MandieQuartly,Ph.D.

Transcription

1 MandieQuartly,Ph.D.

2 2016 OpenPOWER Foundation % 0 Performance Cost Whatwouldyoudo?

3 Theonlyconstantischange OpenPOWER Foundation Source

4 Houston,wehaveaproblem OpenPOWER Foundation Source

5 2016 OpenPOWER Foundation Multi-Core Multi-Thread Workload Optimised Systems Quantum, DNA, Neural or??? computing IT Efficiency Scaling Single thread CLOCK ERA CLOUD ERA WOS ERA QUANTUM ERA 1970 s ~2004 ~2015 >>2025 Time

6 Introducing the O penpow ER Foundation 5Foundingmembersin OpenPOWER Foundation

7 What'sOpenPOWERalabout? Vibrant ecosystem through open development Accelerated innovaon through collaboraon of partners Driving industry performance leadership 2016 OpenPOWER Foundation OpenPOWER is an open development community using the POWER Architecture

8 This is what a revoluon looks like 2016 OpenPOWER Foundation

9 Speedtoinnovation Standards Choice 2016 OpenPOWER Foundation

10 Openalowsyoutocreatewhatyouneed 2016 OpenPOWER Foundation

11 What'ssospecialaboutPOWERanyway? 2016 OpenPOWER Foundation

12 POWER8Processor thelow down. Now with added PowerAccel! POWER OpenPOWER Foundation DRAM Chips Memory Buffer Up to 12 Cores, up to 96 Threads L1, L2, L3 + L4 Caches Up to 1 TB per socket Up to 230 GB/s sustained memory bandwidth

13 WorkloadacceleratorsandPOWER Field Programmable Gate Array Graphics Processing Unit Descrip*on Recongurable hardware Task customized, low latency, low power 1000s of simple cores High bandwidth, $oang point, and parallelism Example Use Cases Compression, encrypon, high speed streaming, search, Monte Carlo simulaons Deep neural networks, speech recognion, chemistry, simulaons, JAVA, Hadoop, graphics Power Chip Integra*on Coherent Accelerator Processor Interface (CAPI) NVIDIA NVLink 2016 OpenPOWER Foundation

14 2016 OpenPOWER Foundation POWER8withNVLink=2.8xbandwidth DDR4 CPU DDR4 115GB/s New POWER8 CPU Graphics Memory 32 GB/s PCIe GPU System Bottleneck Graphics Memory P100 Tesla GPUz NVLink 80 GB/s NVLink NVLink 80 GB/s P100 Tesla GPU Graphics Memory Current CPU GPU PCIe Data Pipe POWER8 with NVLink Data Pipe

15 2016 OpenPOWER Foundation FPGA CAPP PCIe POWER8 Processor Typical I/O Model Flow DD Call Copy or Pin Source Data MMIO Notify Accelerator Acceleration Poll / Int Completion Copy or Unpin Result Data Ret. From DD Completion Flow with a Coherent Model Shared Mem. Notify Accelerator Acceleration Shared Memory Completion CoherentAcceleratorProcessorInterface(CAPI)

16 2016 OpenPOWER Foundation LinuxsupportforPOWER Same source and distribution release schedules as x86 Simplified x86 application migration with little endian distributions Enterprise support for all three from IBM or distributors

17 Sowhat'snew? 2016 OpenPOWER Foundation

18 2016 OpenPOWER Foundation Vision Execution Adoption OpenPOWER Open Innovation Opening the door, a license to innovate Game changing solutions From proof of concept to industry revolution Incorporated December 2013 OpenPOWER Summit March 2015 OpenPOWER Summit April 2016

19 2016 OpenPOWER Foundation POWERProcessorRoadmap Focus on Enterprise Technology and Performance Driven Focus on Scale-Out and Enterprise Cost and Acceleration Driven Future POWER6 Architecture POWER7 Architecture POWER8 Architecture POWER9 Architecture Partner Chip POWER8/9 POWER POWER6 2 cores 65nm New Micro- Architecture New Process Technology 2008 POWER6+ 2 cores 65nm+ Enhanced Micro- Architecture Enhanced Process Technology 2010 POWER7 8 cores 45nm New Micro- Architecture New Process Technology 2012 POWER7+ 8 cores 32nm Enhanced Micro- Architecture New Process Technology 2014 POWER8 12 cores 22nm New Micro- Architecture New Process Technology 2016 POWER8 w/ NVLink 12 cores 22nm Enhanced Micro- Architecture With NVLink 2017 P9 SO 24 cores 14nm New Micro- Architecture Direct attach memory New Process Technology TBD P9 SU 12 cores 14nm Enhanced Micro- Architecture Buffered Memory T B D P9 SO 10nm - 7nm Existing Micro- Architecture Foundry Technology New Micro- Architecture New Technology

