Intel Achieves First Silicon Power On For Next-Gen Sapphire Rapids Xeon CPUs, On Track For 2022 Launch

Intel has confirmed in its latest roadmap that its adjacent-generation 10nm Xeon family codenamed Sapphire Rapids is on track for launch in 2021. The next-generation family volition exist replacing both, Intel Ice Lake-SP 10nm & Cooper Lake-SP 14nm families with a total elevation-to-bottom CPU portfolio, making use of a brand new CPU architecture which will exist optimized for data center and servers.

Intel Achieves First Silicon Power On For Next-Gen Sapphire Rapids Xeon CPUs, On Track For Launch in 2021

Intel's 2021 lineup of Xeon Scalable Processors will exist all Sapphire Rapids unlike the current 14nm and 10nm partitioning we see with Cooper Lake (4S-8S) and Ice Lake (1S-2S) families. The lineup will consist of diverse SKUs and will be supported by the Hawkeye Stream platform. Intel volition likewise bring their latest AMX (Avant-garde Matrix) instruction for side by side-gen Deep Learning boost which would offer increased Artificial Intelligence performance on the Sapphire Rapids lineup.

Intel has already achieved its first 'Ability On' of the Sapphire Rapids silicon and will be going into production in 2021 with the launch in 2H 2020. The Aurora supercomputer volition be the first of many HPC centric products that volition make use of the Sapphire Rapids Xeon CPUs. The Sapphire Rapids chips volition exist featured alongside Intel'south first 7nm discrete GPU, the Xe-HPC based Ponte Vecchio, in the Aurora supercomputer.

Intel Sapphire Rapids Xeon CPUs - What We Know So Far

The 10nm++ based Sapphire Rapids is expected to make use of the updated Willow Cove core architecture which replaces Sunny Cove in 2020. The Sapphire Rapids lineup will brand utilise of 8 channel DDR5 memory and support PCIe Gen 5.0 on the Hawkeye Stream platform. The Eagle Stream platform volition besides introduce the LGA 4677 socket which volition exist replacing the LGA 4189 socket for Intel'due south upcoming Whitley platform which would house Cooper Lake-SP and Ice Lake-SP processors.

The Sapphire Rapids core counts are expected to achieve upwards to 48 cores (<200W) in single and dual-socket platforms while the 4S/8S platforms are expected to make use of 32 core parts with over 200W TDPs. We tin see higher core counts and the higher TDPs could represent college clocks on the 10nm process node merely that's mere speculation at this point in time.

Russian🍻
CPX : 24C , 165-200W , 4S
ICX : 24C , >200W , 2S
ICX : 32C , 150-200W , 2S
SPR : 48C , <200W , 1-2S
SPR : 32C , >200W , 2S/4-8S
*not Max cores.

— 188号 (@momomo_us) June 3, 2020

While this will let Intel to match upwardly or even outpace AMD's EPYC offerings if Milan will finish up reusing DDR4 and PCIe Gen four from the upcoming EPYC Rome platform. That remains to be seen. Intel's Sapphire Rapids family volition be launching the same twelvemonth that Intel introduces their first datacenter Xe GPUs based on the 7nm procedure node which is to be the showtime lead product on the 7nm procedure node so we can see that Intel has prioritized its server GPU roadmap far more than aggressively compared to its server CPU roadmap. The main reason for this is to power the ARNL Aurora Supercomputer which becomes operational in 2021.

The platform would be competing confronting AMD'south Zen four based EPYC Genoa lineup which would also exist moving to a newer platform known equally SP5. AMD has promised new memory along with new capabilities for the Genoa lineup which would include support for DDR5, PCIe 5.0, and more. We don't know what other features would the new lineup include but Intel is doing the same with 8-channel DDR5 support & a new interconnect such as CXL for the Eagle Stream platform. Intel plans to tackle AMD in ii key departments with Sapphire Rapids, i being increased per cadre output (performance) and decreased TCO$ per core.

Currently, AMD's EPYC CPUs annihilate Intel in terms of performance per watt, a number of cores/threads, feature set, and total cost of operation with major players in the server segment switching their deject datacenters to AMD's EPYC CPUs. Information technology remains to be seen if Intel can make a complete or even a fractional recovery of its Xeon segment with Sapphire Rapids. For now, Intel is indeed launching its Sapphire Rapids Xeon Scalable family in 2021 simply chances hither we could meet a express production for the Aurora supercomputer with book shipments happening around the first half of 2022.

Which server lineup exercise you lot think will offering the best characteristic set for enterprise markets?

Source: https://wccftech.com/intel-next-gen-xeon-sapphire-rapids-silicon-power-on-2021-launch/

Posted by: moodybeftedind1982.blogspot.com

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