IntelCAEcommonPlatformIntel CAE common Platform · 2013-12-12 · IntelCAEcommonPlatformIntel CAE common Platform-컴퓨팅파워가만든새로운혁신 * 박종섭/[email protected]

Intel CAE common PlatformIntel CAE common Platform- 컴퓨팅 파워가 만든 새로운 혁신

* 박 종섭 /[email protected]

* 인텔코리아 /ESS

Intel Technical Computing

Compute enables a New Scientific Method*Technical computing and R&D workflow innovation

Iterate

• Prediction • Physical Prototyping

• Analysis• Conclusion• Refinement

• Hypothesis

Accelerates the Method

2

• Modeling & Simulation• Experiment Refinement

• Physical Prototyping

• Analysis• Conclusion• Refinement

• Hypothesis

1. Satava, Richard M. “The Scientific Method Is Dead-Long Live the (New) Scientific Method.” Journal of Surgical Innovation (June 2005).

• Prediction

To Compete, You Must Compute


Dyson Creates a Revolutionary FanUtilizing new scientific method

Reduced the number of costly, time-consuming physical prototypes

2.5x better fan performance while eliminating external moving parts

By investigating 10x the number of design possibilities using virtual prototyping

3

Dyson Air Multiplier Fan

Virtual prototypeSource: Ansys Advantage Volume IV, Issue 2 2010 pp. 5-7© Ansys Corp.


Maximizing Your Compute ROIBetter, faster, cheaper

Faster time-to-market

Better products

Lower design and production costs

Hardware deployment and

ToplineInnovation R&D$

maintenance

Software development & deploymentBiggest investment

Bottom-lineCosts

4

IT

Intel® Technical Computing

Millions of Applications… Plus YoursDelivering performance across generations and platforms

Intel Architecture ecosystem: Increasing the return and longevity of your application investment

Today

5

Development Tools

Performance/ Optimizations

Standards


The Right Tool for the Job: A Continuum of ComputingHow do you get breakthroughs for your investment

Tablet

Desktop

>See a simple result

Intel® Xeon ®

Workstation

>More results, faster

>Better teamwork, Faster

turns

>More simulations,Breakthrou

gh ideas& research

>Change the world,Discover the unknown,Transformational insight

Local Cluster Computation Large Clusters

6

Common underlying architecturescales investments across technical computing platforms


The Right Tools for Your WorkflowExploring 4 high ROI examples

Intel® Xeon ®

Workstation

DesktopIntel® Xeon ®

WorkstationIntel® Xeon ®

Workstation Local Cluster

7

Large Cluster Large ClusterLarge Cluster


Building the Right Tool for the JobBalanced compute, storage, and interconnects based on workload

NETWORKING SOFTWARECOMPUTE STORAGE

8


DreamWorks Animation WorkflowImproved animation rendering time

Enables artists to preview and evaluate scenes more quickly as changes are made

Lighting modifications are viewed in near l d f d d h

ToplineInnovation

real-time instead of rendered overnight

Enables more immediate artist and production collaboration

Reduces design environment complexity by improving workflow

Bottom-lineBenefits

9

Preserves software development investment while adopting new hardware technologies (i.e. Intel® Xeon Phi™ coprocessors)


DreamWorks Animation ResultsEnables more iterations, improves movie production process

DreamWorks Animationproprietary software

Intel® Xeon® Processor E5-2600 product family enabled artist workstations

Large shared rendering

Intel® Xeon ®

Workstation“By combining Xeon E5-2600 class processors with a Xeon Phi coprocessor, we are now able to provide artists with extremely high-quality light transport simulation in large scenes at interactive

p p y

10

Large, shared rendering clusters configured with Intel® Xeon® Processor E5-2600 product family

Large Cluster Computation

gspeeds. This enables us to bring further technical innovation to bear on the ways breathtaking film imagery is created."

-- Evan Smyth, Staff Architect


Monsanto WorkflowAccelerating the genome assembly process

Improved researcher productivity and decreased time to understanding seed genome

ToplineInnovation

Enabled better researcher collaboration on big data problems

Centralized and standardized compute environment on latest Intel® Xeon® processors to reduce acquisition and

Bottom-lineCosts

11

p qmaintenance costs

Controlled heating, cooling, and real estate and administrative costs

Avoided the need for auxiliary compute environments

Source: Results courtesy Monsanto Corporation, 2012

Genomics search algorithm

BLAST


Monsanto ResultGetting seeds to farmers quicker with fewer resources

Intel based display device(work done on cluster)

