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© Copyright 2012 Hewlett-Packard Development Company, L.P.

The information contained herein is subject to change without notice.



HP GTC Presentation May 2012





Today’s Agenda: •HP’s Purpose-Built SL Server Line

•Desktop GPU Computing Revolution with

HP’s Z Workstations





New HPC customer requirements demand a shift in technology and

market innovation.

Hyperscale—the new frontier for HPC

Where IT IS the business New expectations set New innovation is required

Performance

Efficiency

Agility

Time to innovation

Reduced cost and power

Improved quality

Response to change

Competitiveness

Driving innovation and competitiveness in science,

engineering, and analysis 3





The world’s most self-sufficient servers

Introducing HP ProLiant Gen8 servers

4

900+

Patents Filed

$300M

R&D Investment

100K+

Customer Interactions

150+

Design Innovations





Areas of innovation for HP Gen 8

5

Integrated Lifecycle Automation

Servers that virtually take care of themselves -

eliminates tedious, time-consuming admin

tasks with:

• Intelligent Provisioning

• HP Active Health

• HP Smart Update

Dynamic Workload Acceleration

Server and storage converged to turbo-charge

application performance with:

• HP Smart Storage

• HP SmartMemory

Automated Energy Optimization

Servers that match workload to the available

power, cooling and space resources with:

• Automated location discovery

• Automated power setup

• Energy optimized technology

Proactive Service and Support Servers that

aggregate all system health, asset and warranty

information , secures it in one place with access

anywhere, any time, with any device

• Proactive 24x7 automated event

• Comprehensive cloud-based IT support

ProActive Insight architecture





HP ProLiant SL6500s infrastructure

6

Benefits: Low cost, high efficiency • 4U Chassis for deployment flexibility

• Standard 19” racks, with front I/O cabling*

• Unrestricted airflow (no mid-plane or I/O connectors)

• Individually serviceable nodes

• Variety of optimized node modules

• Ability to mix and match nodes

Multi-node, shared infrastructure • Shared power & fans

• Optional hot-plug redundant PSU

• Energy efficient hot plug fans

• 3 phase load balancing

• 94% efficient platinum + common slot power supplies

• N +1 capable power supplies (up to 4)

• Up to 80% reduction in thermal components

• Up to 88% reduction in power supplies

SL Advanced Power Manager • Remote power monitoring

• Node level power off/on

• Server/fan/power supply health monitoring

• Rack level power capping

*Optimized for 1200mm deep racks – AF001A

*3rd party racks will require HP’s SL 3rd party rack kit





What’s New Highlights

Integrated Lifecycle Automation

Enhanced performance and quality of service with HP Active Health and Agentless

Management

Dynamic Workload Acceleration

33% more memory capacity, 25% greater performance - HP Smart Memory

Increased storage performance - SSD-optimized PCIe-gen3 –Smart Controllers

Automated Energy Optimization

Energy optimized technology, 3D Sea of Sensors, automated power discovery,

rack level power management, new 94% Platinum Plus power supplies

Proactive Service and Support

Quality of service innovations such as Smart Socket guides and Smart Drives

Purpose-built Design for HPC

Expanded application accelerator support with optional NVIDIA Tesla GPUs and

PCIe IO Accelerators

30% increased InfiniBand performance with PCI-e gen3 and Mellanox CX3

Flexible LOM

SL230s SL250s

7

Introducing HP ProLiant SL230s & SL250s Gen8 Built on ProActive Insight Architecture - Over 150 design innovations





Balanced CPU/GPU for extreme HPC applications

SL250s Gen8

8

What’s new

• Choice of FlexibleLOM adapter tailored to meet your system workload

• New Smart Storage family of controllers and drives

• Next-generation cloud-enabled Insight Management

• Easily update your firmware using HP Service Pack

for ProLiant

• Support for latest NVIDIA GPGPUs – M2075, 2070Q, M2090

SL390s G7 2U SL250s Gen8

Processor Intel® Xeon® 5500/5600, 2/4/6 cores Intel® Xeon® E5-2600, 4/6/8 cores

Memory (12) DDR3, up to 1333MHz (192GB max) (16) DDR3, up to 1600MHz (512GB max)

Storage HP Smart Array B110i controller 4SFF Hot-Plug HDD

HP Smart Array B320i 4SFF Hot-Plug HDD 4SFF Internal Drive Option

Networking 2x10GbE + 2-port QDR IB/10Gb 2x1GbE + FleiblexLOM

Management HP Integrated Lights-Out 3 (iLo3) HP iLO Management Engine





4 Nodes per 4U

chassis

8 CPUs per 4U

chassis

12 GPUs per 4U

chassis

HP ProLiant SL250s Gen8 2U Half Width Tray

16 DIMM Slots

(Below GPU Tray)

2 Socket-R CPUs

(Below GPU Tray)

