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Intel y los nuevos procesadores Kaby Lake


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Intel anunció la séptima generación de procesadores con la nueva arquitectura de 14nm Kaby Lake en el Computex 2016:

 

 

Intel also talked about the innovation that is coming later this year to PCs, demonstrating 7th Gen Intel Core processors (code named Kaby Lake) for the first time and highlighting some of the advancements in performance, battery and media capabilities to come to premium devices in the second half of 2016.

Fuente Intel

 

 

 

Intel's next-generation Kaby Lake processors are still on track for a late 2016 launch and are set to enter production by the end of this quarter, according to an announcement made by Intel at Computex.

 

Earlier this year, Intel announced it was no longer adhering to its "tick-tock" processor release cycle, which saw it alternating between shrinking chip fabrication processes and building new architectures each year. Kaby Lake, rather than being built on a smaller process, will be the third member of the 14-nanometer family after Broadwell and Skylake, and is the successor to Skylake.

 

Kaby Lake is considered a semi-tock with optimized microarchitecture. It supports Thunderbolt 3 and native USB 3.1, but it will not feature support for DisplayPort 1.3, so Macs with Kaby Lake chips will remain unable to drive 5K displays over a single-stream cable. According to Intel, Kaby Lake will feature advancements in performance, battery, and media capabilities.

 

Intel's last two chip releases were plagued with delay after delay, which is likely the reason why the company decided to move away from its long-running tick-tock policy. Several of Apple's Macs, including the Retina MacBook Pro, have been impacted by Intel's chip delays over the last few years with unusual update cycles and long periods of time between updates.

 

With Kaby Lake chips set to debut in late 2016, it is possible refreshed Macs released late in the year could take advantage of the new processors, depending on when Kaby Lake chips appropriate for each Mac launch. iMacs, for example, are likely to be refreshed in the later months of 2016, and recent rumors have also suggested we won't be seeing a refreshed Retina MacBook Pro until the fourth calendar quarter of the year.

 

Intel is also beginning production on entry-level Apollo Lake processors, also set to launch before the end of the year. Apollo Lake is designed for Atom-based notebooks like all-in-one machines and tablet PCs.

Fuente

 

 

 

De lo poco que se sabe hasta ahora: nativo USB 3.1, mejoras en 3D y video 4K, soporte nativo HDCP 2.2 y a la codificación de video HEVC (H.265) y VP9

 

 

Kaby Lake will add native USB 3.1 (generation 2) support, whereas Skylake motherboards require a third-party add-on chip in order to provide USB 3.1 ports.[5] It will also feature a new graphics architecture to improve performance in 3D graphics and 4K video playback.[6]

 

Kaby Lake will add native HDCP 2.2 support.[7]

 

Kaby Lake will add full fixed function HEVC Main10/10-bit and VP9 10-bit hardware decoding.[8]

Fuente wiki

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Salvo sorpresa no serán los Mac's los primeros en montar los procesadores Kaby Lake: Intel's 'Kaby Lake' chip starts strong as Intel retools its PC strategy

 

 

Intel's upcoming 7th Generation Core processor family, code-named Kaby Lake, is off to a quick start.

 

More than 400 devices with Intel's upcoming chip design will reach the market, said Navin Shenoy, corporate vice president and general manager for Intel's Client Computing Group.

 

One of those devices will be Asus' Surface-like Transformer 3, which will ship in the third quarter starting at US$799. The device has a 12.6-inch screen that displays images at a resolution of 2880 x 1920 pixels. It weighs 695 grams and is 6.9 millimeters thick. The device has a 13-megapixel camera, and it can be configured with a 512GB SSD and up to 8GB RAM.

 

Shenoy, speaking during a keynote at the Computex trade show in Taipei, also showed a 2-in-1 made by Compal during the keynote. It's not clear if the first Kaby Lake chips to reach PCs will be low-power Core M or the faster Core i chips.

 

Other PC makers will also announce Kaby Lake devices, though it's not clear when.

 

Devices with Kaby Lake will include Thunderbolt 3, IR cameras for Windows Hello, and the latest graphics technologies to handle 4K content, Shenoy said. He didn't share more information about Kaby Lake, however, and Intel declined to provide additional chip details.

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  • 1 month later...

Intel ya está mandando los nuevos procesadores Kaby Lake a los fabricantes: Intel Begins Shipment Of Seventh Generation Core: Kaby Lake

 

 

Intel CEO Brian Krzanich stated on their earnings call that Intel is now shipping their 7th Generation Core processor, code named Kaby Lake.

