Enabling the Optimized, Intelligent Factory with Intel Quark SoC

Transcription

1 Enabling the Optimized, Intelligent Factory with Intel Quark SoC October 2014 Manufacturing, Industrial and Utilities Division Internet of Things Group

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3 Intel Across Industrial Manufacturing Power & Energy Test & Measure Infrastructure Others Machine Vision Robotics HMI DCS Smart Grid Substation Automation Comms Test Compliance Test Mod Instrumentation Analyzers Cities Water etc. Logistic, Warehouse, Marine, etc. Optimized Intelligent Factory Secure and Trusted Data Systems Consolidation

4 Industrial Smart Automation Explosion of connected devices 30 billion connected things 212 billion in 2020 Accessibility of Sensors Steep price decline, 50% 2010 Sensor CAGR 5% in the past 2 years Immense Data Generation In Manufacturing alone, 5 ZB in 2014, jumping to 25 ZB in By 2019, ~40% generated by machine. Technologies are now available to provide an open platform to make Industrial automation smart, predictive and self-correcting. SOURCE: Accenture MindCommerce, McKinsey Global Institute analysis, Goldman Sachs, ABIResearch Rise of Analytics $1.24Tspends on Maintenance and Repair alone, 2.5-5% savings in operating costs 4

5 What is a Smart Factory? Labor Intensive Machine Assisted Automated Optimized Adaptive Predictive Scalable Self-aware Self-Correcting Time The smart factory optimizes the entire manufacturing process. 5

6 Today s Factory, and Barriers to the Smarter Factory Preserve infrastructure Augment with data path QMS/ Office SPC Apps HRM CRM DMS CMS xms o o o Enterprise ERP Customized Solution Historian Server MES DB SPC/SVC LOCAL CONTROL ROOM Small/Medium/Large requirements Operato r Control IPC Scada/ DCS Server Many devices to connect Discreet Drive Control Temperature Position Sensors HMI IPC 40+ Fieldbus protocols Heterogeneous devices and middleware Sensors Valves Motor Actuators Machine Vision Increasing Complexity Complexity of Industry 4.0 6

7 Optimize Automation with an open scalable platform Deploy Rapidly Seamlessly connect and secure legacy or integrate new devices in infrastructure. Seamlessly connect to heterogeneous devices, protocols and middleware. Maintain low latencies Deliver intelligence when and where needed. Local compute to meet high availability and often real-time deterministic response times for critical equipment. Scale with Open platforms Extend capabilities with open scalable E2E platforms. Deliver smart, predictive and self-correcting capabilities and new valued services. Gain actionable insight Integrate all data for action. Ingest data with increased frequency, volume and resolution, with both structured and unstructured data for rich analytics. Make key decisions Centralize insight across disparate locations: Geographically remote/restricted locations Cross-business data/systems integrations Complex supply chain coordination Intel building blocks help simplify deployment and exposing of new services to partners, customers and suppliers

8 Smart Automation Reference Solutions Secure Connect Manage Analyze Internal Customers Suppliers External Customers. ü ü Proven E2E, open scalable and trusted platform. Defined building blocks and configurations from Edge to Cloud HMI Consolidated Devices Machine Vision Industrial Data Center SERVICES CREATION (API- Enabled) ü Unique differentiation provides sustainable competitive advantage ü Reference Implementations and Collaterals Industrial PC Motion Drive Robots IOT Gateway THINGS GATEWAY NETWORK, CLOUD Accelerate development of E2E reference implementations in an open, scalable and trusted solution for Manufacturing.

9 Scalable Platform Roadmap Overview Full Performance Industrial Server Typical Industrial Usages HMI Consolidated Devices Machine Vision Industrial Data Center Industrial PC Motion Drive Robots IOT Gateway IT Data Center Scalable Performance Visualization Power Optimized Performance Optimized Industrial PC Motion Control HMI Board Test & Measurement M.Vision Distributed I/O Robotic Robotic Industrial Tablet Others

10 Key Values of Intel Quark SoC X1000 in Industrial Systems Reliable and Efficient Computing Enhanced reliability with ECC on-chip Industrial Temperature -40 to +85 C 10-year Long-life <2W TDP SKU s available Value exists in SW affinity for scalability Industry-standard software support Scalability from Intel Quark processor to Intel Xeon processor: It just works SW Scalability Extends X-86 compatibility into lower power envelopes Security and Manageability Enables limited local analytics, performance headroom Silicon enhanced Secure boot, Secure remote upgrades Supervisory Mode Execution Protection Intel Quark SoC X nm low-power SoC Open source ecosystem Extended temperature (-40 to 85 C) 10-year reliability* Gateway Smart Sensor Distributed I/ O *for informa*onal purposes only. No warranty is offered or implied

11 Systems Consolidation and a Smart Sensor Many Software Defined Applications Partners Customers Suppliers IDC Cloud Connection HM I Machine Vision Software User Interface Machine Control Real Time Data Analytics Hypervisor IoT Gateway I P C Software Robotics System Consolidation Series Partition 1 Wind River* Linux* Partition 2 VxWorks* 7 Partition 3 VxWorks 7 Partition 4 Windows* Ready Intel Quark SoC-based Platform Smart Sensor Hypervisor I/ O Axis Feedback/ Axis Motor Drive Intel Industrial Solutions Systems Consolidation Series CNC Machine Use Quark-based platforms to augment as a smart sensor. Streamline integration with industrial system consolidation. *Other names and brands may be claimed as the property of others.

12 Asset Tracking and Monitoring: Passive Tagging Intel Quark SoC-based RFID Reader and Gateway Industrial Datacenter Track Assets Real-time monitoring of WIP Antenna#1 Antenna#2 Antenna#3 Track completion status for better front-end decision making Arduino header can also be used to interface additional sensors Room 1 Room 2 Room 3 12

13 Intel Developer Program for IoT: For Makers: Intel IoT Developer Kit. Intel announces a comprehensive developer program for hobbyists, students and entrepreneurial developers with outreach, training and tools required to rapidly develop, test, and deploy applications for the Internet of Things. Devkit based on Galileo Technology Helps us move faster from concept, to proof of concept. Innovation in Intel Factories >150+ projects within Intel: Realizing $9M in savings through cost avoidance improved decision making Not just for Makers We have innovation Makers inside our own fabs 13

14 Summary Accelerate your IoT Implementation with Smart Automation E2E Kits. Intel IoT Developer Kit explore and innovate in the Manufacturing space Intel Gateway Solutions for the Internet of Things - commercialize IoT products and services and create rapid prototypes that can scale For more on creating the intelligent, connected factory, please visit: intel.com/industrial 14

15 Thank You For more on creating the intelligent, connected factory, please visit: Intel.com/industrial