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Intel: Raptor Lake CPU benchmark results leaked

Raptor Lake CPU benchmark with 65W TDP optimization and Intel Core i9-13900 leaked. Achieved a clock speed of up to 5.6 GHz

The news circulating in these hours is that of a new one benchmark della CPU Intel Raptor Lake. From the rumors that circulate, it is clear that this time it is the Core i9-13900 Non-K con 24 core e 32 thread.

Raptor Lake CPU benchmark results details

The news concerning the company Intelshould have a fairly solid foundation, having also been reported by our colleagues from wccftech in turn leaked by a well-known leaker on the net, in practice, it concerns the results of the CPU Intel Core i9-13900 Non-K Raptor Lakeshowing that the latter would be 10% faster in single-core, and 17% faster in multi-core, compared to 12900K.

As reported recently by Benchleaks, the Intel Core i9-13900 is a Non-K variant optimized for a TDP is based on only 65W compared to the unlocked chip which features a base TDP of 125W (PL1). The maximum achievable power will obviously be much higher, probably around 200W. But it won’t exceed the 250W + limit that the 13900K has to offer.

Technical features

As for the core configuration, the Intel Core i9-13900 Raptor Lake CPU it will have the same 24 cores and 32 threads with 68 MB of total cache of the Core i9-13900K. The only differences will be, as mentioned above, the power limits. These will in fact be a bit lower for the Non-K chip. Difference also for the clock speed. In fact, they have been valued at 2.0 GHz base e up to 5.6 GHz of boostwhile the 13900K has a base clock of 3.0 GHz and a boost clock of 5.8 GHz.

Clock management of all cores for the Non-K chip will also be held at standard levels. In fact, in all likelihood, performance multi-core they will not be as high as those of the unlocked SKU.

Intel: Raptor Lake CPU benchmark results leaked

The results

If we dwell on the benchmarks, the Intel Core i9-13900 Non-K Raptor Lake CPU it scored 2130 points in the single-core benchmark e 20131 points in the multi-core benchmark in Geekbench 5. Making a simple comparison, the score single-core is 10% faster compared to the Core i9-12900K and from 26% compared to the Ryzen 9 5950X.

The multi-core score, while not as significant as that of the 13900K, is still a higher, with an increase in 17% compared to the Core i9-12900K he was born in 22% compared to the Ryzen 9 5950X. Obviously, we remind you that these are still results on an incomplete product, so it is reasonable to expect even more performing performance.

Considerations

Compared to the Core i9-13900K, the Intel Core i9-13900 Non-K Raptor Lake CPU it is 24% slower in multi-thread and 8% slower in single-core. This result shows that Raptor Lake CPUs they are highly dependent on nutrition. This is due to their high multi-threaded capabilities. So it can be argued that, in all likelihood, a low-power, TDP environment will damage the multi-core performance of their respective 13th generation chips.

We remind you that the new ones 13th generation Intel CPU Raptor Lake, should be available as early as Autumn on the Z790 platform. These will be launched on the market at the same time as the line of Ryzen 7000 CPUs at AMD. Also expected to launch in October 2022. The initial Raptor Lake SKUs will only include K-series chips, while non-K CPUs are expected to launch soon thereafter, probably later this year, along with mainstream motherboards.

And you? What do you think of these new ones rumors leaked about the Raptor Lake CPU benchmark results ? Let us know with a comment below and stay tuned to TechGameWorld.com for more news and reviews from the world of technology (and more!).

Intel article: leaked Raptor Lake CPU benchmark results comes from allotek.

With a sharp focus on technological advancements, Clare keeps readers informed about the cutting-edge innovations, breakthroughs, and trends in the hardware industry. From new computer components and peripherals to advancements in hardware technology, Clare's articles provide comprehensive coverage, ensuring readers stay up-to-date with the ever-evolving hardware landscape.