 

Kaby Lake was not even a product not that long ago, but with Intel coming up against the laws of physics with process shrinks, they made the announcement a year ago that they would be adding more architectures per process shrink. The delays in moving to 22 nm and then 14 nm meant that they were missing the anticipated product launches for their OEMs, which left the OEMs with quarters where they would have no new products to sell. In an attempt to smooth out the timelines to a more reasonable cadence, while at the same time coming to grips with the complexity of moving to smaller and smaller processes, Intel announced Kaby Lake as a successor to Skylake, which would build on Skylake and offer additional architectural improvements.

 

This was big news at the time mostly because Intel’s previous Tick Tock strategy was so successful. To abandon it was certainly an important step for the company, but with Kaby Lake seemingly on-time for a fall launch this year, just a year after Skylake launched, points to the investment being the correct one.

 

When Intel says they are shipping, they of course mean they are shipping to their device manufacturer partners, so we should start seeing Kaby Lake based computers this fall.

 

Another interesting point brought up during the call was on yields. Intel has found itself in a situation where it’s inventory levels are higher than they would like them to be, and the answer to this was yields. Intel’s yields improved in Q1, and to quote Stacy J. Smith, Intel’s CFO and EVP, “Frankly, they got a lot better in Q2 as well” which is likely another reason why Kaby Lake is being delivered on-time.

 

We should learn more about Kaby Lake at Intel’s IDF which is coming up in mid-August.

 

 

Kaby Lake no deja de ser una mejora de Skylake, el paso a los 10nm se ha retrasado hasta mediados de 2017 y llegará con la siguiente arquitectura: Cannon Lake

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Presentación de los nuevos procesadores Kaby Laker de Intel, la séptima generación: Intel unveils Kaby Lake, its first post-“tick-tock” CPU architecture

 

 

Kaby’s biggest advertised feature is improved support for 4K. All Kaby Lake integrated GPUs will support hardware-accelerated decoding and encoding of 10-bit HEVC/H.265 video streams and decoding of 8-bit VP9 streams. If you don’t already know, supporting hardware acceleration for certain codecs means that the GPU (usually via a dedicated media block) handles all the processing instead of the CPU. Not only does this use a fraction of the power that a CPU uses to accomplish the same task, but it frees the CPU cores up to do other things.

 

HDMI 2.0 and HDCP 2.2 are also supported, which (respectively) enable 4K output at 60Hz over an HDMI cable and provide the DRM required to carry an encrypted 4K signal from the thing that’s playing it to the screen that will show it. The maximum supported DisplayPort version remains 1.2, however, dashing the hopes of anyone who wants to drive a 5K display at 60Hz over a single cable using DisplayPort 1.3.

 

The biggest improvement from an architectural/manufacturing standpoint is something Intel is calling “14nm+,” an optimized version of the same process node used for both Broadwell and Skylake. The company isn’t sharing many details—Intel says that 14nm+ has an “improved fin profile” and “improved transistor channel strain,” for what that’s worth. But the changes are said to improve the performance of the transistors by about 12 percent. As Intel’s manufacturing processes stick around for longer, it makes sense that the company would spend more time optimizing them rather than just moving on to the next process as it has historically done. Foundries have been known to use multiple versions of a given process, so it’s not entirely unheard of.

 

CPU and GPU speed improvements come mostly from clock speed increases rather than architectural improvements, as they did in the Haswell refresh. Intel promises 12- to 19-percent better CPU performance over Skylake chips sold at the same price, which is commensurate with the speeds and prices laid out below. Intel claims “double-digit” GPU performance improvements in the Y-series parts and 8- to 10-percent improvements in the U-series parts.

 

 

Por ahora el lanzamiento es menor, solo las series Y y U:

 

kaby_lake_y.jpg

 

kaby_lake_u.jpg

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  • 4 months later...

Anunciados los procesadores Kaby Lake: Get Ready for the Best New PCs for the New Year with New 7th Generation Intel Core Processors

 

In August 2016, Intel introduced the first products in the 7th Gen Intel® Core™ processor family that provided leading performance and rich experiences for the new, immersive internet. Since August we’ve seen over 90 OEM systems ship to the market. Today, we welcome the rest of the family.

 

What do 7th Gen Intel Core processors offer?

 

More productivity. More speed. More responsiveness. More security. More immersive experiences.

 

With over 40 new performance-class processors, these 7th Gen Intel Core processors and Intel® Xeon® processors based on Intel’s 14nm+ process technology power some of the best new laptops and desktops. This introduction on the eve of CES 2017 paves the way for an exciting year ahead. Keep an eye on many of our OEM partners. They will be introducing stunning and powerful new PCs for businesses and consumers.