Management

Port – iLO4

2- 1GbE Ports

1- Serial Port

SUV Port –

Serial/USB/Video

Chassis Interface Port Air Flow Exhaust Rear GPU

2 GPU Tray

Or

4 SFF HDD Tray

FlexibleLom Slot

System ID Tab

PCIe G3 x8 LP Slot

4-Hot-Plug HDD

Optional 4-SFF Kit

9





4U GPGPU

Processor

Chipset

2P Intel (Westmere)

Intel® 5520 Chipset (Tylersburg rev C2)

Max Memory 12 DDR3 slots, R & U DIMMs

Max memory: 128GB

Storage

HP Smart Array B110i SATA SW Raid [standard]

HP Smart Array SAS controller family [upgrade]

8 SFF HP SATA / SAS

Networking

Dual port 1GbE NIC [standard]

10GbE SFP+ (via ConnectX2) [standard]

QDR IB QSFP (via ConnectX2) [upgrade]

Slots 1 x8 LP PCIe G2

8 x16 PCIe G2 via PLX*

Remote Mgmt. Integrated LightsOut 3

Additional

features

High efficiency shared PS, (>94%) @ 50%+ load

Shared fan topology

Density 2 servers in 4U

Form Factor ½ W, 4U, SNS * - 8 x 225 Molex for GPGPU power

HP ProLiant SL390s G7 4U Server Up to 8

GPUs in ½

width 4U





Expert design, deployment, and support Designed-in expertise; dedicated design and support services

ISV Engineering

• Dedicated ISV Engineering Team

• Qualification and characterization lab

• Scale Out Select Support Team

• Fixed/Flexible Care Packs – or Per Data Center

Scale Out Select

• Leasing, Asset Recovery, Refresh

• Selective “Shared Risk” Instruments Available for Service Providers

Critical Facility Services

• Facility & technology assessment services

• Facility design, programming & cost modeling

• Commissioning & testing

• Cluster Quickstart

• On-site integration

• HPC Training

• Regional competency centers

HPC Consulting

HP Financial Services





Goals: • Over 1PetaFLOPS of sustained performance

• Fit in 200 meters2 and 1.8 MW power

• Support the broad research agenda of Tokyo Tech

Solution: • 1408 SL390s G7 2u nodes and 34 DL580 G7 nodes, each with

NVIDIA Tesla GPUs, dual Mellanox QDR IB networks

• HP Modular Cooling System water-cooled racks

Result: • 2.4 PF peak, the system has exceeded 1PF in real application

performance

• Fits in 160 meters2 and 1.4 MW power

• At launch, #4 on TOP5001 list and #2 on Green5002 list

12

Building the “World’s Greenest Production Supercomputer”2

Tokyo Institute of Technology – Tsubame 2.0

1- www.top500.org, Nov’10

2- www.green500.org, Nov’10





Why HP in HPC – Just the facts

13

Market share - HP has 156 systems in the top 500 Leadership – IDC lists HP as #1 in HPC Innovations – HP is the leader in industry standard and Hybrid GPU computing in HPC

More systems supporting GPUs then Dell or IBM HP management provides a single Payne of glass view integrating Cluster and GPU management, job scheduling etc.

HP • Has been working with NVIDIA for over a decade • 1st publically demonstrated a GPU enabled server in 2007 at SC07 • Shipped our 1st GPU enable system to customers over 4 years ago • Was the 1st company to design a standard server, from scratch as host for NVIDIA GPUs

• Currently in our 3rd generation of systems designed for GPUs • Was the 1st to integrate a GPU with cluster technology • Is shipping GPUs on 15 different servers in multiple different configurations • Was 1st to deliver 1 TeraFlop Linpack in 1U





•Easy to understand –

everything the customer

needs to get started is

included

•Easy to buy, no

complex configurations

to go through,

•Easy to get installed

and running

SL250s Gen8

Balanced CPU/GPU

2U version

Up to 3 GPUs

HP ProLiant Gen8 GPU Starter Kit

Available Now!

SL250s Gen8 Starter Kit 2.0

8 GPU Cluster Factory Built

From Factory fully integrated

Its Easy





HP/Nvidia Gen 8 GPU Starter Kit V2.0

– Configuration: • 1 DL380 control node w/ E5-2670 8 core 2.6GHz 115WCPUs, 64 GB RAM and 2x 600 GB HDD

• 1 SL6500 enclosures

• 4 SL250s 2u server trays w/ E5-2670 8 core 2.6GHz 115W CPUs, 64 GB RAM, 600 GB HDD, 2

Nvidia M2090 GPU modules

• Voltaire IB 4x QDR 36 port managed switch

• HPN ProCurve 2910 24 port 10/100/1000 Ethernet switch

• RHEL

• CMU

• Linux Value Pack

• Rack and infrastructure

• Hardware/Software Integration

– Development Environment for commercial, enterprise, Higher Ed, ISVs

– CUDA Programming Environment

– Proof-of-concept environment for channel partners

– Contact HP Sales for detailed BOM

Simple, low cost way to get started with GPU Computing





HP delivers high-performance innovation at any scale.

ACCELERATE Innovation with HP

16

Scalable Performance

Speed advancements with a converged infrastructure, purpose-built for scale.

Maximum Efficiency

Optimize your performance footprint with the world’s most efficient systems.

