HP APOLLO SYSTEMS FOR HPC AND BIG DATA ANALYTICS NG JIT KEONG TECHNICAL MARKETING MANAGER HP SERVER, SOUTH EAST ASIA

Transcription

1 HP APOLLO SYSTEMS FOR HPC AND BIG DATA ANALYTICS NG JIT KEONG TECHNICAL MARKETING MANAGER HP SERVER, SOUTH EAST ASIA

2 Solving global problems requires greater Genetics Digital Content Medical research Performance Geophysics Weather modeling Finance Manufacturing/ Engineering Government, Academia, Enterprises Efficiency Accessibility 2

3 HPC a Complex Market requiring knowledge of customers, markets, and software applications Energy 6% Weather 4% DCC 6% Defense 10% Chem/Bio- Sciences 14% Based on IDC 2011 Revenue Data - IDC [CATEGORY NAME] [PERCENTAGE] Other 1% Government Lab 20% Engineering 18% Academic 18% CAGR App Segment ( ) Government Lab 5.5% Academic 5.9% Engineering 9.0% Chem/Bio-Sciences 6.4% Defense 6.6% Energy 6.8% DCC 8.8% Weather 5.8% FSI 11.1% Other 7.8% 4

4 HP is the HPC market leader, and growing share Q3 14 Total HPC Revenue by Vendor, IDC 2013 Total HPC 2014 Q1-Q3 YTD Total HPC IBM 27.7% Dell 14.4% Other 13.5% Cray 4.2% HP 32.5% SGI 3.0% Dawning 1.9% Fujitsu 1.2% Bull 0.8% NEC 0.7% IBM 24.2% Dell 15.9% HP 34.0% Other 14.0% SGI 3.4% Cray 3.0% Dawning 2.0% NEC 1.3% Fujitsu 1.3% Bull 0.8% Source: Q3 14 IDC HPC QView 6

5 HP is the HPC market leader HP in the TOP500 list IBM 30.6% Nov'14 TOP500 Cray 12.4% HP 36.2% SGI 4.6% Bull 3.6% Dell 1.8% Fujitsu 1.6% Other 9.2% Top100 Systems 15. Tokyo Tech Tsubame Purdue University Conte 63. Saudi Aramco 89. Clemson Palmetto2 91. Service Provider 94. USC HPCC 96. Airbus HPC4 99. Energy Company Source: 7

6 HP s compute portfolio for better IT service delivery Software-defined and cloud-ready Mission-critical environments HP OneView HP Helion OpenStack RESTful APIs Workload-optimized Optimized Virtualized &cloud workloads Core business applications Big Data, HPC, & web scalability API SP Workloads HP HP Integrity HP Integrity ProLiant blades & Superdome NonStop scale-up Availability for continuous business Converged HP BladeSystem Convergence to accelerate IT service delivery HP MicroServe r HP ProLiant ML HP ProLiant DL Intelligence to increase productivity HP ProLiant SL HP Moonshot Density and efficiency to scale rapidly HP Apollo Family HP Cloudline Lowest Cost built to Scale Converged network HP Networking Converged management HP OneView Converged storage HP StoreVirtual VSA Common modular architecture Global support and services Best-in-class partnerships ConvergedSystem 9

7 The Apollo Portfolio: HPC & Big Data Design Points Scalable, dense, architecture with all the goodness of ProLiant on top! Apollo 2000 Scalable Multi-node Apollo 4000 Family Storage Density SL6500 Dense GPU Apollo 6000 Apollo 8000 Rack-scale Efficiency Leading TFlops/Rack Water-Cooling Energy Reuse Cost reduction ongoing Delivering breakthrough efficiency at scale 10

8 HP Apollo 2000 System The Enterprise Bridge to Scale-Out Architecture Density optimised for traditional datacenters Up to 4 powerful servers in 2U chassis 2X the density of 1U servers Traditional racks and cabling for existing datacenters Cost effective in any configuration Configuration flexibility for a variety of workloads Mix and Match servers for workload optimization HPC performance with accelerators, top bin CPUs, fast HPC clustering Storage flexibility and a broad range of I/O options for workload optimization 2X Density Simple at scale it s ProLiant Gen9 ProLiant enterprise-class management and operational tools HP ilo Management saves administration time and cost HP Advanced Power Manager (APM) enables more efficient capacity per rack HP Insight CMU to monitor, manage and optimize compute clusters of any size 8.3 TeraFLOPS in 2U Flexible Familiar Fast 11

9 Apollo 2000 System offerings Up to 4 servers in 2U, traditional rear cabling and front hot plug storage Apollo r2200 Apollo r2600 Apollo r2800 ProLiant XL170r ProLiant XL190r 12

