10900k vs 11900k
10900k vs 11900k
The i9 10900k runs games with exceptional fluidity. My titles have moved from older configurations to this model, delivering a smoother experience without worrying about frame counts. The transition from an i7 6700k to an i7 8700k was similar—consistent performance rather than a big jump in frames. I believe the various boost options and thermal improvements are key factors. Notably, with all cores overclocked, only games that avoid prioritizing certain cores for GPU delivery perform best. These tend to be AMD titles. This explains why investing in all-core overclocks is most beneficial for games around 5.2 or 5.3ghz, where thermal management plays a bigger role than stability.
I just wish the supply situation doesn't become a problem that pushes people to buy and resell on eBay.
If it's worse than the tenth generation, it shouldn't cause an issue.
Intel reportedly offered sellers the chance to accept pre-orders for the i9-11900 on March 16th. Is that accurate?
You're stepping into an unusual realm of challenges. Many popular YouTubers previously overlooked this CPU, but they used one to achieve higher scores with the 3090 in Port Royal. They ran tests under Intel's limits, allowing me to surpass their benchmarks easily—even without pushing it to overclocking. I've only pushed it to 5.3GHz using Intel's tuning tool, and none of the tests failed or throttled during Cinebench R20 with no AVX offset. I did throttle in TimeSpy but stayed under 93°C. The main barrier is that I already have the frames needed now. This will shift once I upgrade to a 30-series card capable of 4K at 120Hz on my monitors. Enjoy exploring the i9 10900kf—think it might resonate with your 3080.
I notice many reviewers testing these CPUs with 2933 memory and then asserting that Ryzen 5000 excels in gaming—especially since they evaluated Ryzen on 3200 MHz, which is the standard benchmark. Meanwhile, other reviews using similar memory rates show performance matching Ryzen at its base specifications, while overclocking favors Intel. This particular test focuses on real-world single-threaded gaming with top-speed RAM and high overclock potential; even then, the 10900k still surpasses a stock 5800X in this scenario. I don’t anticipate achieving both 5.3 GHz and 4700 MHz memory with excellent timing, but I agree that a typical user running a 10900k with 2933 memory will likely outperform a standard Ryzen setup. It’s encouraging to see someone challenge Intel’s dominance not just through marketing, but by demonstrating competitive performance in actual gaming conditions. I believe years of claims about Intel’s memory limitations have only reinforced misconceptions; in reality, these chips still deliver strong results when used correctly. People often overlook the value of memory speed on Intel systems, especially outside of gaming, where other factors like cooling and cost can be significant—but they remain solid choices for gaming when applied properly. These processors aren’t simply “bulldozers”; they’re capable machines that deserve fair comparison.
I enjoy comparing it to World of Warcraft. I recently purchased an R7 5800X with an ASUS ROG X570 Crosshair VIII Hero ATX motherboard and a PCIe Gen 4 SSD. This upgrade will swap the i7 8086k for a gaming rig and replace the i7 6700k used by my son for his home office setup. I’m excited to see how the i9 10900k performs against the 5800X in single-threaded games. My most enjoyable sessions are similar to those WoW matches, where frame rates can drop significantly causing stutter.
I believe both choices are strong, yet many people become overly focused on groups. MMOs provide excellent CPU challenges—I was at 1600 in FF14 and my Vega 64 ran around 45%, CPU maxed only on a few cores while idle it struggled to maintain 35-40fps. On the other hand, my 8700k handled the same workload smoothly in the city at 75+.