i7-3770K搭配Corsair H60 120mm主机 这款配置提供强大的性能，适合需要高负载任务的用户。
i7-3770K搭配Corsair H60 120mm主机 这款配置提供强大的性能，适合需要高负载任务的用户。
Hi there! I’m just starting out with OC and hoping to get some guidance. I want to upgrade my old i7-3770K using a Corsair Hydro Series H60 120mm. I have a few questions:
- How much performance can the H60 provide?
- Will this really make a noticeable difference?
- I haven’t found any tutorials for this setup or instructions on how to do the upgrade.
My system includes Windows 7, Kingston HyperX DDR3 1866 C10 4x4GB RAM, and an Asus Maximus IV Extreme GPU. Under normal load, CPU temps should be around 35°C with the fan in quiet mode.
If anyone has any advice or a tutorial, I’d really appreciate it! Thanks a lot, Pike!
Relies on the condition of the current time being old. My temperature went up but I can’t recall the voltage. My setup was around 4.5 with about 1.32-1.35 volts, though I’d need a photo to confirm. This was on a saber-tooth board; yours looks much better, which could help if it’s a strong CPU. I ran a basic check, increased the multiplier and added voltage, using my 2400 speed RAM. It seems there’s a video about it online, and the 4770k is quite similar.
The H60 enables operation in the low to mid 4 GHz spectrum. Your 3770K operates around 70 W at 4.5 GHz with a voltage of 1.28 V. Be aware that each chip behaves differently, so results may vary. The 3770K tends to run warmer than Sandy Bridge because of its thermal characteristics. Gradually increase frequency in steps of 100 MHz starting from 3.7 GHz (Stock All-Core Turbo), adjusting voltage only when necessary. Monitor temperatures closely—keep them below 80°C. To maintain stability, reduce frequency by 100 MHz at the same voltage and ensure proper cooling. I usually cap at 1.3 V, though some users go up to 1.4 V.
Hey, I easily got up to 4,2 with only 1,106V and after stress test temps were around 50. BUT. I suddenly started to have blue screens. I took screenshot of my bios windows and I also have dumb files. Can you understand them or is there someone who could help me with this one! ----> Now back to default settings in bios --> running smoothly. Pike
Viewer setup. Usually operates at low voltage. That’s standard.
When the system crashes, it indicates you require higher power to maintain operation. You might lower clock speeds or boost voltage for better stability. Remember, increased voltage generates more heat—test again carefully without adjusting clocks.
You increased the voltage and didn't encounter any BSOD. Appreciate the assistance!