This document discusses NVIDIA's chips for automotive, HPC, and networking. For automotive, it describes the Tegra line of SOC chips used in cars like Tesla, and upcoming chips like Orin and Atlan. For HPC, it introduces the upcoming Grace CPU designed for giant AI models. For networking, it presents the BlueField line of data processing units (DPUs) including the new 400Gbps BlueField-3 chip and the DOCA software framework. The document emphasizes that NVIDIA's GPU, CPU, and DPU chips make yearly leaps while sharing a common architecture.

1. Shinnosuke Furuya, Ph.D., HPC Developer Relations, NVIDIA
2021/08/26
組み込みから HPC まで
ARM コアで実現するエコシステム

2. 2
Automotive
NVIDIA Drive
HPC
NVIDIA Grace CPU
Network
NVIDIA BlueField DPU
AGENDA

3. 3
“World’s Best Performing CEO”
HARVARD BUSINESS REVIEW
“100 Best Companies to Work For”
FORTUNE
“Best Places to Work in 2021”
GLASSDOOR
“World’s Best CEOs”
BARRON’S
“50 Smartest Companies”
MIT TECH REVIEW
“Most Innovative Companies”
FAST COMPANY
Founded in 1993 Jensen Huang, Founder & CEO 19,000 Employees $16.7B in FY21

4. 4
AUTOMOTIVE

5. 5
TEGRA SOC GENERATIONS
Tegra K1 Tegra X1 Parker
CPU Arm Cortex A15 (4 cores) Arm Cortex A57 (4 cores)
NVIDIA Denver 2 (2 cores)
Arm Cortex A57 (4 cores)
GPU Kepler (192 cores) Maxwell (256 cores) Pascal (256 cores)
Products
NVIDIA SHIELD Tablet
NVIDIA Jetson TK1
Google Chromebook
Nintendo Switch
Nintendo Switch Lite
NVIDIA SHIELD TV
NVIDIA Jetson TX1
NVIDIA Jetson Nano
Tesla
Mercedes Benz
Magic Leap 1
NVIDIA Jetson TX2
Xavier Orin Atlan
CPU NVIDIA Carmel (8 cores) Arm Cortex A78AE (12 cores) new Arm
GPU Volta (384 cores) next generation next generation
Products
Toyota
NVIDIA Jetson AGX Xavier
NVIDIA Jetson Xavier NX
NVIDIA DRIVE Pegasus
Mercedes Benz
Volvo
(many automotive companies)

6. 6
NVIDIA ORIN
24.5 billion transistors
12 A78 (Hercules) ARM64 CPUs
254 INT8 TOPS - CUDA Tensor Core GPU + DLA
205 GB/s memory bandwidth
4 10Gbps ENET
8K 30 Dec | 4K 60 Enc – H264 / H265 / VP9
4 R52 Lock-step Pairs Integrated Safety Island ASIL-D
Secure key storage
FUSA ASIL-B Chip | ASIL-D Systematic
Advanced, Software-defined Platform
for Autonomous Machines

7. 7
NVIDIA DRIVE ATLAN
Fusing Next Generation AI and BlueField
Industry’s First 1,000 TOPS SoC
400 Gbps Networking with Secure Gateway
ASIL-D Safety Island
TOPS is the New Horsepower

8. 8
HYPERION 8
AV PLATFORM
2x Orin AV Computer
1x Orin IX Computer
4x Orin + 4x MLNX 3D GT Data Recorder
Sensor Suite: 8 Cameras [8MP], 4 Fisheyes [3MP], 3 In-
Cabin, 9 Radar, 2 Lidar
State-of-the-Art Advances for Data Collection,
Development and Testing

