Comparing Gigabyte's ITE sensors, the Vcore Sensors ITE 8686E and ITE 8792E differ in specifications and performance.
Comparing Gigabyte's ITE sensors, the Vcore Sensors ITE 8686E and ITE 8792E differ in specifications and performance.
It's a nice upgrade from the 8700K! Excited to see what comes next and how you like it. The performance is solid at 5GHz—only a slight drop at 5.1GHz, but diminishing returns set in soon. Around 1.40V it’s about 5.2GHz, and I think my setup handles 1.41V well. The main downside is that HT gets disabled above 5.3GHz, even on the cold loop. This could be useful for boosting per-core performance if you can stick with just six cores, which is what I usually run on air—helping lower power use and temps too.
I’ve noticed some fans spinning at 4.1V or higher on older systems, and CPU-Z shows similar readings on certain revisions. The sensor pull time is roughly 1000ms, so any delays are likely just a fraction of a second. Depending on how busy the system is, that gap can stretch a bit. Even if you speed up the software pull rate, you’ll still be lagging behind real-time.
If you keep an eye on temperatures and watch for overheating alerts, it’s very likely the board will shut down before the temperature gets reported.
Well... if you're looking to have some excitement with your gear, consider swapping in a new mainboard and installing a brand-new operating system. The 5800X is a solid choice for this kind of project. For the 8700K, try to bring it down to cooler temperatures—overclock it on a test rig and run some performance tests. Achievements are a great way to track progress, especially with setups like three machines running off the bench. Most rigs end up in sub-zero temps after optimization. I think this hobby started because I enjoy tinkering and making cooling improvements. I use TECs, ice water in a large bucket, and small pond pumps for dehumidification. Water loops with LN2 and dry ice are common, and you can find these at stores like Meijers or Air Gas. I buy LN2 there without needing a license—just a proper container. I also fill my argon tanks with it. Getting to know the person who supplies me helps; they’ll stock up quickly. It’s surprisingly straightforward, and the results are rewarding.
The PC frequently crashes, swapping between the 1600 and i3 cores. This usually isn't a total loss, though it can be frustrating.
None of my relatives have any experience with this level of stuff. That’s why they don’t get any jokes. I’ve shared a lot of hardware in the forums during comps, and when I see someone truly in need, I’ll send something. Recently, a mod on the TPU site needed a card for his daughter. When I asked if a GTX 770 would work, it was more than enough for her requirements, so I sent it. It turned out to be a solid card. I also never pushed it too hard with overclocking.