Intel’s Kaby Lake-X CPUs Are Not suitable For PC Gamers

After successfully launching its new Ryzen platform this spring, Intel went this summer and was able to remove the covers from its response, named Basin Falls. It will be officially presented at Computex in Taiwan on May 15, 2017. The show showcased the company’s new X299 motherboard chipset and a full range of processors designed to take advantage of advances made in the years since Intel’s last HDT chipset, the X99 (codenamed Wellsburg).

Needless to say, the long-awaited Skylake-X and Kaby Lake-X processors debuted. Intel’s Hedt line is designed for desktop enthusiasts and comes with an appropriate enthusiast tag. Skylake-X products are a continuation of previous chips made for enthusiasts, with a higher number of cores, increased bandwidth and cutting-edge features. The unveiled Kaby Lake-x processors came as a surprise, as they were updates to existing Kaby Lake processors that were to run on X299 motherboards.

Historically, Intel HEDT platforms offered high-end features at the best prices. Skylake-X chips continue this trend and end up in the hands of typical PC players. The new Kaby Lake-X processors, the 4-core/4-thread Core i5-7640X and thus the 4-core/8-thread Core i7-7740X, are offered at a price close to that sold by the consumer chips Kaby Lake (Non-X). In theory, potential buyers could associate these cheaper processors with cheaper X299 motherboards, which are so affordable thanks to entry into the HED ecosystem. the fact is that buyers will not be able to use many features on these X299 motherboards when using Kaby Lake-X processors.

Unlike Skylake-X processors, Kaby Lake-X processors use a dual-channel memory controller that limits the maximum number of DIMMs to four, although X299 motherboards have 8 DIMM slots. Kaby Lake-X processors are also limited to only 16 PCI-e channels compared to the 44 channels available on Skylake-X. additional PCI-E channels are essential for users who want ultra-fast PCI-E (SSD) storage or multiple GPU solutions. A four-channel memory controller and additional PCI-e channels are the main selling points of the HED platform. Without them, expensive motherboards will work in the same way as their cheaper mainstream counterparts. To make the overall package look worse, Kaby Lake-X CPU lacks the integrated graphics processor (IGP) on the regular i5-7600K and i7-7700K. not all clients will use the integrated graphics, but it has its use.

The lack of high-end features and PGI aside, the Core i5-7640X and Core i7-7740X simply provide no good performance in gaming or productivity over your Big K counterparts. Performance benchmarks from TechSpot and GamersNexus show no gain (and in some cases losses) against Kaby Lake processors on the Z270 chipset. While the i5-7640X and i7-7740X have a little more leeway to overclock the X299 chipset, they consume a lot more power. With heavy threaded loads, the i7-7740K can consume up to 50% more electricity than the i7-7700K.

It is not clear which niche should fill Kaby Lake-X. It offers little or no functionality to PC builders compared to Skylake-X, and also does not offer performance incentives for PC gamers to think about when buying a game processor. At the time this text was published, the most profitable X299 motherboard goes on NewEgg . After combining the card with one of the new processors and Ram Kaby Lake-X, you will see a bill of almost. Players can purchase an identical platform upgrade with an AMD Ryzen B350 motherboard or Intel Z270 motherboard for only (CPU and RAM included) and nearly identical performance.

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