Kaby lake procssor3/6/2023 ![]() Future processes require more complex manufacturing and more exotic technology-IBM recently demoed a 7nm chip, though the commercial viability of this manufacturing process is less than clear-so these delays may become a common feature of the future. Krzanich indicated that this may not be the end of tick tock forever and that a more regular two year-per-process timeframe was still the long-term desire, but Intel's difficulties and changed plans show the continuing challenges with keeping pace with Moore's Law: the rule of thumb coined by Intel's Gordon Moore that transistor density will double every 18 to 24 months. Little concrete is known about Kaby Lake, but it's likely to be available in a range of lines from a 4.5W laptop part up to 80W dual-socket server and workstation parts. News of this processor appeared to leak last month along with its full name: Kaby Lake. Like Skylake, this processor will continue to use the 14nm process. Cannonlake is being pushed back, from 2016 to the second half of 2017, and in the interim, a third "lake" generation processor will be released in 2016. Transitioning to 10nm isn't expected to be any better, so Intel is extending the timelines. The migration to 14nm was more challenging than anticipated, and there were issues too with the previous migration to 22nm. Intel BX80677I77700 i7-7700 3.6 GHz Kaby Lake Processor - 8.0 GTs44 8 MB LGA 1151 CPU Visit the Intel Store 3 ratings 49733 About this item 4 cores & 8 threads 3.6 GHz clock speed 4.2 GHz maximum turbo frequency LGA 1151 socketSpecifications Clock Speed: 3. In a call to shareholders after announcing its financial results today, Intel CEO Brian Krzanich confirmed that this plan has been derailed. This was to be the next tick the processor architecture would be minimally changed, but the manufacturing process would switch to 10nm. The original plan was for Skylake to be succeeded by Cannonlake. Later this year Intel will release the first Skylake processors these will continue to be built on 14nm, but will contain a range of architectural improvements, and as such are a "tock." Since 2007, Intel has been operating on a staggered release schedule that alternates manufacturing process shrinks-"ticks"-with major microarchitectural improvements-"tocks." For example, the current generation Broadwell processors are a "tick," being the first processors built on the 14nm process. When it comes the Kaby Lake processors there is said to be increased performance over Skylake along with 10-bit HEVC/VP9 decode and 5K support.Intel has confirmed today that it will build a third generation of processors on its 14nm process, and that the switch to 10nm manufacturing has been delayed until the second half of 2017, showing the challenges that Moore's Law is under and bringing an end to the company's "tick-tock" strategy. Intel Optane technology support is great to see as we are really excited to see how Intel/Micron 3D XPoint memory along with Intel’s controller and firmware will perform in the next generation PCIe NVMe SSDs! The 200 series chipset also supports 10 USB 3.0 ports, Intel Optane technology, Intel RST PCIe Storage x4 Gen3 and Intel Rapid Storage Technology 15. It looks like Intel will be increasing the number of PCIe 3.0 lanes from 20 on the 100 series to 24 PCIe 3.0 lanes on the 200 series. ![]() ![]() ![]() The slide says that Intel will be increasing the I/O performance and flexibility of the chipset, which is common sense. These slides are the first real details that we’ve seen for the new platform that will be replacing Skylake and the Intel 100 Series (Z170, H170 and Q170). The i7-7700K is 0-2 percent faster than the i7-6700K, meaning no one would notice the difference. It appears that Intel will be releasing the Kaby Lake processor series with the upcoming 200 series of chipsets. For gaming purposes, Kaby Lake doesnt add much to the current state of the art. The folks over at Benchlife have posted up a pair of slides and some information on Intel’s upcoming Kaby Lake processors that will succeed Skylake.
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