Napatech A/s · OSL:NAPA
Napatech A/s — Xilinx — Investor Day (April 2018)
22 slides from Napatech A/s's investor day presentation, April 2018
Slide 1: Data Center Market Overview
Data Center Market Overview Napatech Capital Markets Day April 2018 Oslo, Norway
Slide 2: The All Programmable Company
The All Programmable Company XILINX - Founded 1984 Headquarters Sales and Support Research and Development Manufacturing $2.35B FY17 revenue 20,000 customers worldwide >60% market segment share 3,500+ patents 3,500+ employees worldwide 60 industry firsts Page 2 © Copyright 2018 Xilinx
Slide 3: Xilinx Multi-Market Growth Drivers
Xilinx Multi-Market Growth Drivers Embedded Vision Industrial IoT 5G Wireless Cloud Computing Edge Machine Learning Cloud Enabling Enabling Connecting Accelerating Cars and Safe and Secure Any Band, Storage, Machines Connected Any Standard, Networking, to See it All Machines Any Network and Compute
Slide 4: Data Centers Popping Up Everywhere
Data Centers Popping Up Everywhere Wireline Network Head-end Wireline Multi-Service Home aggregation Router Home and Business (CO-DSLAM, OLT) Gateway /Access Router (CPE/ONU) Office/SMB Core Router BRAS (Broadcast remote Data Center access server) IoT Aggregation Switch IMS/Internet IoT Gateway MME
Slide 5: Explosion of Data
Three Big Trends 01 Explosion of Data > 90% unstructured > Video & image content > Needs higher throughput & real-time computing
Slide 6: Dawn of AI
Three Big Trends 02 Dawn of AI > Adoption across all industries > Injecting new intelligence into apps > From endpoints to edge to cloud
Slide 7: Computing After Moore's Law
Three Big Trends 03 Computing After Moore’s Law > Heterogeneous computing with accelerators > Breadth of apps require different architectures > Speed of innovation outpacing silicon design cycles
Slide 8: Market Trend and Requirements
Market Trend and Requirements Varying Applications Requirements Base Components • Beyond Moore’s Law Intelligent • Dynamic Workload Mix Applications Compute • Intelligent Applications • Power Efficiency • Heterogeneous computing Network • Computational Storage • Storage Disaggregation Computational
Slide 9: Mega Trend: AI is the new Electricity
Mega Trend: AI is the new Electricity AI Market in 2016 AI Market in 2025 $1B AI projected to get embedded within traditional workloads across most industries Multi-B$ Acceleration TAM across FPGAs / GPUs / ASICs Page 9 © Copyright 2018 Xilinx
Slide 10: Machine Learning Use Case: Video Captioning
Machine Learning Use Case: Video Captioning © Copyright 2018 Xilinx
Slide 11: Mega Trend: Reconfigurable Acceleration in Hyperscale Data Center
Mega Trend: Reconfigurable Acceleration in Hyperscale Data Center Reconfigurable acceleration is the key to scaling performance in Hyperscale Data Centers Google Workload Study (Google, Harvard, Yahoo Labs) Tier1 HS adopting FPGA for general purpose acceleration across multiple in-house and external
Slide 12: Mega Trend: FPGA-as-a-Service
Mega Trend: FPGA-as-a-Service FaaS is a new business model Scaling from 1000s of RTL customers Millions of software developers 10,000s of end-customers Two key success drivers: – Ease of Use: Development environment / libraries / frameworks / APIs to enable software developers & data scientists
Slide 13: FPGA-as-a-Service Expanding Worldwide
FPGA-as-a-Service Expanding Worldwide MLE 3 Enterprise SaaS 2 Apps FaaS 1 © Copyright 2018 Xilinx Page 13
Slide 14: Seamless Deployment of Software Stack
Seamless Deployment of Software Stack Community Deploy From Retargetable Compiler and Runtime From Xilinx Customized Datapath Page 14 © Copyright 2018 Xilinx
Slide 15: Compute Acceleration
Compute Acceleration Machine Learning 40x* Video & Image Processing 10x* Data Analytics 90x* Genomics 100x* Compute Acceleration
Slide 16: Genomics Use Case: Personalized Medicine
Genomics Use Case: Personalized Medicine Whole genome diagnosis to treat critically ill newborns Analysis reduced from 1 day to 20 minutes Patient-specific genomics dynamically optimized
Slide 17: What is an FPGA?
What is an FPGA ? Field Programmable Gate Arrays (FPGAs) are semiconductor devices that are based around a matrix of configurable logic blocks (CLBs) connected via programmable interconnects. FPGAs can be reprogrammed to desired application or functionality requirements after manufacturing. This fea
Slide 18: From FPGA to Adaptive Compute Acceleration Platform
From FPGA to Adaptive Compute Acceleration Platform ACAP HW/SW Programmable Engines New Device Category for Adaptive Workload-Specific Acceleration Application Processors Next Gen > HW/SW programmable engines Programmable Logic Real-Time > IP subsystems and a network-on-chip Processors > Highly inte
Slide 19: Benefits of an Adaptive Compute Acceleration Platform
Benefits of an Adaptive Compute Acceleration Platform Dynamically Adaptable to Workloads Exponential Increase in Acceleration Software Programmable Custom acceleration for any workload – in milliseconds
Slide 20: Project "Everest" The First 7nm ACAP Product Family
Project “Everest” The First 7nm ACAP Product Family Revolutionary Adaptability Dynamic Optimization for Workloads Software & Hardware Users Rapid Innovation & Deployment 20x AI Compute Capability 4x 5G Communications Bandwidth
Slide 21: Our Journey Towards "FPGA in Every Server" is just getting started
Our Journey Towards “FPGA in Every Server” is just getting started….. FPGA-as-a-Service External workloads Reconfigurable Compute Accelerator X+ML (Database/Video/Genomics/….) Smart Storage Controllers Time-to-market, Flexibility, Computational Storage Smart NIC Fabric attached network & compute acc
Slide 22: Thank you
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