay before the fan rotation speed decreases
(level 0 is an instantaneous change in speed). The higher the level, the slower the
change in speed, which may result in longer period with more noise.
Configuration options: [Level 0] [Level 1] [Level 2] [Level 3] [Level 4] [Level 5]
Chassis Fan Speed Low Limit
Allows you to set the lower speed limit for assigned fan/pump. A warning message will
appear when the limit is reached; the warning message will not appear if
[Ignore]
is
selected.
Configuration options: [Ignore] [200 RPM] [300 RPM] [400 RPM] [500 RPM] [600 RPM]
Chassis Fan Point4 Temperature
When the temperature source is lower than the temperature of P4, the duty cycle will be
determined according to the P3-P4 and the temperature source. When the temperature
source is higher than the temperature of P4, the fan will operate at the duty cycle of P4.
Use the <+> or <-> keys to adjust the Point4 temperature.
Chassis Fan Point4 Duty Cycle (%)
When the temperature source is lower than the temperature of P4, the duty cycle will be
determined according to the P3-P4 and the temperature source. When the temperature
source is higher than the temperature of P4, the fan will operate at the duty cycle of P4.
Use the <+> or <-> keys to adjust the Point4 temperature.
Chassis Fan Point3 Temperature
When the temperature source is lower than the temperature of P3, the duty cycle will be
determined according to the P2-P3 and the temperature source. When the temperature
source is higher than the temperature of P3, the duty cycle will be determined according
to the P3-P4 and the temperature source. Use the <+> or <-> keys to adjust the Point3
temperature.
Chassis Fan Point3 Duty Cycle (%)
When the temperature source is lower than the temperature of P3, the duty cycle will be
determined according to the P2-P3 and the temperature source. When the temperature
source is higher than the temperature of P3, the duty cycle will be determined according
to the P3-P4 and the temperature source. Use the <+> or <-> keys to adjust the Point3
temperature.
Chassis Fan Point2 Temperature
When the temperature source is lower than the temperature of P2, the duty cycle will be
determined according to the P1-P2 and the temperature source. When the temperature
source is higher than the temperature of P2, the duty cycle will be determined according
to the P2-P3 and the temperature source. Use the <+> or <-> keys to adjust the Point2
temperature.
Chassis Fan Point2 Duty Cycle (%)
When the temperature source is lower than the temperature of P2, the duty cycle will be
determined according to the P1-P2 and the temperature source. When the temperature
source is higher than the temperature of P2, the duty cycle will be determined according
to the P2-P3 and the temperature source. Use the <+> or <-> keys to adjust the Point2
temperature.
Chassis Fan Point1 Temperature
When the temperature source is lower than the temperature of P1, the fan will operate at
the duty cycle of P1. When the temperature source is higher than the temperature of P1,
the duty cycle will be determined according to the P1-P2 and the temperature source.
Use the <+> or <-> keys to adjust the Point1 temperature.