9. 9
THE FUTURE CAR IS SOFTWARE DEFINED

10. 10
NVIDIA DRIVE AV

11. 11
HPC

12. 12
GIANT MODELS PUSHING LIMITS OF EXISTING ARCHITECTURE
Requires a New Architecture
GPU 8,000 GB/sec
CPU 200 GB/sec
PCIE Gen4 (Effective Per GPU) 16 GB/sec
Mem-to-GPU 64 GB/sec
System Bandwidth Bottleneck
DDR4 HBM2e
GPU
GPU
GPU
GPU
x86
ELMo (94M)
BERT-Large
(340M)
GPT-2
(1.5B)
Megatron-LM
(8.3B)
T5 (11B)
Turing-NLG
(17.2B)
GPT-3 (175B)
0.00001
0.0001
0.001
0.01
0.1
1
10
100
1000
2018 2019 2020 2021 2022 2023
Model
Size
(Trillions
of
Parameters)
100 TRILLION PARAMETER MODELS BY 2023

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ANNOUNCING NVIDIA GRACE
Breakthrough CPU Designed for Giant-Scale AI and HPC Applications
FASTEST INTERCONNECTS
>900 GB/s Cache Coherent NVLink CPU To GPU (14x)
>600GB/s CPU To CPU (2x)
NEXT GENERATION ARM NEOVERSE CORES
>300 SPECrate2017_int_base est.
Availability 2023
HIGHEST MEMORY BANDWIDTH
>500GB/s LPDDR5x w/ ECC
>2x Higher B/W
10x Higher Energy Efficiency

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TURBOCHARGED TERABYTE SCALE ACCELERATED COMPUTING
CURRENT x86 ARCHITECTURE
DDR4 HBM2e
Evolving Architecture For New Workloads
INTEGRATED CPU-GPU ARCHITECTURE
LPDDR5x HBM2e
3 DAYS FROM 1 MONTH
Fine-Tune Training of 1T Model
REAL-TIME INFERENCE
ON 0.5T MODEL
Interactive Single Node NLP Inference
GPU
GPU
GPU
GPU
GRACE
GRACE
GRACE
GRACE
GPU
GPU
GPU
GPU
x86
Transfer 2TB in 30 secs Transfer 2TB in 1 secs
GPU 8,000 GB/sec
CPU 200 GB/sec
PCIE Gen4
(Effective Per GPU)
16 GB/sec
Mem-to-GPU 64 GB/sec
GPU 8,000 GB/sec
CPU 500 GB/sec
NVLink 500 GB/sec
Mem-to-GPU 2000 GB/sec
Bandwidth claims rounded to nearest hundred for illustration.
Performance results based on projections on these configurations Grace : 8xGrace and 8xA100 with 4th Gen NVIDIA NVLink Connection between CPU and GPU and x86: DGX A100.
Training: 1 Month of training is Fine-Tuning a 1T parameter model on a large custom data set on 64xGrace+64xA100 compared to 8xDGXA100 (16xX86+64xA100)
Inference: 530B Parameter model on 8xGrace+8xA100 compared to DGXA100.

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ANNOUNCING
THE WORLD’S FASTEST
SUPERCOMPUTER FOR AI
20 Exaflops of AI
Accelerated w/ NVIDIA Grace CPU and NVIDIA GPU
HPC and AI For Scientific and Commercial Apps
Advance Weather, Climate, and Material Science

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NETWORK

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INTRODUCING NVIDIA BLUEFIELD-3 DPU
First 400Gb/s Data Processing Unit
Offloads and Accelerates Data Center Infrastructure
Isolates Application from Control and Management Plane
Powerful CPU – 16x Arm A78 Cores
Datapath Accelerator – 16x Cores, 256 Threads
Process Networking, Storage, and Security at 400 Gbps

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INTRODUCING NVIDIA BLUEFIELD-3 DPU
First 400Gb/s Data Processing Unit
22 Billion Transistors
400Gb/s Ethernet & InfiniBand Connectivity
400Gb/s Crypto Acceleration
18M IOP/s Elastic Block Storage
300 Equivalent x86 Cores
CONNECTX-7
DATA PATH ACCELERATOR
PCIe GEN 5.0
DDR5 MEMORY INTERFACE
ARM CORES
ACCELERATION
ENGINES