10 Apollo 2000 HP Apollo 2000 Roadmap SHIPPIN G POR MRD Calendar Quarters 1Q 15 2Q 15 3Q 15 4Q 15 1Q 16 2Q 16 3Q 16 4Q 16 1Q 17 Future Apollo 2000 Broadwell speedbump Gen10 Launch April 2015 Launch June 2015 Apollo r2200 Apollo r2600 ProLiant XL170r ProLiant XL190r Apollo r2800 with drive mapping feature Intel Xeon Phi 5110P & NVIDIA Tesla K40 Support in the ProLiant XL190r from 1- June AMD FirePro S9150 planned for Jul 15 NVIDIA Tesla K80 planned for Sep 15 13

11 Update... The HP Apollo 6000 System The best performance for your budget 14

12 The Apollo 6000 System The best air-cooled performance ever Leading performance per $ per watt Get up to 4x more performance/$/watt in up to 60% less floor space with up to 20 hot-pluggable servers in 5U Rack scale efficiency Scale by chassis or rack with a single modular infrastructure, external power shelf dynamically allocating power to help maximize rack-level energy efficiency and easy management Flexibility to tailor to the workload for lower TCO Selection of compute, accelerator, storage and networking to fit workload needs while increasing cost savings 4x more performance/$/watt 60% less space $3M TCO savings 16

13 The Apollo 6000 System Density Efficiency HP Apollo 6000 Power Shelf HP ProLiant XL220a Gen8 v2 2x1P servers 2014 HP ProLiant XL230a 2P server 2014 Serviceability HP Apollo a6000 Chassis Flexibility HP ProLiant XL250a (2P) Server Manageability HP APM Accelerators Feb 15

14 HP Apollo P Server with Accelerators HP ProLiant XL250a Gen9 Server Feb 15 Double Wide Slot Compute Tray + 2 Accelerator Rack Chassis Processor Memory Network Module IO Slots Front Accessible Storage Server tray will fit in standard 1.0m rack depth HP Apollo a6000 Chassis Intel Xeon E5-26xx v3 (up to 135W) processors 16 DIMMs (Registered or Load-Reduction) DDR MHz, 512GB max (16 x 32GB) -Rear Dual GbE 1-port module OR -Rear Dual FlexibleLOM riser: Supports GbE, 10GbE, and/or Infiniband 2 x8 PCIe Gen3 for Smart Array or HBA Plus x8 / 2 x16 PCIe Gen3 for accelerators Up to 6 SFF hot plug HDDs or SSDs Accelerators NVIDIA Tesla: K40, K80 Intel Xeon Phi: 5110P, 7120P AMD FirePro S9150 Adding NVIDIA Grid K1 (Mid Jul 15) Management HP ilo 4 19

15 Update... The HP Apollo 8000 System Accelerating the science of supercomputing 21

16 The HP Apollo 8000 System Advancing the science of supercomputing Scientific Computing Research computing Climate modeling Protein analysis Manufacturing Product modeling Simulations Material analysis Leading teraflops per rack for HPC 4X teraflops/sq. ft. than air-cooled systems > 190+ teraflops/rack with Xeon E v3 (18C) > 350+ teraflops/rack with x86 + Accelerators Efficient liquid cooling without the risk 40% more FLOPS/watt and 28% less energy than air-cooled systems Dry-disconnect servers, intelligent Cooling Distribution Unit (icdu) monitoring and isolation Redefining data center energy recycling Save up to 3,800 tons of CO2/year (790 cars) Recycle water to heat facility 4X teraflops/sq. ft. 40% more FLOPS/watt 3,800 tons of CO2 22

17 Apollo 8000 System Technologies Advancing the science of supercomputing Dry-disconnect servers 100% water cooled components Designed for serviceability Intelligent Cooling Distribution Unit 320 KW power capacity Integrated controls with active-active failover Management infrastructure HP ilo4, IPMI 2.0 and DCMI 1.0 Rack-level Advanced Power Manager Warm water Closed secondary loop in CDU Isolated and open facility loop Power infrastructure Up to 80kW per rack Four 30A 3-phase VAC Open door view of 4 compute & redundant CDU racks 23

18 Differentiated: Dry-disconnect servers New patented technology making a liquid-cooled system as easy to service as air-cooled Sealed heat pipes Sealed heat pipes Thermal bus bars Enables maintenance of servers without breaking a water connection Inside the server tray, heat is transferred from components via vapor in sealed heat pipes Thermal bus bars on the side of the compute tray transfer heat to the water wall in the rack Water flows through thermal bus bar in the rack from supply-and-return pipes Fluid fully contained under vacuum 24

