3570k and Intel XTU
3570k and Intel XTU
I recently chose to overclock my CPU using the Intel XTU program, which seems to work well overall, though it doesn’t retain the changes after a restart. I rarely restart my PC, but today I noticed my core clock dropped from 4.2 to 3.6. Another concern is whether I need to adjust voltages or if the program handles that automatically. I attempted 4.3 and encountered a blue screen during application, which suggests the voltage settings weren’t properly adjusted by XTU. Any guidance on the best method for overclocking would be greatly appreciated. Should I proceed via BIOS or XTU? Also, should I consider changing my RAM speed?
Here’s my current setup:
i5 3570k
GTX 1070 SC 8GB
16GB DDR3 1333 corsair vengeance
250GB SSD 850 Evo
1TB WD Blue
Z77 Gigabyte MB
RMx 850 Corsair PSU
CPU cooler: 212 EVO, temperatures never exceed 65°C
Speccy lists RAM speed as 667 MHz, but I’m unsure why.
It all hinges on system stability. Adjusting the voltage isn't a precise art. If your voltage remains steady under load, it's likely fine. To verify adaptive mode is active, look for a setting in your BIOS. Stress testing is recommended—XTU works well, but Prime95 or Unigine are preferable. Run it for several hours to confirm stability. Your RAM voltage looks good. Disable turbo only when you face instability or crashes; otherwise, focus on preventing overheating, which poses the greatest risk.
Avoid using software to boost your CPU speed; do it through your BIOS instead. Voltage adjustments may be necessary based on conditions. Raising voltage safely can improve system stability.
When the system restarts, all software overclock profiles are cleared, which is why you need to save and load them each time. iXTU tends to be very unstable and isn't recommended.
RAM information shown in Speccy only reflects half of the actual capacity because it uses Double Data Rate (DDR) technology, operating at 1333MHz.
Never rely on software to overclock your CPU, always adjust it in your BIOS. You might need to increase the voltage if necessary, but keeping it within a safe range is important. Raising the voltage (to a secure level) can improve system stability.
The resets during reboot happen because all software OC settings are cleared when you restart, which is why you must save and load your profile each time. iXTU is known for being unreliable, so I wouldn’t recommend using it.
RAM information shown in Speccy only reflects half of the actual capacity due to its Double Data Rate (DDR) technology, operating at 1333MHz.
If you plan to adjust voltages via BIOS to reach 4.2, consider what safe voltage levels are recommended.
And should you experiment with RAM speeds?
Only raise the voltage if your system becomes unstable. What is it set to? Is it on adaptive mode? Anything up to 1.5v can be considered safeish.
Overclocking RAM along with CPU will put more pressure on the system and make it work harder, so only if its stable. There is no need to though.
Only increase the voltage when your system shows instability. It should be set to a safe level, around 1.5v or less. Overclocking RAM together with the CPU adds extra strain, so proceed only if stable. The current vcore is 1.104V and Dram is 1.512V. It’s unclear if adaptive mode is active; checking that would help. If you change the core clock to 4.2 from 3.6, should you run any stress tests? If yes, which ones? Also, should turbo mode be disabled?
It all hinges on system stability. Adjusting the voltage isn't a precise art. If your voltage remains steady under load, it's likely fine. To verify adaptive mode is active, look for a setting in your BIOS. Stress testing is recommended—XTU works well, but Prime95 or Unigine are preferable. Run it for several hours to confirm stability. Your RAM voltage looks good. Disable turbo only when you face instability or crashes; otherwise, focus on avoiding overheating, which poses the greatest risk.
The outcome depends on system stability. Overclocking isn’t an exact science. Your voltage appears to be low, but does it remain stable under load? To verify adaptive mode is active, check the BIOS settings. Yes, definitely perform a stress test. For this purpose, iXTU works, though Prime95 or Unigine are preferable. Run it for several hours to confirm stability.
Your RAM voltage is acceptable.
Disable turbo only if you face instability or crashes—this depends on what can remain stable. Overheating remains the main concern.
Adaptive mode is active, voltage reaches around 1.250 under full load, and temperatures stay below 65°C even at 4.2. So far everything looks good; I’ll run a stress test overnight. Thanks.