OC for a non-delayed 8086k
OC for a non-delayed 8086k
Boost performance a bit more by using fewer cores, but it's not necessary if you need both 5GHz single-core and 5GHz all-core speeds. The all-core speed only changes with a voltage setting (LLC), which adds extra power to your CPU for better stability. Use it when you prefer lower overall voltage but still require occasional voltage spikes for stability. My setup handles this well—my CPU stays at around 4.6V across all cores, about 1.18 volts total, so low voltage isn't an issue. You can find more details here: https://www.pcgamer.com/what-is-load-lin...=Load-Line Calibration%2C or LLC,to the CPU more stable.
Check your BIOS settings for CPU core ratio and cache voltage values. Adjust them based on the core-by-core data you have. Lowering the voltage to 1.4 or below is common, but it can affect stability—reducing it further may increase thermal stress if overheating occurs. Ensure you follow the manufacturer’s guidelines closely.
I relied on the der8auer i7 8700k for video editing. The MAXIMUS X HERO was also used. I also tried 5.1 audio with those configurations.
I think the voltage setting is called vcore, not cache, and I can't recall the exact BIOS layout of current Asus boards. It seems to be right below the frequency settings. A limit around 1.45 is reasonable, staying under it helps maintain good temperatures; under 1.4 is better for lower heat. Around 1.35 should suffice, but adjust to your preference. You can use software like HWMonitor to confirm the voltage matches what the BIOS expects.
Video showing the Bios interface for the "CPU/Core Cache Voltage" configuration.
In the CPU Ratio section for each core, your number would typically be expressed as a multiplier rather than a direct value like 5.4 or 54. You’d then apply that multiplier together with the BLCK value to get the final result. The exact format depends on how the system interprets it, so you may need to adjust based on the specific guidelines provided.