19 World s largest supercomputer dedicated to advancing renewable energy research National Renewable Energy Laboratory $1 million in annual energy savings Petascale (one million billion calculations/ second) 6-fold increase in modeling and simulation capabilities Average PUE of 1.06 or better Source of heat for 185,000 square feet of office and lab spaces, as well as the walkways 1MW of data center power in under 1,000 sq. ft., very energy-dense configuration 26

20 Apollo 8000 wins U.S. R&D100 Award 2014 & Editors Choice Emmys for R&D presented 7 th Nov The R&D 100 Awards recognise excellence across a wide range of industries, including telecommunications, optics, high-energy physics, materials science, chemistry and biotechnology 27

21 Cyfronet to Deploy 1.7 Petaflop HP Apollo 8000 Supercomputer Poland, Europe Cyfronet Prometheus The world s largest computer installation of HP Apollo servers 41,472 cores 216 terabytes DDR4 memory # 1 in Poland # 12 in Europe according to the current TOP500 list # 30 in the world according to the current TOP500 list 29

22 HP Apollo 4000 handles the data explosion Unprecedented drive capacity with 2.16PB in a single rack 1 HP Smart Array technology delivers scalable performance across multiple drive technologies (SSD, SAS or SATA) Energy savings with shared cooling and power and reduced complexity with fewer cables Flexible compute, up to 3 compute nodes 1 using 4TB Drives 30

23 Optimized compute solutions for the data driven organization Key solutions based on purpose built platforms, leading partner eco-system and end-to-end services Workloads Object Storage Virtualized Storage Hadoop Analytics NoSQL Database In-Memory Database Structured Database Cloud Services and Software HP Helion HAVEn Workload optimized compute for data driven organization Scale-out HP Partner Programs Scale-up HP and Partner Services 32

24 HP Apollo 4000 Family: From Early Innovation to Market Leadership 2014: Leading innovation 2015: Extending HP leadership in storage servers and emerging solutions Apollo 4000 Storage Server Family SL4540 Gen8 Apollo 4200 Apollo 4530 Apollo 4510 (2U / 1 node x 28 LFF or 50 SFF) (4U / 3 nodes x 15 LFF) (4U / 1 node x 68 LFF) Purpose built as Enterprise Bridge to Scale Out Storage StoreVirtual Object Purpose built for Hadoop / Big Data Purpose built for Object Storage 33

25 HP Apollo 4500 Gen9 Improvements Top View Hot plug fans move to the interior. Hot plug vertically from the top. Support for 12Gb SAS drives Chassis shrinks to 4U New low profile drive carrier. 34

26 HP Apollo 4500 Gen 9 System Improvements Rear Service Zone Apollo 4530 Gen9 Rear view 5 PCI Express Gen 3 slots 4 Full Height/Half Depth x8 slot One x8 slot populated by drive controller FlexLOM 2x1Gb NIC Embedded Management module Shared ilo port goes to 1Gb Support for new enhanced SL- APM Gen 9 power supplies Choice of AC or DC supplies 35

27 HP ProLiant XL450 Gen9 Server Populate one or three servers per Apollo 4500 chassis Optimise core-to-spindle ratio using dual Intel Xeon E v3 processors High performance memory using up to 16 HP SmartMemory DIMMs at speeds of up to 2133 MHz and 1024GB maximum Individual node serviceability for easy maintenance and swapping 36

28 HP Apollo 4200 Gen9 Server: Industry-Leading 2U Server Storage For Object Storage For Big Data Analytics Drive Support Max Capacity Apollo 4200 LFF Up to 24 LFF SAS/SATA/SSD + 4 LFF in rear Up to 224TB (over 4.4PB per 42U rack)* Form Factor 2U with standard chassis depth (31.5 ) Optimal Workload Object Storage Models available CTO and BTO Drive Support Max Capacity Form Factor Apollo 4200 SFF Up to 48 SFF + 2 SFF in rear Up to 90TB 2U with standard chassis depth (31.5 ) Optimal Workload Hadoop Analytics Models available CTO and BTO 37

29 A foundation for future innovation Extending industry-first/only coalition to transform the data center a seamless new approach to processing large data sets efficiently and cost-effectively. able to handle these webscale storage workloads with a massive number of concurrent readers and writers. deploy active archives at price points previously unachievable." a uniquely powerful, flexible and economical solution to answer today's challenges around object storage. increased storage capacity on reduced footprint, power consumption and overall cost. all with the enterprise reliability, manageability and performance that our customers expect. 38

30 Reinventing HPC today to accelerate the world of tomorrow Accelerating performance to speed up answers Maximizing efficiency for sustainability and savings Unleashing HPC to enterprises of any size 4x teraflops per square foot 4x density per rack per dollar Years to days for new innovations HP Apollo Family Optimizing rack-scale computing for HPC 39

31 THANK YOU