What are the chances of achieving a 10900X to 5GHZ+ frequency with a 560mm radiator?
What are the chances of achieving a 10900X to 5GHZ+ frequency with a 560mm radiator?
The title clearly indicates what you should anticipate regarding overclocking. The question asks about the feasibility of reaching 5GHZ on a 10900X with a 560MM radiator and seeks clarification on Intel's Turbo Boost Max speeds between the 10940X and 10900X models. It also questions whether the 10940X offers better potential for achieving 5GHZ compared to the 10900X, despite having more cores.
The 10940x is a higher binned HEDT chip, which means an additional 100mhz and four extra cores are what an extra 500 bucks provides. However, remember that just because it shows a higher maximum boost clock doesn’t guarantee it can maintain that speed for longer or at the same rate as the 10900x. There’s always more to consider beyond the numbers listed.
The 10940x is a higher binned HEDT chip, which means an additional 100mhz and four extra cores are what justify the extra 500 dollars. However, remember that just because it claims a higher maximum boost clock doesn’t guarantee it can maintain that speed for longer or at the same rate as the 10900x. I’m not suggesting it’s impossible, but there’s always more to the story than what you see on the paper or in the specs.
Getting close to 5Ghz with the 10940x would be significantly harder compared to the 10900x, unless you turn off the four cores on the 10940x, which would make it easier due to its higher binning. Still, that extra cost doesn’t seem worth it in my opinion.
If this is for gaming, the 9900k seems more justified and most reviews indicate better performance from consumer models than HEDT ones. Of course, if you’re using it for productivity or other non-gaming tasks, then it really depends on your needs—then you might be looking at a much higher performance per dollar in systems like the 3950x or TR series.
I don’t believe the radiator size plays a big role here. Most reviews mentioned difficulty reaching above 4.8Ghz, even with top cooling and the best motherboards.
What a great question! For gaming on an LGA2066 motherboard, a high-performance CPU is key. Based on current benchmarks and reviews, Intel's 12th or 13th generation processors like the i7-12700K or i9-13900K would be excellent choices. AMD's Ryzen 9 7950X3D or similar would also deliver strong results. Make sure to check compatibility with your motherboard and power supply.
Honestly, I wouldn't suggest using an LGA 2066 CPU for gaming. However, if you already have the motherboard and can't switch platforms, I'd recommend the 10900x with hyperthreading disabled and a custom loop that offers the highest stable overclock you can set. Most games won't gain much from more than 10 cores or threads, so unless you also want to record, stream, encode, or handle other heavy multitasking, it makes little sense to raise your thermal and stability limits by keeping hyperthreading active.
10700k/10900k seems like a better choice compared to 9900k. They also offer the chance to upgrade to the 11th generation whenever it becomes available. The prices are 529 for 10900k, 479 for 9900k, and 404 for 10700k.
These aren't K skus; these are X skus. Completely different platform.
I understand you're referring to the 9900k as a top choice for pure gaming. I believe the 10th Gen offers better value. HEDT CPUs focus on raw power, similar to weightlifters—built for heavy computations and calculations. They’re not built for speed like thoroughbreds. You might aim for around 5GHz, but you’ll likely hit 4.7-4.8GHz unless you have a Golden Chip or manage to lower the voltage significantly. A powerful board is also essential, as many cores at that speed put a strain on the VRM and choosing the right board matters a lot.