Read the overclock guide to enhance performance.
Read the overclock guide to enhance performance.
To ensure stability and prevent harm, the system will handle shutdowns to protect components. Unfortunately, we can't advise specific overclocking settings since each CPU and GPU, regardless of brand, type, or model, behaves differently.
damage = kill, degradation is the correct term. You’ll notice death above 2v for the CPU; RAM specs vary by IC—some last only 1.5v while others hold well beyond that. For 3600-3800 MHz, you won’t need more than 1.5v just to stay stable. Internal voltages like Vcore around 1.45v are fine, and that’s well within limits. Starting at ~1.35v with a multiplier of 41 for a 4.1GHz all-core setup works. Allcore LLC tends to crash under load compared to a more stable option; setting Vcore to 1.52v and using a mid-range LLC won’t cause a crash after stressing CPUs, but a higher one will. For an average board, a drop to 1.3-1.32v at 4-4.2GHz is realistic without hitting diminishing returns. You can still aim for 1.35v as a baseline and adjust accordingly.
Middling LLC should allow a slight dip to around 1.3-1.32v under 4-4.2GHz. Overclocking might push it higher, but stability suffers. The E5400 at 4.55GHz with 1.52v Vcore works fine—Bios at 1.58v disables it, but a drop to 1.52v won’t trigger crashes when stressing CPUs. If you enable the LLC, it will fail immediately under load.
A typical mid-range setup would use 1.35v Vcore and a solid multiplier. For maximum performance, look into Zen or Zen+ BIOS settings, but be cautious of diminishing returns. You can fine-tune RAM timings like TRFC for better results. For GPUs, MSI Afterburner works well; consider undervolting or overclocking VRAM while keeping power draw in check. At around 100MHz, you’ll see gains without excessive heat, especially if you limit core frequency and tighten timing. Just remember, 14nm chips max out near 1.45v, but you might push slightly higher if the cooler is robust.