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BLUEFIELD DPU GENERATIONS
BlueField BlueField-2 BlueField-3
Port speed
2 x 100Gb/s
InfiniBand and Ethernet
2 x 100Gb/s, 1 x 200Gb/s
InfiniBand and Ethernet
1 x 400Gb/s, 2x200Gb/s
InfiniBand and Ethernet
Performance
Bandwidth: 200Gb/s
DPDK Max Msg Rate:150Mpps
RDMA max msg rate: 200Mpps
Bandwidth: 200Gb/s
DPDK Max Msg Rate: 215Mpps
RDMA max msg rate: 215Mpps
Bandwidth: 400Gb/s
DPDK max msg rate: 250Mpps
RDMA max msg rate: 330Mpps
Modulation NRZ NRZ & 50G PAM4 NRZ & 100G PAM4
DDR Channels DDR4-2400MT/s Dual channels DDR4-3200MT/s Single channel 2 x DDR5-5600 Interfaces
Max Arm Cores 16 x A72 Arm cores 8 x A72 Arm cores 16 x A78 Arm cores (Hercules)
Embedded ASIC ConnectX-5 ConnectX-6 Dx ConnectX-7
PCIe Gen3.0 x32 / Gen4.0 x16 Gen4.0 x16 Gen5.0 x32

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NVIDIA DOCA
Enabling Broad BlueField Partner Ecosystem
Software Development Framework for BlueField DPUs
Offload, Accelerate, and Isolate Infrastructure Processing
Support for Hyperscale, Enterprise, Supercomputing and
Hyperconverged Infrastructure
Software Compatibility for Generations of BlueField DPUs
DOCA is for DPUs what CUDA is for GPUs
CYBER
SECURITY
EDGE
STORAGE
PLATFORM
INFRASTRUCTURE
ORCHESTRATION
MANAGEMENT
TELEMETRY
SECURITY NETWORKING STORAGE
ACCELERATION LIBRARIES
DOCA

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BLUEFIELD-3 USE CASES
Unprecedented Innovation for Modern Data Centers
Cloud Computing
Bare-Metal I Virtualized I Containerized
Private I Public I Hybrid Cloud
Cyber Security
Distributed Security | NGFW I
Micro-segmentation
HPC & AI
Cloud-Native Supercomputing |
Accelerated DLRM
Telco & Edge
Telco Cloud | CloudRAN |
Edge Compute
Media Streaming
Visual High Quality I
8K Video I CDN
Data Storage
HCI I Elastic Block Storage I
Instance Storage

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BLUEFIELD ENABLES
CLOUD-NATIVE
SUPERCOMPUTING
Collective offload with UCC accelerator
Smart MPI progression
User-defined algorithms
1.4X higher application performance
Multi-Tenancy with Zero-Trust Security

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NVIDIA DPU ROADMAP
Exponential Growth in Data Center Infrastructure Processing
2020 2022
1X
10X
100X
BlueField-2
7B Transistors
9 SPECint
0.7 TOPS
200 Gbps
BlueField-3
22B Transistors
42 SPECint
1.5 TOPS
400 Gbps
BlueField-4
64B Transistors
160 SPECint
1000 TOPS
800 Gbps
2024
DOCA — ONE ARCHITECTURE
* BlueField-4 product to include opt-in GPU and non-GPU configurations

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SUMMARY

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3 CHIPS. YEARLY LEAPS. ONE ARCHITECTURE.

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MEGATRON cuQUANTUM MORPHEUS
MERLIN
MAXINE CLARA METROPOLIS ISAAC DRIVE
AERIAL
APPLICATION FRAMEWORKS
CHIPS & SYSTEMS
PLATFORM SOFTWARE
NVIDIA ECOSYSTEM PLATFORM
AGX
DGX
RTX EGX
HGX
FLEET COMMAND
OMNIVERSE AI ENTERPRISE
VGPU
GPU CPU DPU
GEFORCE RIVA

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SUMMARY
• Tegra SoC has a long history, and that experience has been applied to current Xavier, the next generation Orin, and
the next generation Atlan
• The future car is software defined, and NVIDIA provide whole ecosystem such as DRIVE Hyperion and DGX Systems
• Grace CPU is designed for giant-scale AI and HPC applications
• BlueField-3 DPU is the first 400 Gb/s data processing unit
• DOCA enables broad BlueField ecosystem
• GPU, CPU and DPU chips make a yearly leaps in one architecture