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Intel today unveiled its third-generation Scalable Xeon processor family (codenamed Cooper Lake) for four- and eight-socket servers, aimed at AI and analytics workloads running in the datacenter. Spelman said the specification for AMX will be published this month to give developers a chance to start preparing for it and optimizing their underlying software.HPCwire is a registered trademark of Tabor Communications, Inc. Use of this site is governed by our Terms of Use and Privacy Policy.Reproduction in whole or in part in any form or medium without express written permission of Tabor Communications, Inc. is prohibited.Be the most informed person in the room! Facebook, Alibaba, Baidu and Tencent have announced plans to adopt the CPUs.
Up to six modules fit on a single socket, providing up to 3 TB of persistent memory per socket and total memory capacity of 4.5 TB per socket.Intel reports demand for DL Boost and bfloat16 in the four- and eight-socket market, especially among the large cloud service providers. In another internal test, Intel demonstrated 1.7x more AI training performance over Cascade Lake on BERT throughput for natural language processing.Fabricated on Intel’s 14nm++ process, Cooper Lake is the first x86 processor to deliver built-in AI training acceleration through new bfloat16 support added to Intel Deep Learning Boost (DL Boost) technology.
The company added that it expects "strong demand" with "certain customer segments and AI usages" for deep learning workloads.But while AMD is ahead of Intel in terms of advanced process technologies and plans to cover every major use case in the data center market with the upcoming EPYC Milan processors, Intel has more of a reputation for the broad applicability of its Xeon processors, according to Tibbils. "The processor transitions in the server space need to be a little bit longer, because it takes companies a while to do their validation and things like that, so having them go from another to another to another in a relatively short period of time, sometimes it's not the best form of transition for those customers. As much as AMD is doing a great job in terms of getting more cores into the same power envelope and improving performance on two-socket and single-socket, AMD still trails Intel in adding machine learning technologies into the server products.”The new processors also introduce enhanced Intel Select Speed technology. Ice Lake-SP (ICL-SP), which is based on Intel's latest 10nm process node, is supposed to arrive shortly after Cooper Lake-SP.
However, the company decided to switch gears to only support Cooper Lake for Cedar Island as it prepares 10nm Ice Lake processors for the Whitley platform.Intel has confirmed reports that it has pruned plans for its upcoming Xeon Cooper Lake processors by reducing the number of processors it plans to launch in the product line. That felt like the right fit and gave us a chance to remove some of that congestion.”Spelman said that Ice Lake, Intel’s 10nm successor to Cooper Lake, is on track to launch later this year.Intel says Cooper Lake delivers an average 1.92x performance gain on cloud data analytics usage models and up to 1.98x higher database performance versus a standard five-year-old (Haswell) platform. Adding BF16 into our DL Boost feature set (which also includes INT8 and FP32) enables us to continue to deliver our customers advanced AI features built into a mainstream server CPU.”Since 1987 - Covering the Fastest Computers in the World and the People Who Run Them“We felt like the work that we did with the Cascade Lake Refresh solved and helped meet a bunch of the market needs that we would have been trying to address [with a “top to bottom” Cooper Lake]; the four- and the eight- socket and the need for the second-generation of Optane Persistent Memory was the more pressing or pervasive opportunity,” said Spelman. That’s one way that Intel can stay ahead of AMD, by adding this type of instruction innovation. “It allows you to pack more performance and save more energy for to get the same workload done. “You can think of it as a quality of service type of capability that allows you to prioritize your most important traffic your most important portion of the workload in order to guarantee a best response and then to super efficiently utilize the rest of the compute resources available to you,” said Lisa Spelman, Intel corporate vice president and general manager, Xeon and Memory Group.© 2020 HPCwire.
Intel today unveiled its third-generation Scalable Xeon processor family (codenamed Cooper Lake) for four- and eight-socket servers, aimed at AI and analytics workloads running in the datacenter. Spelman said the specification for AMX will be published this month to give developers a chance to start preparing for it and optimizing their underlying software.HPCwire is a registered trademark of Tabor Communications, Inc. Use of this site is governed by our Terms of Use and Privacy Policy.Reproduction in whole or in part in any form or medium without express written permission of Tabor Communications, Inc. is prohibited.Be the most informed person in the room! Facebook, Alibaba, Baidu and Tencent have announced plans to adopt the CPUs.
Up to six modules fit on a single socket, providing up to 3 TB of persistent memory per socket and total memory capacity of 4.5 TB per socket.Intel reports demand for DL Boost and bfloat16 in the four- and eight-socket market, especially among the large cloud service providers. In another internal test, Intel demonstrated 1.7x more AI training performance over Cascade Lake on BERT throughput for natural language processing.Fabricated on Intel’s 14nm++ process, Cooper Lake is the first x86 processor to deliver built-in AI training acceleration through new bfloat16 support added to Intel Deep Learning Boost (DL Boost) technology.
The company added that it expects "strong demand" with "certain customer segments and AI usages" for deep learning workloads.But while AMD is ahead of Intel in terms of advanced process technologies and plans to cover every major use case in the data center market with the upcoming EPYC Milan processors, Intel has more of a reputation for the broad applicability of its Xeon processors, according to Tibbils. "The processor transitions in the server space need to be a little bit longer, because it takes companies a while to do their validation and things like that, so having them go from another to another to another in a relatively short period of time, sometimes it's not the best form of transition for those customers. As much as AMD is doing a great job in terms of getting more cores into the same power envelope and improving performance on two-socket and single-socket, AMD still trails Intel in adding machine learning technologies into the server products.”The new processors also introduce enhanced Intel Select Speed technology. Ice Lake-SP (ICL-SP), which is based on Intel's latest 10nm process node, is supposed to arrive shortly after Cooper Lake-SP.
However, the company decided to switch gears to only support Cooper Lake for Cedar Island as it prepares 10nm Ice Lake processors for the Whitley platform.Intel has confirmed reports that it has pruned plans for its upcoming Xeon Cooper Lake processors by reducing the number of processors it plans to launch in the product line. That felt like the right fit and gave us a chance to remove some of that congestion.”Spelman said that Ice Lake, Intel’s 10nm successor to Cooper Lake, is on track to launch later this year.Intel says Cooper Lake delivers an average 1.92x performance gain on cloud data analytics usage models and up to 1.98x higher database performance versus a standard five-year-old (Haswell) platform. Adding BF16 into our DL Boost feature set (which also includes INT8 and FP32) enables us to continue to deliver our customers advanced AI features built into a mainstream server CPU.”Since 1987 - Covering the Fastest Computers in the World and the People Who Run Them“We felt like the work that we did with the Cascade Lake Refresh solved and helped meet a bunch of the market needs that we would have been trying to address [with a “top to bottom” Cooper Lake]; the four- and the eight- socket and the need for the second-generation of Optane Persistent Memory was the more pressing or pervasive opportunity,” said Spelman. That’s one way that Intel can stay ahead of AMD, by adding this type of instruction innovation. “It allows you to pack more performance and save more energy for to get the same workload done. “You can think of it as a quality of service type of capability that allows you to prioritize your most important traffic your most important portion of the workload in order to guarantee a best response and then to super efficiently utilize the rest of the compute resources available to you,” said Lisa Spelman, Intel corporate vice president and general manager, Xeon and Memory Group.© 2020 HPCwire.