Silicon Laboratories, Inc. · NASDAQ:SLAB

Silicon Laboratories — Conference Presentation (October 2015)

31 slides from Silicon Laboratories's conference presentation, Oct 5, 2015

1. Slide 1: From Imagination to the IoT

   From Imagination to the IoT October 5th, 2015

2. Slide 2: Leading providers of IoT devices rely on our portfolio

   Leading providers of IoT devices rely on our portfolio of low-power, connected solutions to deliver products that change lives and transform industries. Wearables Connected Home Smart Buildings Smart Metering Smart Factories 2 Silicon Labs Confidential

3. Slide 3: Silicon Labs Broad IoT Product Portfolio

   Silicon Labs Broad IoT Product Portfolio SENSE COMPUTE CONNECT SOLUTIONS Sensor MCU Wireless Reference Designs Temperature 32-Bit EFM32™ Bluetooth® Home Automation Humidity 8-Bit EFM8™ ZigBee® Connected Lighting Light Thread Remote Control Bio-metric Interface Wi-Fi™ Gateway USB bridges Sub-GHz Prop

4. Slide 4: Silicon Labs Sensor Product Offering

   Silicon Labs Sensor Product Offering  Relative Humidity & Temp (Si70xx)  Wider accuracy range across Temp and Voltage  Lowest power consumption  Factory calibration SENSE COMPUTE CONNECT SOLUTIONS Sensor  Optical MCU& Biometrics (Si11xx) Wireless Reference Designs Temperature  Gesture and Prox

5. Slide 5: Sensors: Relative Humidity & Temp (Si70xx)

   Sensors: Relative Humidity & Temp (Si70xx)  Accuracy over full operating range Thermostats &  –40 to +125 °C and 1.9 to 3.6 V Air Conditioners  RH&T: Up to ±3% RH / ±0.4°C max accuracy  Temp: ±0.3°C to ±1°C max accuracy Refrigerators – Detect Condensation  Lowest power consumption  RH&T: 2.2 µ

6. Slide 6: Sensors: Design advantage in keeping it simple

   Sensors: Design advantage in keeping it simple  Factory calibrated with internal compensation  Few external components… as few as 3!  I2C or PWM interfaces connects easily to any MCUs  Cover protects sensor during assembly and end-use 6 Silicon Labs Confidential

7. Slide 7: Sensors: Optical (Si114x)

   Sensors: Optical (Si114x)  Lowest power consumption  Sensitivity reduces LED on-time to only 25.6 us  <500 nA standby power Si114x QFN 2 x 2 mm Package  Highly integrated  Sensors, ADC and signal processor  Up to 3 LED drivers. Dynamically adjust 6 mA to 360 mA  i2C/SMBUS provides easy interf

8. Slide 8: Sensors: Design advantages in Biometric Sensing

   Sensors: Design advantages in Biometric Sensing  Si114x ideal for high performance heart rate monitoring  Integrated photodiode and analog front end offers better performance than discrete solutions  Reduced diode capacitance, low leakage currents for lowest noise  Broad spectral sensitivity sup

9. Slide 9: Sensors: Getting Started

   Sensors: Getting Started  Comprehensive Development Tools USB + Sensor PCB Sensor Puck Biometric or Environment EVBs • IR & HRM: Versions for Si1143-M01 • Mobile Apps display HRM and sensors • Sensor expansion cards with Si7013 and Si1147 • RH&T: Versions for Si700x/13/2x • Si7020 and Si1147 sensor

10. Slide 10: Silicon Labs MCU Product Offering

    Silicon Labs MCU Product Offering  EFM8 Bee Series (8-bit)  8051 architecture and ecosystem  Analog-rich peripherals CapSense, Motor Control PWM, Fast Serial, Analog, USB  Smallest single chip solutions  Low cost SENSE COMPUTE COMPUTE CONNECT SOLUTIONS Sensor MCU  EFM32MCU Gecko Series (32-bit

11. Slide 11: EFM8: MCU Family

    EFM8: MCU Family Value line up to 50 MHz Benefits Flash: 2 - 16 KB  High-Clock Speeds – Do more with MCU $ 0.21 RAM: 0.5 - 2 KB  PWM and comparator for Motor Control @ 10K IO: up to 22  High speed communication interfaces ADC: 12 bit 200 ksps; 10-bit 800 ksps  5V Tolerant I/O Low Power up to 25

12. Slide 12: EFM8: Design advantages in small packaging

    EFM8: Design advantages in small packaging  Full USB Controller (3 x 3 mm)  High precision oscillators  Voltage regulator  USB charger detect (USB-BCS 1.2 compliant)  High performance peripherals  Low Energy USB  EFM8UB10F16G-B-QFN20  Capacitive Touch (1.66 x 1.78 mm)  Get REALLY close to y

13. Slide 13: EFM32: Lowest Sleep Energy

    EFM32: Lowest Sleep Energy …the world’s most energy-friendly microcontrollers Energy-Friendly Recipe Value Demonstrated 1 Lowest sleep current <1 μA Competitor C Competitor B 2 Fastest wake-up time 2 μs Competitor A 4 3 Functional while MCU sleeps PRS, LESENSE 4 Low active current 110 μA/MHz 2 5

14. Slide 14: EFM32: Design advantages for lowering energy

    EFM32: Design advantages for lowering energy CPU and Memory Clock Management Energy Management Memory Embedded High Freq High Freq Voltage Voltage ARM ARM Cortex-M3 Cortex-M Protection Trace Crystal Osc RC Osc Regulator Comparator processor Unit Macrocell Low Freq Low Freq Brown-out Power-on Crystal

