Overview of the Internet of Things from Silicon Labs CEO Tyson Tuttle
7 likes4,196 views
The document discusses the transformative potential of the Internet of Things (IoT), projecting a global economic value-add of $1.9 trillion by 2020. It highlights current advancements in smart technology across various sectors, including smart homes and cities, and emphasizes ongoing challenges such as energy consumption and security. The IoT is still in its early stages but is expected to evolve rapidly with advancements in connected devices and infrastructure.
Overview of the Internet of Things from Silicon Labs CEO Tyson Tuttle
- 1. How the Internet of Things Will Change Our World Tyson Tuttle – CEO – Silicon Labs IIC CEO Summit – 18 March 2014
- 2. Silicon Labs Background Global semiconductor company headquartered in Austin, Texas, USA Founded in 1996; Public since 2000 (NASDAQ: SLAB) Diversified company with a strong track record for revenue growth and profitability Fabless model with >1,000 employees and 10 R&D locations worldwide Focused on mixed-signal innovation and engineering simplicity Broad portfolio addressing consumer, industrial and communications markets Serve >20,000 customers with >5 billion devices shipped >1,300 patents issued or pending 2
- 3. Key Industry Trends Global demand for Internet bandwidth driving investment in network, cloud and wireless infrastructure Bandwidth Reducing energy consumption critical for improvements in productivity, functionality and cost Energy Next-generation energy friendly connected devices transforming the economy and the way we live Internet of Things
- 4. What Is the Internet of Things?
- 5. “The Internet of Things has the potential to change the world – just as the Internet did. Maybe even more so.” Kevin Ashton, RFID Journal, 2009
- 6. Smartphones are big – IoT is going to be a lot bigger …
- 7. Economic Impact of the Internet of Things The IoT will have a $1.9 trillion global economic value-add by 2020. Source: Gartner
- 8. 2014 Is the “Year of the Internet of Things” The IoT took center stage at the 2014 Consumer Electronics Show Cisco CEO at CES: “IoT is a $19 trillion opportunity” Google buys Nest for $3.2B USD 8 +
- 9. The Internet of Things Is a Game Changer 9 Connected Home Lighting Control Smart Grid Building Automation Health Fitness Safety Security Smart Devices
- 10. The IoT Is Here Today: Smart Energy METERING | ELECTRICITY WATER | GAS | HEAT
- 11. The IoT Is Here Today: Smart Homes ALARMS | ACCESS | SECURITY | CLIMATE | LIGHTING | MOTION CONTROL
- 12. The IoT Is Here Today: Wearables FITNESS | SMART WATCHES PERSONAL MEDICAL
- 13. The IoT Is Here Today: Smart Buildings WIRELESS SENSOR NETWORKS | INTERFACES | REMOTE CONTROLS State-of-the-Art Aria Hotel, Las Vegas
- 14. The IoT Is Here Today: Smart Factories SENSOR NETWORKS | INTERFACES | MOTOR CONTROL
- 15. The IoT Is Here Today: Smart Cities 15 TRANSPORTATION | BUILDINGS | INFRASTRUCTURE | RESOURCES
- 16. Opportunities for IoT in China Laboratory for innovation without legacy infrastructure Significant government investments and initiatives Ability to lead the world in IoT developments 16
- 17. The IoT Is Still Largely in Its Infancy Growing demand for low-energy solutions Rapidly evolving hardware Need for network security Standards and interoperability Political and privacy concerns
- 18. What’s Next on the Horizon?
- 19. The IoT from “Things” to “Big Data” “THINGS” CONNECTIVITY INTERNET INFRASTRUCTURE APPS & SERVICES ANALYTICS Consumers Enterprise & Industry Big Data Data centers, servers, storage, networks M2M: Cellular, Wi-Fi, ZigBee, Bluetooth, Sub-GHz Home automation and wearable computing devices Sensor networks, building & factory automation devices Energy, security, health & fitness monitoring apps or services Building, factory & infrastructure monitoring services
- 20. Technologies Required for “Things” Sensors and actuators Light, environment, motion, power Processing and connectivity Energy-friendly microcontrollers Robust and interoperable wireless networks Multiple standards depending on use cases Mixed-signal CMOS integration Ultra-low energy consumption Cost-effective system solutions Broad range of applications 20
- 21. What’s Next: The “Internet of Things SoC” Low-cost, low-energy IoT SoC: ARM Cortex-M processor core Embedded flash memory Analog/mixed-signal peripherals Multi-protocol wireless transceiver Sensor interfaces Software, networking stacks, simplicity tools Required for market to scale Rapid innovation and integration Coming sooner than you think!