Instant-On Agility

Deploy easily, adapt quickly to change, and improve quality

of service.

HP

Converged

Infrastructure





Desktop GPU Computing Revolution With HP Z Workstations

John Brown / May 2012





Desktop GPU Computing Revolution

HP’s Z Workstations with NVIDIA Tesla and Quadro deliver breakthrough GPU compute power right to the desktop

• For demanding applications across a broad range of segments

• Configurations from entry level to high end meet every need

• Desktop accessibility + GPU capability = enhanced productivity

Today we’ll discuss performance of

HP’s popular Z800 and brand-new

Z820 Workstations with a variety of

Quadro and Tesla configurations

18





GPU Benchmark

19

We chose Bunkspeed PRO™ Suite 2012 with the Graffiti workload as a GPU benchmark for HP’s Z Workstations

• Comprehensive digital design and

review suite for the desktop

• Utilizes NVIDIA iray 2 for interactive,

inline, or offline ray tracing

• Can be used with CPU, GPU, or

hybrid acceleration

• Supported on a wide variety of

Quadro and Tesla configurations

Benchmark settings: • 500 cycles inline rendering

• 1920x1080

• ECC off on GPUs





GPU Acceleration with NVIDIA Quadro

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NVIDIA Quadro 4000 GPU + CPU acceleration provides significant benefits over CPU alone

NVIDIA

Quadro 4000 • 256 CUDA Cores

• 2 GB DDR5

HP Z800 Workstation • 192 GB RAM capacity

• Benchmark configuration: •12 GB RAM

•Dual X5675 3.07 GHz (6 core ea)

0

0.2

0.4

0.6

0.8

1

1.2

1.4

1.6

1.8

Z8002 x X5675(12 cores)

Z8002 x X5675 +Quadro 4000

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GPU Acceleration with NVIDIA Maximus

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NVIDIA Maximus with Tesla C2075 + Quadro 4000 + CPU nearly triples CPU-only rendering performance

NVIDIA


• 2 GB DDR5

NVIDIA Tesla C2075 • 448 CUDA Cores

• 6 GB DDR5

HP Z800 Workstation • 192 GB RAM capacity


•Dual X5675 3.07 GHz (6 core ea)

0

0.5

1

1.5

2

2.5

3

Z800Dual X5675(12 cores)

Z8002 x X5675 +Quadro 4000

Z8002 x X5675 +

Quadro 4000 +C2075

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NVIDIA Maximus on HP Z820

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Next-generation HP Z820 featuring NVIDIA Maximus with Dual Tesla C2075 + Quadro 2000 provides 4X performance boost

NVIDIA


• 1 GB DDR5

Dual NVIDIA

Tesla C2075 • 448 CUDA Cores

• 6 GB DDR5

HP Z820 Workstation • PCIe Gen 3

• 512 GB RAM capacity


•Dual E5-2670

2.6 GHz (8 core ea)

0

0.5

1

1.5

2

2.5

3

3.5

4

4.5


Z8202 x E5-2670(16 cores)

Z8202 x E5-2670 +Quadro 4000

+ C2075

Z8202 x E5-2670 +Quadro 2000+ 2 x C2075

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NVIDIA Kepler Maximus on HP Z820

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The coming revolution in GPU performance: projected* next-gen NVIDIA Kepler Maximus on HP Z820 Workstation

HP Z820 Workstation • PCIe Gen 3

• 512 GB RAM capacity NVIDIA

“Kepler” Quadro

Dual NVIDIA

“Kepler” Tesla

0.0

1.0

2.0

3.0

4.0

5.0

6.0

7.0

8.0

9.0


Z8202 x E5-2670(16 cores)

Z8202 x E5-2670 +Quadro 2000+ 2 x C2075

Z8202 x E5-2670 +Kepler Quadro

+ 2 x Kepler Tesla

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* Estimate subject to change







Entry CAE+MCAD

on GPU Price-Performance

Large Models/

Complex DME

Single CPU Z400 or Z420

24 GB RAM*

One NVIDIA® Quadro® 600

One NVIDIA® Tesla® C2075

Dual CPU Z620

32 – 48 GB RAM*

One NVIDIA® Quadro® 2000

One NVIDIA® Tesla® C2075

Dual CPU z800 or Z820

48 GB RAM (or more)*

10k-rpm disks and/or SSDs

Quadro® 6000 + Tesla® C2075

- or -

Quadro® 2000 + 2 x Tesla® C2075

* Memory requirements dictated by problem size to minimize disk I/O.

HP Z Workstations and Maximus Quick Guide

24



Conclusion

25

HP’s Z Workstations + NVIDIA Maximus deliver a revolution in GPU performance to the desktop

• Today - Bunkspeed PRO™ Suite 2012 on Z820 with NVIDIA Maximus GPU acceleration - up to 4X improvement over CPU-only

• Today - other desktop applications on Z820 with NVIDIA Maximus GPU acceleration show up to 9X improvement or more

• Kepler – revolutionary next generation of graphics and GPU compute performance on the desktop







Thank You

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