Overclocking is a highly challenging endeavor that requires both skill and patience. It not only improves computer performance, but also gives enthusiasts a sense of accomplishment and fun. When the system fails to boot normally after overclocking, overclockers can stabilize their system by adjusting various parameters such as voltage, DRAM CL value (Column Address Strobe latency), etc. When overclocking is successful, the system will run in a stable manner at the overclocked speed. This is a challenge that many overclockers love. They will post their achievements in HWBot https://hwbot.org which not only provides a platform for competition, but also allows overclockers to share their skills and experiences with their peers.

At the same time, users who do not wish to bother modifying system parameters can use Intel XMP or AMD EXPO one-click overclocking to easily enjoy the speed offered by overclocked memory. This is a convenient way for ordinary users to get started, allowing them to experience the fun of overclocking and the benefits of improved performance.
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1. Intel XMP/AMD EXPO DDR4/DDR5 overclocking only requires one click to enable. After powering on, continuously tap the Del key at the system startup screen to enter BIOS settings. Please refer to the BIOS operation screen of your motherboard for more details.
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Step 1. Select Intel XMP or AMD EXPO.
Step 2. Select Enabled, click Disabled if you do not want to overclock.
Step 3. Enabled displays XMP or AMD product specifications.
Step 4. Click F10 and select OK to save settings (the system will automatically restart after saving settings)&nbsp;

🡇 Intel XMP setting screen

🡇 AMD EXPO setting screen

2. Check whether memory overclocking is successful.&nbsp;
a. Check overclocked speed in Windows 10/11 by going to [Task Manager]-[Performance]-[Memory]
b. Use software tools that monitor memory frequency and timing such as CPU-Z, HWiNFO or software provided by the motherboard manufacturer.

🡇 CPU-Z shows memory overclocking status

Overclocking is a highly challenging endeavor that requires both skill and patience. It not only improves computer performance, but also gives enthusiasts a sense of accomplishment and fun. When the system fails to boot normally after overclocking, overclockers can stabilize their system by adjusting various parameters such as voltage, DRAM CL value (Column Address Strobe latency), etc. When overclocking is successful, the system will run in a stable manner at the overclocked speed. This is a ch