20 2016 OpenPOWER Foundation Zaius 1.25 OU 2 POWER9 CPUS 32 DDR4 DIMM SLOTS 2X G4 PCIE X16 FHFL SLOTS 1X G4 X16 HHHL SLOT 1X G4 X16 OCP MEZ 1X M.2 SATA PORT 1X SATA PORT 15X 2.5 SAS/SATA/NVME SLOTS BMC W/GBE LOM DISKLESS OPTION

21 OpenPOWERInnovationintheDesign PowerSystemsS822LC forhighperformancecomputing(akaminsky) NVIDIA: Tesla P100 GPU Accelerator with NVLink (GPU GPU & GPU CPU) Ubuntu by Canonical: Launch OS supporting NVLink and Page Migration Engine Wistron: Platform co-design Mellanox: InfiniBand/Ethernet Connectivity in and out of server HGST: Optional NVMe Adapters Broadcom: Optional PCIe Adapters QLogic: Optional Fiber Channel PCIe Samsung: 2.5 SSDs Hynix, Samsung, Micron: DDR4 IBM: POWER8 CPU with NVLink 2016 OpenPOWER Foundation

22 Introducing the IBM Power Systems LC Line OpenPOWER servers for cloud and cluster deployments that are different by design High Performance Computing NEW S822LC For Big Data NEW S822LC For High Performance Computing NEW S821LC S812LC S822LC 1 socket, 2U Storage rich for big data applications Memory Intensive workloads 2 socket, 2U Storage-centric and high through-put workloads Big data acceleration with work CAPI and GPUs 2 socket, 2U POWER8 with NVIDIA NVLink Up to 4 integrated NVIDIA Pascal P100 GPUs 2 sockets, 1U Dense computing 2 socket, 2U Memory Intensive workloads

23 WhoisusingOpenPOWERandhow? STFC Hartree Centre Power Acceleration and Design Centre Collaboration with IBM and NVidia Panther System: 32x POWER8 + NVidia K80 GPUs take advantage of IBM and NVIDIA s technological leadership in supercomputing and the Hartree Centre's expertise and experience in delivering solutions to real-world problems

24 WhoisusingOpenPOWERandhow? Tencent Integration of OpenPOWER systems into their Hyper Scale Data Centres for Big Data workloads Recent results running Spark Terasort: 3x better performance vs former x86 infrastructure, with 2/3rd fewer servers. 512x SuperMicro POWER8 servers

25 WhoisusingOpenPOWERandhow? Kinetica GPU-powered database insights in real time from live data Kinetica on OpenPOWER = 2.6X faster than x86 POWER8 with NVLink + NVidia P100 GPUs compared to x86 + NVidia K80 GPUs

26 WhoisusingOpenPOWERandhow? Video analytics using FGPA Connected via CAPI only with POWER8 CAPI = 30 fps Software = 2 fps ibm.biz/powercapi

27 2016 OpenPOWER Foundation

28 2016 OpenPOWER Foundation I couldn't care less about the platform I want to change the specifics of <stack part> Aspectrum of caring.

29 Iwantto know m ore /how do Igetstarted? Like hardware? Like virtual?

30 2016 OpenPOWER Foundation Comeandfindoutmore. Co-located with the OpenStack European Summit & no cost to attend!

31 2016 OpenPOWER Foundation Jointherebelion! Main website openpowerfoundation.org Overview

32 Referencematerial

33 2016 OpenPOWER Foundation Engage in the OpenPOWER community OUTCOME ACTION INTEREST Technology and Software Innovators Discuss areas of collaboration and synergy in OpenPOWER. Sign up for membership and join a work group. Build technical and business relationships. Develop collaborative innovations with compelling value Innovators, Integrators, and Partners Deep understanding of workload demands and consumption preferences of end users. Team with innovators and end users to drive requirements, engage in specific projects. Deliver collaborative innovations with compelling value End Users Strategic imperatives and workload demands for performance and cost optimization. Require open software and systems with choice and flexibility. Engage directly on system design options. Deploy collaborative innovations with compelling value

