GPU Computing

April 2009

2002 2003 2004 2006 2007 20082005 2009 2010

GPU Outpacing CPU in Raw Processing

GPUNVIDIA GTX 285240 cores1.04 TFLOPS

CPUIntel Core i7 965

4 cores102 GFLOPS

CPU

GPUCUDA Architecture Introduced

DP HWIntroduced

HWDebugger

TeslaTM

High-Performance ComputingQuadro®

Design & CreationGeForce®

Entertainment

CUDA Architecture Available on All Modern NVIDIA GPUs

Over 100 Million CUDA- enabled GPUs shipped

GPU Computing ApplicationsCritical Mass

GPU Computing Today (April 23rd 2009)

Over 100,000,000 installed CUDA-Architecture GPU’s

Over 60,000 GPU Computing Developers (1/09)

Cross vendor, cross platform enabled

GPU Computing spans Consumer applications to HPC

Over 100+ Universities teaching the CUDA Architecture and GPU Computing

NVIDIA GPUwith the CUDA Parallel Computing Architecture

C OpenCLDirectX

Compute FORTRAN And …

Java and Python

integration

With CUDA ExtensionsSDK + Lib’s + Visual Profiler and debuggerRunning in Production since 2008

1st GPU demoShipped 1st OpenCL Beta Driver this week

Microsoft’s GPU Computing APISupports all CUDA-Architecture GPU’s since G80 (DX10 and future DX11 GPU’s)

SW supplied by The Portland Group

CUDA Architecture is Accelerating Time to Discovery

4.6 Days

27 Minutes

2.7 Days

30 Minutes

8 Hours

13 Minutes16 Minutes

3 Hours

CPU Only With GPU

(UIUC) (Evolved Machines) (Nokia, Motorola) (Techniscan )

Visit: CUDAzone

CUDA-Powered TSUBAME is 29th Fastest Supercomputer in World

Tokyo Institute of Technology first to

achieve Top 500 rank with NVIDIA-based

GPU cluster

170 Tesla systems with 680 GPUs

300,000 GPU cores

3 million computing threads

NVIDIA - CONFIDENTIAL

Gaming Physics

Enables games to simulate objects using physical models

Allows for realistic effects and more vivid interaction

Rich features available for games using NVIDIA PhysX Examples: rigid bodies, joints, fluids, cloth, softbodies, vegetation

Thank You