1. GPU Computing April 2009

2. GPU Outpacing CPU in Raw Processing GPU NVIDIA GTX 285 240 cores 1.04 TFLOPS CPU GPU CUDA Architecture Introduced DP HW Introduced HW Debugger

3. Tesla TM High-Performance Computing Quadro ® Design & Creation GeForce ® Entertainment CUDA Architecture Available on All Modern NVIDIA GPUs Over 100 Million CUDA- enabled GPUs shipped

4. GPU Computing Applications Critical Mass GPU Computing Today (April 23 rd 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 GPU with the CUDA Parallel Computing Architecture NVIDIA GPU with the CUDA Parallel Computing Architecture COpenCL DirectX Compute FORTRAN And … Java and Python integration With CUDA Extensions SDK + Lib’s + Visual Profiler and debugger Running in Production since 2008 1 st GPU demo Shipped 1 st OpenCL Beta Driver this week Microsoft’s GPU Computing API Supports all CUDA- Architecture GPU’s since G80 (DX10 and future DX11 GPU’s) SW supplied by The Portland Group

5. CUDA Architecture is Accelerating Time to Discovery 4.6 Days 27 Minutes 2.7 Days 30 Minutes 8 Hours 13 Minutes 16 Minutes 3 Hours CPU OnlyWith GPU (UIUC)(Evolved Machines)(Nokia, Motorola)(Techniscan ) Visit: CUDAzone

6. CUDA-Powered TSUBAME is 29 th 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

7. 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

8. Thank You