34 Membership Options Anyone may participate in OpenPOWER. Membership levels are designed for those that are investing to grow and enhance the OpenPOWER community and its proliferation within the industry. Membership Level Annual Fee $ USD FTEs Technical Steering Committee Board / Voting position Platinum $100k 10 Gold $60k 3 Silver $20k $5k if <300 employees 0 One seat per member not otherwise represented May be on TSC if Work group lead May be on TSC if Work group lead Includes board position Includes TSC position Gold members may elect one board representative per three gold members Sliver members may elect one board representative for all silver members New Silver ISV $0 if ISV is <300 employees 0 May be on TSC if Work group lead Sliver members may elect one board representative for all silver members Associate & Academic $0 0 May be on TSC if Work group lead May be elected to one community observer, non-voting Board seat 2016 OpenPOWER Foundation Membership agreement, Bylaws, and IP Rights Policy available for review

35 12 Work Groups Personalised Medicine Integrated Solutions System SW 25g IO Compatibility OpenPOWER I/O Accelerator Memory FSI Specification Developer Platform HW Architecture Compliance OpenPOWER Ready Physical Science Charter Charter Charter Charter Charter Charter P8 SP010 Data Charter Charter OpenPOWER ISA Profile V1 IO Device Architecture V2 Coherent Accel Intf Arch Compliance Specification Draft Review WG Spec Charter CAPI Linux SDK 64b ABI Platform Ref 25g IO Spec Sys I/O Enablement Guide CAPI AFU Intf Spec V1 Charter Charter OpenCL SDK OPMB Intf. Spec V1 P8 2U2S Reference FSI Spec Comp STD Pers Med CAPI AFU Intf Spec V2 P8+ 1U1S Reference Integrated Solutions P8+ 2U2S Reference OpenPOWER ISA Profile V2 IO Device Architecture V3 Coherent Accel Intf Arch Charter Charter SP010 Tyan OpenPOWER Customer Reference System AFU Accelerator Function Unit OPMB OpenPOWER Memory Bus SDK Software Developer Kit CAPI Coherent Accelerator Processor Interface FSI Field Replaceable Unit (FRU) Service Interface ABI Application Binary Interface 2016 OpenPOWER Foundation

36 2016 OpenPOWER Foundation OpenPOWERandOpenComputeProject areteamingtodeliverpriceperformanceadvantageonpower Contributing OpenPOWER Open Compute reference design via collaboration between IBM and Rackspace. Contributing OpenPOWER firmware from IBM to ensure fully open opportunity for OpenPOWER Open Compute system Engaging cross community opportunities via Open Compute role on advisory group to OpenPOWER Foundation along with joint activities

37 2016 OpenPOWER Foundation Coming soon: Barreleye In partnership with Avago, IBM, Mellanox, PMC & Samsung

38 Introducing O penpow ER Ready Products/solutionsmay displaybadge Participantsrequesttouseit Compatibility NotCertificationor Compliance OpenPOWERReady List OpenPOWER Foundation

39 2016 OpenPOWER Foundation WhyDeveloponOpenPOWER? Maximum Performance, Minimum Change From highly parallelised languages to memoryintensive apps, running the same code on POWER can dramatically increase performance and with all major Linux distros supported, switching is easy. Work Less, Do More With better performance and scale, you can spend less time building / testing / optimising and more time developing the next new thing. POWER8: Designed for Big Data SMT8 64+ threads per CPU Massive memory bandwidth & workspace Accelerate Beyond Limits POWER s deeply integrated accelerator support means code can push beyond the limits of what s possible with standard processors. Rule the Stack No black boxes With OpenPOWER s fully open architecture, developers rule the stack hardware, )rmware, and software are open and ready for optimisation.

40 2016 OpenPOWER Foundation

41 POWER8 => built for performance Sandy Bridge EP E5-x6xx Ivy Bridge EP E5-26xx v2 Ivy Bridge EX E7-88xx v2 Haswell EP E5-26xx v3 POWER 7+ Systems POWER8 Clock rates (GHz) GHz GHz SMT options 1,2* 1, 2* 1, 2* 1, 2* 1, 2, 4 1, 2, 4, 8 Max Threads / sock Max L1 Cache 32KB 32KB* 32KB* 64 KB 32KB 64KB Max L2 Cache 256 KB 256 KB 256 KB 256KB 256 KB 512 KB Max L3 Cache 20 MB 30 MB 37.5 MB 45 MB 80 MB 96 MB Max L4 Cache MB Memory Bandwidth GB/s GB/s 68-85** GB/s GB/s GB/sec GB/sec 1 = The Micro-architecture features above contributed to premium performance for the POWER8 systems compared to Ivy Bridge systems * Intel calls this Hyper-Threading Technology (No HT and with HT) *32KB running in Non-RAS mode 16KB results in better RAS **85GB running in Non-RAS mode and dual-device error NOT supported 2016 IBM Corporation