 

Press Kit: 7th Gen Intel Core

 

Here’s what our new processors do for you:

 

Increased performance and reliability: We know performance matters. It’s why we continue to focus on improved performance, delivering double-digit productivity performance increases – up to 20 percent for performance and gaming notebooks1,2 and 25 percent for desktops1,3. With 4K and 360-degree content – people can expect up to 65 percent faster performance on notebooks1,4 and 35 percent faster on desktops1,5.

 

Our Intel® Core™ vPro™ processors have been the gold standard for commercial computing for over a decade. With the latest 7th Gen Intel Core vPro processors, business owners and IT managers can offer new PCs with up to 10 hours of battery life and 65 percent faster multitasking when compared with a 5-year-old PC1,6. And with many millennials today taking technology into consideration when SPAM SPAM SPAM SPAM their workplace8, I’m confident the new 7th Gen Intel Core processor-based 2 in 1s and AIOs will delight them.

 

Be sure to visit the Intel IT Peer Network to read more on how 7th Gen Intel vPro processors are delivering new levels of performance, security and manageability to businesses.

 

Enhanced Security7: 7th Gen Intel Core and Intel Xeon processors strengthen security with advancements in hardware-enhanced security and two-factor authentication built in to the silicon. For consumers, this frees up the hassles of remembering and typing in passwords. It also offers secure payments through fingerprint touch-to-pay. For the enterprise, our new Intel Core vPro processors, as well as Intel Core processors for business9, bring Intel® Authenticate7 as a hardware-enhanced multi-factor authentication solution.

 

Intel Authenticate verifies user identity using a combination of hardened factors such as a PIN, a Bluetooth signal from your phone or a biometric identifier like a fingerprint, making your login a million times safer10. We are expanding our security partnership with Microsoft* and plan to integrate Windows* Hello and Intel Authenticate together for a seamless user experience.

 

4K UHD Entertainment: Thanks to the new media engine in all 7th Gen Intel Core processors, it is possible to stream 4K UHD movies and TV shows7 on services such as Netflix* on a computer for the first time. This means that critically acclaimed titles like “The Crown” and “Stranger Things” can be watched at home or on the go in brilliant 4K on your 7th Gen Intel Core computer. With the availability of other premium content providers like Sony* Pictures ULTRA, FandangoNOW* and iQiyi* coming in 2017, your 7th Gen-based PC is now a 4K theater.

 

VR and Gaming: With virtual reality and gaming growing at an incredible pace, the need for computing horsepower everywhere has never been more essential. In gaming and VR, the processor not only provides the power to drive these system-intensive games, but is also responsible for important capabilities like particle physics and object persistence. That’s a technical way of saying it makes objects look and act more lifelike – creating a completely immersive experience. Intel puts the reality in virtual reality. And for those gamers on the go? The new Intel® Iris™ Plus graphics in laptops7 makes it possible to take a game like Overwatch* with you and play in full HD.

 

Enhanced Content Creation: Content creators will have the ability to do more from both a creativity and productivity standpoint. 7th Gen Intel Core processors with Intel® HD7 and Intel® Iris Plus Graphics7 provide laptops the power and graphics to create, stitch and share 4K UHD 360-degree videos and simultaneously transfer and display dual 4K video and fast storage through a single port and cable with Thunderbolt™ 3.

 

No matter who it’s for – the business focused on manageability, authentication and security; the enthusiast demanding the best possible VR and gaming rig; the movie buff wanting to take premium 4K UHD entertainment on the go; or the professional who requires the power and reliability of a mobile workstation – Intel’s latest 7th Gen Intel Core processor has you covered.

Nota de prensa

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Los procesadores Kaby Lake suponen la primera generación fuera del "tick-tock" (tick era un nuevo proceso de fabricación y tock una nueva arquitectura) pasando ahora a "process-architecture-optimization" (una especie de tick-tock y continuación que Intel llama "optimización"), siendo Kaby Lake una optimización de la arquitectura Skylake

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  • 4 months later...

Intel estira un poco más la arquitectura Kaby Lake con una nueva "familia" de procesadores, Intel Core i9

 

 

The Intel® Core™ X-series processor family introduces a series of firsts that reflect the extreme performance we are delivering. This family includes Intel’s first teraflop desktop CPUs, a prime example of just how much raw compute these processors can handle. We’re also introducing the entirely new Intel® Core™ i9 processor, representing the highest performance for advanced gaming, VR and content creation. At the top of the lineup is the new Intel® Core™ i9 Extreme Edition processor – the first consumer desktop CPU with 18 cores and 36 threads.

 

 

Intel® Core™ X-series Processors, uno de los nuevos Core i9 anunciado está en la web: Intel® Core™ i9-7900X Processor, 10 núcleos físicos y 4,5 GHz

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