Copyright 2019 Xilinx 融入Python生态的开源可定制边缘计算框架 OT, IT, CT 融合 Copyright 2019 Xilinx 3 AutomotiveWired CommunicationsWireless Infrastructure Audio, Video, & Broadcast Industrial, Scientific & MedicalAerospace & DefenseConsumerTest & Measurement, and Emulation Copyright 2019 Xilinx Why It Matters Case Studies Accelerating Medical Treatment 4 Ensuring Safety with Driver-Artificial Intelligence Satellite Communication Genome analysis of critically ill newborns Analysis reduced from 1 day to 20 minutes Sensor fusion improves vehicle perception Accelerate AI for fast decision making Ensuring safe operation of space-based systems for global communication Copyright 2019 Xilinx Xilinx Foundation at the Edge Vision Customers Using Xilinx 80 ProAV & Broadcast Suppliers 60 Smart Camera & Visualization Suppliers 50 Industrial Vision Equipment Makers 10 Medical Diagnostic Suppliers 5 VR/AR Equipment Makers 80 ADAS Models From 23 Makers 5 Drone Suppliers Page 5 Copyright 2019 Xilinx Unique Value Prop FPGA CPU/GPU FPGA 1. Dataflow 2. Distributed Memory 3. Broadcast Interconnect 4. Reduced Precis. Arithmetic Copyright 2019 Xilinx We Are Xilinx Founded 1984 Headquarters Research and Development Sales and Support Manufacturing RevenueEmployees WorldwideCustomersIndustry FirstsPatents $3.03B4,20020K+60+4,000+ Copyright 2019 Xilinx Building the Adaptable Intelligent World Everything Intelligent & Connected Deployed at Massive Scale Dynamic Markets Need Rapid Innovation & Deployment Copyright 2019 Xilinx Three Big Trends 9 Explosion of Data 90% unstructured Video & image content Needs higher throughput & real-time computing Dawn of AI Adoption across all industries Injecting new intelligence into apps From endpoints to edge to cloud Computing After Moores law Heterogeneous computing with accelerators Breadth of apps require different architectures Speed of innovation outpacing silicon cycles 1 2 3 Copyright 2019 Xilinx 2 Diverse and Evolving Applications Needs Top 50 hottest applications only 60% of data centre compute cycles No killer applications Large number of diverse and evolving workloads Adaptable Acceleration Compute (Database, Analytics, AI, Video ), Storage, Networking, Security, etc. AI infusion into traditional workloads driving additional need for adaptable accel Copyright 2019 Xilinx This is the Era of Heterogeneous Compute One Architecture Cant Do It Alone Mountains of Unstructured Data Copyright 2019 Xilinx Hennessy & Patterson: A New Golden Age for Computer Architecture Hardware/Software Co-Design for High-Level and Domain-Specific Languages Enhancing Security Free and Open Architectures and Open-Source Implementations Agile Chip Development Copyright 2019 Xilinx 2017 Electronics Resurgence Initiative Software Defined Hardware (SDH) Domain-specific System on Chip (DSSoC) Intelligent Design of Electronic Assets (IDEA) Posh Open Source Hardware (POSH) Three Dimensional Monolithic System-on-a-Chip (3DSoC) Foundations Required for Novel Compute (FRANC) 13 注：互联网、半导体、个人计算机操作系统UNIX、激光器、全球定位系统（GPS）等都源于DARPA Copyright 2019 Xilinx HotChip 30 Years 80-9090-00 00-10 Copyright 2019 Xilinx Transformation Through Innovation Worlds First FPGA 19801990200020102020 First 3D FPGA & HW/SW Programmable SoC Graphic of MPSoC, RFSoC First MPSoC & RFSoC ACAP First Virtex FPGA Virtex-2 Pro Page 15 Copyright 2019 Xilinx Our Legacy: A History of Innovation and Industry Firsts 3 Worlds First Fabless Semiconductor Company Worlds First FPGA First Integrated Processor in an FPGA First HW/SW Programmable SoC Worlds First 2.5D IC FPGA First ASIC-Strength Design Suite First Multi-Processing SoC (MPSoC) SDx Development Environments First RFSoC First Adaptive Compute Acceleration Platform (ACAP) Copyright 2019 Xilinx Comprehensive SoC Portfolio 17 Increasing Capability Heterogeneous Processing for Autonomous Embedded Systems Embedded Vision Automotive Industrial Edge Compute Multi-Level Safety & Security Single to Dual-Core ARMMulti-Core, Multi-Processing ARMIntegrated RF Subsystem Zynq-7000 SoC Zynq UltraScale+ MPSoC Zynq UltraScale+ RFSoC Copyright 2019 Xilinx Driving Adaptive Computing with Versal The Worlds First Adaptive Compute Acceleration Platform Scalar Processing Engines Adaptable Hardware Engines Intelligent Engines SW Programmable, HW Adaptable Breakout Integration of Advanced Protocol Engines Copyright 2019 Xilinx Accelerating AI Inference: Cloud to Edge Deep Learning Applications Cloud On Premises Edge Featuring the Most Powerful FPGA in the Cloud Virtex Ultrascale+ VU9PZynq Ultrascale+ MPSoC 19 Copyright 2019 Xilinx Harnessing the Flexibility of Programmable Hardware with Design Tools 20 Increasing Productivity State-of-the-Art Tools for Traditional Hardware Design Optimizes for performance, low power, and density Advanced flows in-system updates and remote debug 15X Productivity for Hardware Developers Graphical plug-and-play IP Integration High Level Synthesis in C, C+, and System C Enables Full Programmability for Software Developer