42 2016 OpenPOWER Foundation OpenPOWEROpenComputeProjectsystemscomingtomarket Motherboard Chassis Rack

43 2016 OpenPOWER Foundation Accelerated software innovation Over 2,500 Linux ISVs developing on Power 50 IBM Innovaon Centers Compelling PoCs Support for li6le endian applicaons CHARMM GROMACS NAMD AMBER RTM GAMESS WRF HYCOM HOMME LES MiniGhost AMG2013 OpenFOAM HPC minidft CTH BLAST Bowe BWA FASTA HMMER GATK SOAP3 STAC-A2 SHOC Graph500 Ilog Cloud Big Data & Machine Learning Mobile Enterprise Major Linux Distros

44 2016 OpenPOWER Foundation Lotsofresources&supportforLinuxISVsandDevelopers IBM PartnerWorldTechnical Support IBM Innovation Centers Free access to Power Hardware Free porting assistance Free Eclipse-based development environment artnerworld-program IBM Migration Factory Premier migration services for large applications IBM Watson Developer s Cloud Access to IBM Watson for developing cognitive computing applications IBM Power Development Cloud Provide free access to Power hardware to ISVs for Porting hwww.ibm.com/partnerworld/wps/servlet/contenthandler/stg_com_sys_powe r-development-platform IBM DeveloperWorks Technical resources, community, blogs, toolkits, How to articles, beta code Regional Ecosystem Initiative Recruiting Key Solutions Greater China, North America, Europe Middleware and Industry Solutions IBM Innovation Centers All 50+ centers worldwide now support Linux on Power One-stop for ISVs, developers HW access, technical support, demos, toolkits, Hands-on labs Site Ox Free On-demand cloud-based development platform using Linux on POWER8 for 2 weeks

45 Power Systems S822LC for High Performance Computing First in the Industry with CPU-GPU NVLink for bandwidth differentiation Unprecedented performance and application gains with the new POWER8 with NVLink processor delivering 2.8X the CPU- GPU bandwidth compared to x86 based systems CPU - GPU NVLink: POWERAccel IO Capability not available on x86 Simpler programming and larger data sets: GPU access to system memory with page migration Water cooled: Improves data center efficiency and enable sustained performance with CPU (Turbo)/GPU (Boost) performance System Details 2-socket, 2U Up to 20 cores ( Ghz) 1 TB Memory (32 DIMMs) 230GB/sec memory bandwidth 2x SFF (HDD/SSD), SATA, Up to 4 integrated NVIDIA Pascal GPUs 3 PCIe slots, 3 CAPI enabled, IB Add-in Air or water cooled Default 3 year 9x5 warranty, 100% CRU 2016 IBM Corporation 45

46 Power Systems S822LC for Big Data Designed from the ground up for Big Data Workloads The S822LC for Big Data leverages the best processor in the industry for big data with POWER8 resulting in superior data through-put for Linux workloads Leadership data through-put in a storage rich flexible server design resulting in an average of 80% better priceperformance on Open Source Data Bases Leadership virtualization density with 42% More VM s per Server than Intel Xeon E v4 systems Acceleration of big data workloads with the POWERAccel family of technologies System Details 2-socket, 2U Up to 20 cores ( Ghz) 512 GB Memory (16 DIMMs) 115GB/sec memory bandwidth 12 SFF/LFF (HDD/SSD) 96 TB storage 5 PCIe slots, 4 CAPI enabled 2 Nvidia K80 GPU capable Default 3 year 9x5 warranty, 100% CRU IBM Corporation

47 The Power Systems S821LC Drives the most compute in the smallest rack space For compute-intensive workloads, 2 POWER8 processors can now be accessed in a 1U server design Delivering nearly 7,000 threads in a rack for superior container deployments, that s 80% more than HP DL360 V4 systems Ideal for dense database, virtualization and container deployments requiring a balanced system design of through-put and density Superior 1U data throughput solution-specific hardware accelerators and the POWERAccel family of technologies System Details 2 socket, 1U Up to 20 cores ( Ghz) 512 GB Memory (16 DIMMs) 115 GB/sec max sustained memory bandwidth) 4x3.5 SATA drives, 32 TB Storage 4 PCIe slots, 3 CAPI enabled 1 Nvidia K80 GPU capable Default 3 yr 9x5 Warranty 100% CRU 2016 IBM Corporation