Share your thoughts on your decision.
Share your thoughts on your decision.
Most modern boards come with additional power connectors designed for overclocking, yet 99.9% of users won’t need them. This often sparks endless debates on forums about whether it’s worth the effort. Overclocking is becoming increasingly unnecessary. Older HEDT boards are typically overvalued compared to their real performance in the used market. A $250 CPU and board today can easily outperform a 5820k in speed.
I plan to read this evening but thought it was meant for extra stability. If so, it feels like admitting you have an overly robust immune system. While immune systems aren’t expensive, the prices are already quite high. I believe if you prioritize build quality and heatsinks—though that might not always be the right approach for mobos—I’m already in trouble and likely already have the extra 4-pin setup?
Modern ATX boards above entry-level chipsets usually feature 1x8-pin plus 1x4-pin connectors for CPU power. Some premium boards offer 2x8-pin and 2x8-pin plus 1x4-pin configurations. Connecting anything beyond 1x8-pin is generally unnecessary unless you're aiming for OC records with LN2 or similar, and it won't improve stability. I don’t understand your perspective on "build quality."
A bit more spending brings you a contemporary setup: $299 https://www.microcenter.com/product/5006...ild-bundle. I just purchased this 12900k bundle for my wife to swap her somewhat unstable 9900k rig: $399 https://www.microcenter.com/product/5006...ild-bundle. If you favor AMD, the AM5 model offers a better upgrade route: $399 https://www.microcenter.com/product/5006...ild-bundle. These components are a bit dated (yet still roughly double the single-thread speed of your 5820k), but the price for this bundle is hard to match. The AM5 build is definitely worth the $100 extra—it includes double the RAM and uses DDR5, which should support several upgrades.
Honestly, the board is almost ten years old and I don’t believe its quality will make much difference now. It’s possible it could fail for various reasons, and with so many years of use it’s hard to predict what kind of wear it might face—like temperature stress, corrosion, or physical damage. These older CPUs can easily be outperformed by a modern i3-12100/H610 setup in games, making the performance gain minimal unless you really need extra PCI-E lanes.
I'm using an ASUS x99 Deluxe II board with a TPM 2.0 chip and an Intel Core i7 6850k processor. Everything seems fine, but running Windows 11 Pro is nearing its end. Looking ahead, I plan to upgrade to an ASUS Prime x299 Deluxe II setup with an Intel i9 10920x for future improvements. That should be achievable within the next year. For overclocking, it runs steady at 4.4 GHz with minimal tweaks; 4.3 GHz might work better. I don’t focus on benchmarks, but they help gauge performance. My Cinebench R23 multicore score is 7625 points. Testing my brother’s i7 8700k system showed only slight differences, except for quad channel memory. If you stick with the x99 platform now, opt for the latest 6th Gen CPUs—like the 6850k, 6900k, or 6950k. They perform well. Adding a TPM 2.0 module would be beneficial if you choose that board. I still prefer the HEDT platform for further upgrades, especially since this workstation handles gaming when needed. I also do some graphic design work occasionally.
I was planning to upgrade to a 6900k or a 6950x with a 360mm AIO. However, this problem has changed my mind and made me consider buying older motherboards instead. I’m not sure if you’ve looked into it recently, but I think a budget system could work for the new X99 Deluxe prices.