Guide: Skylake vs Kaby Lake Comparison
Intel introduced the Kaby Lake processor family in the second half of 2018 as a direct successor to the popular Skylake processor. The new processors are designed for laptops and desktops, and offer a number of improvements over their predecessors.
Intel has broken the “tick-tock” cycle that has spanned six generations with its new Kaby Lake processors. With a “tap,” Intel launches a processor with a new design, while a “tap” introduces the optimized and improved version. However, Kaby Lake is an improvement over Skylake, which in turn was an improvement over the 5th generation Broadwell processor. ..
The two processors are both powerful and have a lot of features in common. However, there are some key differences that could make the difference between them. Let’s take a look at how they compare against each other!
4K video
The 6th Gen Skylake processors support HEVC codec for 4K video, but they delegate most of the tasks to graphics cards. This means that your laptop will consume significantly less battery when playing 4K videos. ..
Google has released a new 4K video codec called VP9, which is based on the H.265 codec. This codec is designed to support 4K resolution and HDCP 2.2, which is in response to the HEVC standard. Additionally, VP9 supports the HDCP 2.2 standard, which means that it can protect digital content from being copied illegally.
Intel’s Kaby Lake processors offer better performance in the 3D graphics department. This means higher frame rates, better resolution and a better gaming experience across the board. In a test, Intel ran Overwatch on a Dell XPS 13 laptop sunbathe on a Kaby Lake processor. It managed to be quite impressive (given the laptop’s specs) 1280 x 720 resolution @ 30fps and at average graphics settings.
Thunderbolt 3.0 and USB 3.1
The Kaby Lake processors offer improvements in this area. With the support for 2nd generation USB 3.1, Kaby Lake processors offer up transfer speeds of up to 10 GB / s (5 GB / s was the limit for Skylake processors). Kaby Lake processors also have built-in support for the third generation of Intel’s proprietary Thunderbolt.
Kaby Lake processors offer more USB ports than previous processors. This allows for more devices to be connected to a computer, such as external hard drives and printers. Additionally, three PCIe 3.0 storage ports are available on Kaby Lake processors, which can be used to connect additional devices such as graphics cards and monitors. ..
Higher clock speeds
Intel’s latest processor, the Kaby Lake, is a refinement of their Skylake line. While there are some improvements and tweaks made to the overall design, the end result is not that impressive. However, Kaby Lake shines in terms of performance in 3D graphics on mobile devices. ..
Intel offers two different types of processors, the Y and U. The Y models now replace Skylake’s m-designated models, but only in the i5 and i7 sections. This makes it impossible to know if you bought an Y or U class processor without reading the full name.
Speed comparison
The m3-6Y30 Skylake processor has the base speed of 900 MHz, with a turbo of 2.2 GHz. The m3-7Y30 Kaby Lake normally runs at 1 GHz, with turbo at 2.6 GHz. The m5-6Y74 Skylake operates at 1.2 GHz and reaches a turbo speed at 2.7 GHz. Kaby Lake i5-6Y74 runs at 1.2 GHz, with turbo at 3.2 GHz. Skylake m7-6Y75 normally runs at 1.2GHz, with turbo set at 3.1GHz. On the other hand, Kaby Lake i7-7Y75 starts at 1.3GHz and goes up to 3.6GHz
The base speed of the Skylake i5-6200U is 2.3GHz, with a 2.8GHz turbo. The Kaby Lake counterpart (i5-7200U) runs at 2.5 GHz, with turbo at 3.1 GHz. The base speed of the Skylake i7-6500U is 2.5 GHz, with a turbo speed of 3.1 GHz. On the other hand, Kaby Lake i7-7500U has the base speed of 2.7 GHz, with turbo at 3.5 GHz ..
Optane support
Intel’s new Optane memory is a revolutionary way to store data. It uses M.2 slots and is not compatible with Sunrise Point 100 series chipsets. If you install a Skylake chip on a 200 Union Point series chipset, you still cannot use the Optane.
PCIe lanes
The seventh-generation Kaby Lake processors support up to 40 PCIe lanes from the Platform Controller Hub (PCH). This is increasing the total number of PCIe lanes supported by Kaby Lake chips up to 64.
Final Verdict
Intel’s seventh-generation Kaby Lake processors just don’t offer enough of a performance improvement over sixth-generation Skylake processors for casual users to make the switch. ..
The new GeForce RTX 2080 Ti is a powerful graphics card that is perfect for gamers and multimedia enthusiasts. However, it doesn’t offer much value to the average person. The 4K video support, improved 3D graphics, and faster clock speeds are all great features, but they don’t really make a difference to the average person.
Skylake vs Kaby Lake Comparison: benefits
Faq
Final note
The Skylake vs Kaby Lake comparison is a guide that will help you understand the differences between the two processors. If you have any questions about this article, please feel free to ask us. Additionally, please share your love by sharing this article with your friends.
Skylake vs Kaby Lake Comparison: What are the differences? The main difference between Skylake and Kaby Lake is that Kaby Lake has a much more powerful CPU. It also has a new architecture, called Skylake-X. This means that it can run faster and have more power than previous CPUs. Additionally, it has a new cooler design, which makes it easier to cool down your computer.
