Intel made the impossible possible. While looking down the barrel of Ryzen 4’s launch, they’ve managed to do something they couldn’t (or were forced to) these days: offering incredible performance at an amazing price. If you’re such an overclocker, the new 13th Gen ‘Raptor Lake’ chips will easily give you speeds as high as 7 GHz on multiple cores, or 8 GHz and above on a single core.
The top-of-the-line Core i9-13900K is the one I bumped up to 8.2 GHz and has an MSRP of just $589 (though it’s now over $600 in many places). Let’s not forget the not too distant days of Intel Extreme Edition. The top dog in the mainstream or recently deceased high-end desktop segment has always been $999 to $1099. With 24 cores and 32 threads and nearly half the price of the Core i9-13900K, it’s a win-win for consumers.
While some would argue that the lower core count Core i5-13600K and Core i7-13700K are the true price/performance winners, I would lift my silver spoon, raise my pinky finger, and go for the top dog 13900K (or top I would like to enjoy Dinosaur. Let’s overclock this.
As a professional overclocker, I look forward to taking on new challenges with each new hardware release. However, in this case, Raptor lake overclocking is exactly the same as Alder lake overclocking. Please don’t cry for me yet More on that later.
Overclocking these chips at ambient temperature (traditional liquid or air cooling) is ridiculous. Single-threaded benchmarks like the Superpi32m can easily loop at 6100 Mhz without using voltages that I consider ridiculous. Multi-threaded benches like the Cinebench R23 on most units I’ve tried can run at 5.7 GHz on all performance threads while set to less than 1.3 volts.
location is easy to guess Future 13900KSpromises up to 6 GHz in stock, but it will end up frequency-wise, especially if Intel is skimming the best dies to save the current ones. The Thermal Grizzly OC frame continues to have its benefits, and of course you’ll want to buy one. best thermal paste It feels reasonably priced.
what does it take Cool the Core i9-13900KYou can use cheaper solutions if you want but the quality of your experience with these chips is directly proportional to the quality of the cooling.?
If you have a stock LGA775 Intel heatsink set on top of your motherboard, the chip will run at a lower frequency and regulate its own voltage to stay within thermal limits. If you have a Monster Ice Giant Elite or similar high-end air cooler, you’ll get more performance without him tweaking a single setting.
With a high-end air-cooled setup, the IceGiant ProSiphon Elite, I was able to run single-threaded benchmarks at 6.1 GHz and multi-threaded tests at 5.5-5.6 GHz depending on load.
Here, I will explain about temperature and “hot weather”. I’ve read countless articles and seen endless YouTube thumbnails of fire emojis and face palms talking about the thermals of the latest generation processors. After talking to my engineering friends on both sides, these are often clickbaits. If you’ve built a PC for any length of time, you know that most temperature monitoring software will warn you of overheating by turning the text red if the processor reaches 95-100 degrees Celsius. However, it’s important to remember that 100C is well within the normal specs for processors.Actually, even with the stock setting, the chip try to Operate at 100C under load to provide the best possible performance. ABT boost technology.
Intel’s new chips are resilient, and the company added the ability to increase the chip’s throttle point in the BIOS (not all motherboard manufacturers support this). chip life). In this case, increasing the limit would result in a Stage 1 throttle of 107°C and a Stage 2 throttle of 115°C. In a sense, the solder does not melt until he is above 300 degrees Celsius.
what am i trying to say Intel puts limits on thermals and wants to RMA as few units as possible, so some tolerance is built in even above 100C. So even though it feels like pushing the envelope to higher temps, the chip runs fine at 100C. Enjoy the high frequencies. Raptor Lake CPUs adapt to their conditions by voltage and clockwise.
This will show Z690 vs Z790. Most high-end Z690 motherboards are great options for Raptor Lake as long as you update your BIOS (see next article). How to work around BIOS update issues on Z690 and 13th generation cores) Frankly, there is absolutely no reason to upgrade. For all benchmark scores, I’m still using the same ASRock Z690 Aqua I sampled years ago. Kudos to Intel for backwards compatibility and even gives you the option to stick with DDR4 RAM if you’re on a budget.
Finally, let’s talk about extreme overclocking. Remember when I said the process of overclocking Raptor Lake and Alder Lake is essentially the same it’s aside from his one big bad difference in XOCer a lot of the top quality chips are cold there is a bug. More than half of them are. This makes binning (or the process of finding the best CPU) a miserable task. Find the best potential chip with ambient cooling first. Then test them one by one with LN2 and test scale better than others with lower temperature and higher voltage.
A CPU capable of running at -192C is the first requirement. Neither -189°C nor -190°C was insufficient and failed. You can have a nice unit that runs 5.8 GHz using very low voltages for ambient cooling, but it has a -185c cold bug that makes it useless for extreme overclocking. This is a painful process and has contributed greatly to my gray hair.
After testing about 6 cold, bug-free CPUs, we found the best CPUs to run at 7.5-7.7 GHz for multi-threaded benchmarks and 8.2 GHz for single-threaded tests. The clock rates that Raptor Lake can run in threaded benchmarks are what Alder Lake can barely validate (run long enough to register) on CPU-Z. This is truly amazing and I’m impressed Intel was able to pull it out of its sleeve.
In overview, the 24 core, 32 thread Core i9-13900K dominates AMD’s 3960X Thread Ripper (24 core, 48 threads). AMD’s 3960X Thread Ripper (24 cores, 48 threads) retails for $2,000 at launch, has 16 fewer threads, and 24 less “real” cores. It can also outperform the Ryzen 7950X 16-core, 32-thread AMD processor in productivity benchmarks like Geekbench.
While running Geekbench 3, I got 13900K P-cores up to 5.6 GHz in air cooling with a multi-core score of 103,766. Switching to LN2 boosted the P-core clock speed to 7.5 GHz with a multi-core score of 157,211. At its best, AMD’s flagship Ryzen 9 7950X reached 6.8 GHz on LN2 and returned a multi-core score of 145,577.
A good friend and a great asset to the overclocking community. Elmore The Core i9-13900K finally achieved the frequency world record of 8.812MHz. It’s an amazing skill. Big congratulations to him and ASUS for putting on a great show.You can do it watch him break it on youtube.
