Displays a configuration with just 2 cores and 4 threads available.
Displays a configuration with just 2 cores and 4 threads available.
Did you get the chip on Ebay? If so, we might have some bad news for you... If not, there's a chance some cores got disabled. I suggest nosing around in the BIOS, especially around advanced features pertaining to the CPU, to see if any cores are disabled/parked. I've been tinkering in my BIOS myself recently and the number of unfamiliar CPU acronyms is staggering... just make sure you haven't turned off anything important. Google is your friend there! Also, it'd help a lot if we had more info on your build. Post full specs here, and/or put them in your profile so we have something to go on. Good luck!
Intel DH61CR runs BIOS version 0048. Not from Ebay. No settings in BIOS match the required features—only core count options: All, 1, or 2, and Hyperthreading status. Sorry for missing full specs; here are the details: CPU: Xeon E3 1230 v2 GPU: Radeon HD 7770 1 GB (old, upgrading soon hoped) RAM: 2x4 GB DDR3 1333 MHz MBO: DH61CR and 500 GB Hard Drive
Searching online reveals that certain Xeon chips may disable features when operating in low-power modes. I'm unsure about Windows behavior, but loading the chip could affect performance—like running a game or benchmark and noticing changes in core activity. All in the unknown.
I don't recall the PSU brand, but it has over 80 certifications (bronze if I'm correct) and was purchased in October. The hardware seems quite old, though I haven't encountered any issues. I recently swapped my old i3 2120 for this CPU, and it appears the Xeon adjusted its core/threads count to match that i3. I tried using Cinemabench but got no results. It even identifies itself as a 2-core/4-thread E3 1230 v2.
Alright, we're making progress. That's unusual - CPUs don't simply copy each other's core counts. I'm considering diving into the BIOS, turning off hyperthreading, booting to Windows, then switching back and re-enabling it. It seems there could be an issue with the chip or board, but tweaking settings might help. It really makes me wonder about the origin of the CPU. Also, keep in mind that compatibility problems can arise between the board and the chip. Intel often focuses on socket compatibility, so just because something fits doesn't guarantee it will function properly. I'm not ready to jump to conclusions yet.
This matches the content from the referenced article. Perfect scheduling, and glad it's resolved! Thanks for the update. 😊 I was worried it might not work because the problem appears in BIOS too, but it could still be worth a shot. Double-check that all cores are enabled in BIOS before you give it another go.