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How to reduce high CPU idle temps with HydroShift 2 AIO

How to reduce high CPU idle temps with HydroShift 2 AIO

Are you struggling with high CPU idle temperatures despite using the Lian Li HydroShift 2 AIO? This comprehensive guide shows you how to reduce high CPU idle temps, optimize your HydroShift 2 cooling performance, and get your system running cool and quiet again. Whether you are facing thermal throttling, sudden temp spikes, or inefficient liquid cooling performance, we walk you through troubleshooting steps, including adjusting pump speeds, re-applying thermal paste, checking mounting pressure, and configuring L-Connect 3 software. This step-by-step solution helps you fix AIO cooling problems for Intel and AMD processors, improve airflow efficiency, and prevent high CPU temperatures in the future.

In This Video We Will See How to Reduce High CPU Idle Temps with HydroShift 2 AIO

Here Are The Steps to Lower CPU Idle Temperatures

Method 1: Optimizing Pump and Fan Curves

1. Open L-Connect 3 Software
2. Navigate to the Fan/Pump Profile tab
3. Select your HydroShift 2 AIO
4. Set the Pump Speed to a constant high-performance mode or a steeper curve
5. Adjust Fan Curves to respond earlier to temperature changes
6. Click Apply
7. Monitor idle temps to see the improvement
8. Done!

Method 2: Checking Hardware Mounting and Contact

1. Power off your PC and unplug the power cable
2. Carefully remove the HydroShift 2 pump block from the CPU
3. Clean off the old thermal paste using isopropyl alcohol
4. Apply a high-quality pea-sized amount of new thermal paste
5. Reinstall the pump block, ensuring even pressure by tightening screws in a cross pattern
6. Ensure the HydroShift tubes are not kinked or restricted
7. Plug your PC back in and boot up
8. Done!

Method 3: Bios and Voltage Adjustments

1. Restart your computer and tap Delete or F2 to enter BIOS
2. Locate CPU Fan Header settings
3. Ensure the header connected to the AIO pump is set to Full Speed or PWM mode
4. Check for any "Auto-Overclocking" features that might be pushing high idle voltages
5. Save changes and Exit
6. Done!

Topics Covered:
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