Expanded shared cluster capacity with 100+ node Intel® Xeon® processor E5-

Desktop

28% faster BLAST workload f

12

Intel® Xeon® processor E5-2600 product family cluster• Compute capacity

expanded 61%• Rack space increased by

only 22%12

Large Cluster

performance

Research team decreased time-to-results from 2 weeks to 6 days

Source: Results courtesy Monsanto Corporation, 2012

More compelling, accurate visualization of car design

Avoid physical prototyping spin by identifying body part


Audi WorkflowReal-time, photo-realistic predictive rendering

ToplineInnovation

Got the most for their Autodesk software investment with optimized

spin by identifying body part fit issues

Reduce turn-around from identifying design changes

Bottom-lineCosts

13

pperformance on Intel platforms

Intel® Xeon® Processor E5-2600 product family based solution

across workstations and clusters reduced deployment and

maintenance costsVirtual prototyped images

Images courtesy of The Audi Group, Used by permission


Audi ResultsBetter, safer cars to market quicker

Upgraded 2000 workstations to latest Intel® Xeon®

Intel® Xeon ®

Workstation

to latest Intel® Xeon® processor E5-2600 product family

Local Cluster Computation

Phase 1: 450 dual-processor nodes. Phases 2 & 3 will duplicate 1,350 node visualization cluster

14

Large Cluster

Scaled Autodesk Opticore V13 on 1024 Intel® Xeon® processor E5-2600 product family Result: Reduced physical

prototypesImages courtesy of The Audi Group, Used by permission


What makes a great workstation?

Intel® Xeon® Processor E5-2600 Product Family

+Concurrent interactivedesign and visualization

Intel® Xeon ®

Workstation

Intel® Xeon® Processor E5-1600 Product Family

+More complex modeling, interactive designand visualization

Intel® Xeon® Processor E3-1200 v2 Product Family

15

Trusted, Reliable Performance, Manageability

Intel® Xeon® processors: When the Results Really Matter

CAD/CAE4.1 X Faster Computational Fluids


Intel® Xeon® Processor E5 family based WorkstationsReal-world workstation performance

Computational Fluids ANSYS* Fluent*

Digital Content2.1 X Faster Photorealistic Ray Tracing Luxology

16

Financial Services3.5 X FasterFSI Black Shoals &Monte Carlo workloads


What makes a great HPC cluster?

Industry-leading workload performance

Intel® Xeon® processors: Ground-b ki l ld li ti

Fast, reliable access to data

Intel® Xeon® processor based storage

Performance for highly-parallel workloads while preserving software investment

breaking real-world application performance

Industry-leading energy efficiency

g

Intel® SSDs

Intel® Lustre

Fast, cost-effective data movement between nodes

Intel® True Scale fabric

17

Intel® Xeon Phi™ coprocessors:Leading performance for highly parallel workloads

Uses common Intel® Xeon ® programming models to preserve software investment

Ease of deployment and maintenance

Intel® Cluster Ready

Intel: The Architecture for Discovery

CAD/CAE FinanceEnergyLinpack Life Sciences


Intel® Xeon® ProcessorsReal-world HPC performance

UP TO

1.4XUP TO

1.5XUP TO

1.5XUP TO

1.3XUP TO

2.1XRelative Geometric Mean Scores by segment

Intel® Xeon® Processor E5-2600 Family (8C, 2.7Ghz) vs. previous generation

Software and workloads used in performance tests may have been optimized for performance only on Intel microprocessors. Performance tests, such as SYSmark and MobileMark, are measured using specific computer systems, components, software, operations and functions. Any change to any of those factors may cause the results to vary. You should consult other information and performance tests to assist you in fully evaluating your contemplated purchases, including the performance of that product when combined with other products. Configurations: Intel Internal measurements October 2011, See backup for configuration details. For more information go to http://www.intel.com/performance . Any difference in system hardware or software design or configuration may affect actual performance. Copyright © 2010, Intel Corporation.

Relative Geometric Mean Scores by segmentActual performance will vary by workloadHigher is better

To Compete You Must Compute


The Economic Choice to Unleash Your BreakthroughsToday and Tomorrow

Millions of Applications… Plus Yours

19

The Right Tool for Your Job

Delivering Leadership HPC PerformanceDelivering Leadership HPC Performancewith Tick Tock Modelwith Tick Tock Model

TickTick TockTock TickTick TockTock TickTick TockTock

32nm32nm 22nm22nm

AVX

14nm14nm

Intel® Xeon 5600

SandyBridge

IvyBridge Haswell Broadwell Skylake

AVX2 Intel® AVX-512*

Intel Confidential 20

Consistent and reliable cadence of industry leading architecture, process technology and capacity

Am I running an ISV

or in-house application?

In-house NoNo

Am I capable & motivated

to pursue high levels of parallelism?

Is my application ready for

high parallelism?

(see guide)

Is the Intel® Xeon Phi™ Coprocessor right for me?

Can my workload

scale to over 100 threads?

(see guide, page 11)

Contact ISV to find out if and when they will

support Xeon Phi™

Not readyor suitable

ISV

Ready

Yes Yes

No

YesYes Yes

+

Intel Confidential 21

No

Can my workload

benefit from large

vectors?(see guide, page

12)

Can my workload

benefit from more

memory bandwidth?

No

21

For more information, check out the following link:Are Xeon Phi Coprocessors Right for You?Intel Confidential

감사합니다.

Documents

IntelCAEcommonPlatformIntel CAE common Platform · 2013-12-12 · IntelCAEcommonPlatformIntel CAE common Platform-컴퓨팅파워가만든새로운혁신 * 박종섭/[email protected]