Silicon Laboratories, Inc. · NASDAQ:SLAB

Silicon Laboratories — Technical Presentation (2024)

17 slides from Silicon Laboratories's technical presentation, 2024

  1. Slide 1: Wi-Fi IoT Evolution, AI/ML, Matter & More

    W F-1 01 Wi-Fi IoT Evolution, AI/ML, Matter & More Kalevi Ratschunas Senior Marketing Manager, Wi-Fi

  2. Slide 2: Agenda

    Wi-Fi Growth Wi-Fi Evolution and Benefits to IoT Agenda IoT-Optimized Wi-Fi Matter AI/ML Integration at Edge IoT What’s Shipping & What’s Next 2 © S il ico n L ab o ra tor ie s In c. Al l r ig hts re ser ve d.

  3. Slide 3: Wi-Fi Market Drivers

    Wi-Fi Market Drivers Wi-Fi select end application shipments (M), ABI 2024 • 8% YoY CAGR from 2023 (3.3Bu) to 5000 2028 (4.7Bu) 4735MU 4500 • Smart Home and Industrial lead the way 4000 • Fast Expansion of IoT use cases 3500 3272Mu • Matter over Wi-Fi: vendor interoperability 3000 • Advancements in W

  4. Slide 4: Access Points Drive Technology Adoption for IoT Devices

    Wi-Fi Access Points Drive Technology Adoption for IoT Devices Access Point Wi-Fi shipments past 5 years, OMDIA 2024 100% • Wi-Fi 4/5 • Phasing out… 80% • Wi-Fi 6 • Largest Installed Base 60% • Increasing Share • Wi-Fi 7 40% • Access Points shipping now • Real ramp will be 2026+ 20% • Wi-Fi 8 • First

  5. Slide 5: Wi-Fi Standard Evolution

    Wi-Fi Standard Evolution Speed Efficiency Density Capacity Reliability • Advanced AI/ML driven Applications network optimization • Seamless 4K/8K • NG IoT (e-Health, • High density environment streaming Digital twin, etc) • IoT and smart homes • RT Advanced VR/AR • Highly-reliable Wi-Fi • Enhanced g

  6. Slide 6: What is IoT-optimized Wi-Fi?

    What is IoT-optimized Wi-Fi? • Traditional Wi-Fi • High bandwidth, high power • Access Points, PCs, Smartphones, AR/VR • Highly resourced hardware running Linux/Android/iOS/Windows • IoT-optimized Wi-Fi • Energy-efficient • Limited device resources • Cost and size-constrained devices • Challenges fr

  7. Slide 7: Wi-Fi 6 IoT Features

    Wi-Fi 6 IoT Features Support Denser Environments Better Performance Spatial Reuse, Multi-User (MU) MIMO* Beamforming OFDMA BSS Coloring Higher Efficiency, High Density, Lower Latency Higher Throughput, Higher Capacity, Longer Range Extended Range Longer Battery Life HE ER SU PPDU Variable durations

  8. Slide 8: Wi-Fi 6 Finely-Orchestrated Features Improve Battery Life for IoT

    Wi-Fi 6 Finely-Orchestrated Features Improve Battery Life for IoT OFDMA Enhanced Beamforming RU Wi-Fi 6 Power Saving Features DCM, HE ER TWT SU PPDU (Ex tended ra nge) Intra-PPDU BSS Power Save Coloring 8 © S il ico n L ab o ra tor ie s In c. Al l r ig hts re ser ve d.

  9. Slide 9: Wi-Fi: Expanded Unlicensed Spectrum

    Wi-Fi: Expanded Unlicensed Spectrum Wi-Fi Standards 2.4GHz 5GHz 6GHz Spectrum (US) 83.5MHz 655MHz* 1200MHz • Longer range • More channels • Pristine band without legacy burden Wi-Fi 8, 802.11bn • Better wall • Higher bandwidth & data rate • Only Wi-Fi 6 and newer devices are allowed to operate penet

  10. Slide 10: Matter's Vision

    Matter’s Vision Developers • Reduce “Ecosystem specific” products • Lower development & operational cost • Develop once / deploy everywhere Simplicity Interoperability Reliability Security • Community Support • Accelerates Innovation Retailers • Requires less shelf space • Lowers inventory cost • Si

  11. Slide 11: Artificial Intelligence(AI) and Machine Learning(ML) at the Tiny Edge

    Artificial Intelligence(AI) and Machine Learning(ML) at the Tiny Edge Key Benefits Cloud computing Low Privacy, Bandwidth Offline Cost Latency IP Protection, Constraints Mode Reduction On-prem DC, Security Operation Telco DC Local Computer, >3B Devices projected with TinyML in 2027 Industrial PC Edg

  12. Slide 12: Why Machine Learning on Edge IoT Device?

    Why Machine Learning on Edge IoT Device? Privacy and IP Bandwidth Offline Mode Cost Power Low Latency Protection, Security Constraints Operation Reduction constraints Required • Mission or safety-critical • Data never leaves the • Long range, low power, • Local system keeps • Network and • Ultra-low

  13. Slide 13: Shipping Today: SiWx917

    Shipping Today: SiWx917 • Low power Wi-Fi 6 + BLE SoC • Minimizes battery replacement and recharging hassle for users with always-on cloud connectivity • Superior wireless performance and easy device commissioning using Bluetooth LE co-ex • Security focus: WPA3, TLS 1.3 • Integrated MCU with high me

  14. Slide 14: An Extensive Array of Emerging Wi-Fi Sensing Applications

    An Extensive Array of Emerging Wi-Fi Sensing Applications Motion security device detection security smart automation Human activity game recognition elderly vacancy care monitoring Gesture smart smart recognition Device-Free building home energy safety saving Vital detection precision baby People ad

  15. Slide 15: Wi-Fi 7: Adapted for IoT from the start…

    Wi-Fi 7: Adapted for IoT from the start… Wi-Fi 7 Features for IoT Enhanced Power Savings • 320MHz Channels • rTWT • 2X Throughput without impact on • Improved power savings with precision size (no additional antenna or • Improved power savings for time RF assets) • MLO • Multi-link Operation (MLO) •

  16. Slide 16: What's Next? Start your Wi-Fi journey with us…

    What’s Next? Start your Wi-Fi journey with us… • Wi-Fi 6 is happening now • IoT-optimized Wi-Fi is key • 20MHz channel provides a power/bandwidth balance for IoT • Wi-Fi IoT applications keep expanding • Matter is making a difference • AI/ML at the edge optimizes resources • Wi-Fi 7 was primarily de

  17. Slide 17: Thank You

    Thank You @ works with | Sy swicon cass

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