3000hz memory module overclocked to 3600

18-22-22-42.
When overclocking Kingston 3200 memory to 3600, the optimal timing setting is 18-22-22-42. The memory module has its CAS latency (CL) set to 18 clock cycles, RAS to CAS latency (tRCD) set to 22 clock cycles, row pre charge time (tRP) set to 22 clock cycles, and row activation to pre charge time. (tRAS) is set to 42 clock cycles. You can achieve higher performance while maintaining stability.

The recommended voltage setting for overclocking is 1.4V, which is relatively stable.

Each strip has a different constitution, and the parameters may be slightly different. For super memory, it is nothing more than adding voltage, changing the frequency, and testing. In this step-by-step cycle, you can slow down first. Add it slowly, for example, first 3000, then 3200, and then 3600. While increasing the frequency, increase the voltage step by step.

Add it step by step with 0.2V. Sometimes when you set a certain voltage, it may jump to a nearby value, so don't worry about it. The memory voltage should not exceed 1.4V, and the memory voltage exceeding 3600 is 1.35 V is almost the same, and this frequency is easier to exceed. The timing can be adjusted to C17 or even C16. Try it step by step and slowly.

After each increase of the FSB, pre ss "F10" to save and restart once, until you successfully enter the system and restart manually, continue to increase the FSB, and repeat the above actions until the CPU is overrun. to the ideal frequency.

Stability test after overclocking:

When the overclocking is too much and cannot enter the system, decrease the FSB in steps of 5. After successfully entering the system, use the ORHTOS software to bake the machine and test whether the CPU and memory are stable after overclocking. If they are stable, it means the overclocking is very successful.