Secure and reliable Non-k Overclocking
Secure and reliable Non-k Overclocking
Hey everyone,
I've been diving into overclocking for my latest PC setup. This is my first build, so everything feels new and exciting. It's running smoothly at stock speeds, but I'm struggling to get the I3-6300 to hit anything above 4.0Ghz. At 4.2Ghz it works for a while, though it still freezes occasionally. I'm using a Coolermaster 212 Evo and the temperature readings look normal. I have a Gigabyte Z170XP SLIP with BIOS version F6E from December 2015, which supports BCLK overclocking.
I'm trying to adjust BCLK, Vcore, and the Uncore to see what helps. Any advice would be really useful. Thanks!
Jasonhickman17 also mentioned increasing the system agent voltage. Why do this? My OC is stable when I only have the vcore raised, am I missing something? I reviewed what I posted and don’t see your recommendation. If you wanted to overclock, why didn’t you purchase an unlocked multiplier CPU? Check your CPU-Z validation for the overclock settings on my 3770K. Oh, I’m sorry—I mistakenly thought increasing Vcore alone was enough for overclocking, as per your post. Regarding the unlocked CPU, I didn’t have the funds at that time to buy one that could match the performance of the i5-6400 @ 4.459Ghz.
Instability overclocking of BCLK is only feasible if you're considering K series hardware.
Continuing your current approach risks damaging your HDD data, possibly requiring a system reinstall.
For future overclocking attempts, investing in overclockable components would be more beneficial than trying to achieve gains through unstable BCLK adjustments, which could lead to further issues.
It is unclear how it affects the HDD, as I wasn't informed about this possibility.
You're just asking for instability overclocking the BCLK. If you really wanted to go further, you should have purchased a K series. You continue doing what you're doing and you risk damaging your HDD data so much that reinstalling your OS becomes necessary. In the future, if you aim to overclock, buying overclockable hardware would be better than trying to achieve the same results with a non-K system, which could lead to instability and possible HDD corruption. I'm really interested in understanding how this might cause data loss on the HDD, since I'm currently risking everything by overclocking BCLK and don't mind losing the SSD data, but keeping the drive powered off is essential for me. If you could explain more about this, it would be very helpful!
Jasonhickman17 is pointing out concerns about instability caused by BCLK overclocking. He suggests considering K-series or X-series Intel and AMD BE, T, and FX lines for better stability. He emphasizes the risk of data corruption on HDDs and SSDs, especially when the system is offline. He advises understanding how stress testing can reveal instability issues and warns that running stress tests may not fully reflect real-world performance. He stresses the importance of choosing a truly overclockable CPU to avoid unpredictable behavior and potential data loss.
You're pointing out concerns about instability overclocking and data safety. It seems like you're concerned about potential risks such as corrupting HDD data or storage issues. You're also curious about how stress testing affects stability and whether increasing voltage helps. Your questions highlight the importance of understanding the impact on system components and storage.
also above, you suggested raising the voltage of the system agent, but why is my OC stable when I only have the vcore increased? Did I miss something? I re-read what I posted and don’t see your recommendation mentioned. If you were planning to overclock, why didn’t you purchase an unlocked multiplier CPU? Check your CPU-Z validation for the overclock settings on my 3770K.
I also perform a stress test using Aida64. I reduce the memory speed and attempt to restore all values to their normal state, which is influenced by Bclk. Eventually, I aim to obtain a CPU designed for overclocking, although my initial choice of a Non-K CPU was meant to help me understand how components function. I purchased an I3 at $110 in Denver with the goal of testing its limits rather than risking failure. Replacing it with a 6600K seemed sensible. It might be wise to ease up if it risks damaging my SSD.