15. Slide 15: EFM: Getting Started

    EFM: Getting Started  Comprehensive Development for $29  Consistent starter kit platforms highlight the features of each of the families  Built-in Energy Profiler, flash programmer, and debugger  EXP header for expanded functionality  Integration with Simplicity Studio  Plug and play demos  E

16. Slide 16: Silicon Labs Wireless Product Offering

    Silicon Labs Wireless Product Offering  Bluetooth  Certified Modules: Smart, Smart Ready, Classic  Blue Gecko Module released in August  ZigBee® & Thread  Increased DIY adoption in Security & Lighting! SENSE CONNECT COMPUTE  Thread Revision 1.0 released inCONNECT July SOLUTIONS Sensor Wireless

17. Slide 17: Wireless: Networks for Different Needs

    Wireless: Networks for Different Needs Range Bandwidth Power Net Size Use Case 30 m High 2 - 32 Data, Audio, 54 – 1300 Mbps Video 2-7 Audio, PC 100 m 1-3 Mbps Medium Peripherals Low Simple 35 m 1 Mbps 2-7 Connectivity Automation 160 m 250 kbps Low 3 - 250+ + Control Proprietary Varies 1-1000 kbps Lo

18. Slide 18: Wireless: Bluetooth Module Portfolio

    Wireless: Bluetooth Module Portfolio Bluetooth Smart BLE (single mode) Stack BLED112 BLE112 BLE113 BGM111 BLE121LR Ready Bluetooth Smart Ready (dual mode) Stack BT111 BT121 iWRAP Classic Bluetooth Stack (Classic) WT12 WT11i WT32i WT41 Class 2 Class 1 Audio Long Range Long range 18 Silicon Labs Confi

19. Slide 19: Introducing the BGM111 Blue Gecko Bluetooth Smart Module

    Introducing the BGM111 Blue Gecko Bluetooth® Smart Module  First in a family of advanced Blue Gecko Bluetooth Smart modules from Silicon Labs  Fully integrated, pre-certified Bluetooth Smart module solution  Fastest path to low-power wireless connectivity for the Internet of Things  Best-in-clas

20. Slide 20: Silicon Labs Bluetooth Software

    Silicon Labs Bluetooth Software  Integrated Bluetooth® Smart Software  Central and peripheral modes  Up to 8 simultaneous connections  L2CAP, ATT, GAP, SM and GATT  Flexible, easy-to-use APIs  BGAPITM serial protocol for NCP  BGlibTM host library implementing BGAPI  BGScriptTM scripting for

21. Slide 21: Wireless: ZigBee/Thread SoC Solutions

    Wireless: ZigBee/Thread SoC Solutions  EM35xx Wireless SoC Platform  2.4 GHz Wireless MCU SoC  Cortex-M3, 128-512 KB Flash, AES  Profiles: ZHA1.0/1.2, ZSE1.1/1.2, ZLL, RF4CE  ZigBee and Thread Border Router / Gateway  TRAINING: www.silabs.com/zigbeetraining & www.silabs.com/threadtraining 21 S

22. Slide 22: Wireless: Sub-GHz & Proprietary SoC Solutions

    Wireless: Sub-GHz & Proprietary SoC Solutions  Combine best-in-class Sub-GHz RF with ultra-low power MCUs  142 MHz – 1050 MHz frequency range  Support up to +20dBm TX output and -126dBm RX sensitivity  Complete wireless networking solutions in a single package  EZR32: 32-bit + EZRadio™  Cortex

23. Slide 23: Wireless: Software & Tool Support

    Wireless: Software & Tool Support  Bluetooth Stack & Tools  BGScriptTM : script programming language for standalone devices  BGAPITM serial protocol: A simple serial protocol over UART  ZigBee Stack & Tools  Ember ZNet PRO Stack  AppBuilder: Ready for certification “template applications”  Th

24. Slide 24: Silicon Labs IoT Solutions Offering

    Silicon Labs IoT Solutions Offering  Home Automation  Dimmer Switch  Contact Sensor  Connected Lighting  ZigBee Connected, HA 1.2 SENSE  Color (RGB), color-tunable, dimming COMPUTE CONNECT SOLUTIONS SOLUTIONS  Gateway Sensor Reference Designs MCU  ZigBee Ethernet + Wi-Fi Wireless Reference D

25. Slide 25: Solutions: Home Automation

    Solutions: Home Automation  Market trend: DIY increasing presence of ZigBee-based networks 25 Silicon Labs Confidential

26. Slide 26: IoT Solutions Products: Connected Lighting

    IoT Solutions Products Connected Lighting 14mm 20.35mm  Complete hardware, firmware and mechanical design  ZigBee HA 1.2  Schematics, Layout, BOM 29mm 24mm  Color (RGB), color-  Two versions tunable, dimming  EM3585: 14mm x 29mm, 4 PWMs, 6 pins  EM357: 20.35mm x 24mm, 4 PWMs, 12 pins EM3585 E

27. Slide 27: IoT Solutions Products: Home Automation

    IoT Solutions Products Home Automation  Complete hardware, firmware and mechanical design  Based on EM358x ZigBee SoC  Supports Over-the-Air update  Thread upgradable  Dimmer Switch  Dimmer switch features  Contact Sensor  Smart Outlet  Capacitive sense  Gesture controls Dimmer Switch  Up

28. Slide 28: IoT Solutions Products: Gateway

    IoT Solutions Products Gateway  Common platform with Ethernet/Wi-Fi  Raspberry Pi 2 + CEL EM3588 Dongle  Ethernet + Wi-Fi + EdiMax Wi-Fi  ZigBee or Thread  Reference software for Debian (Linux)  Easily ported to other embedded Linux systems  Thread Wi-Fi/Ethernet Border Router  ZigBee Wi-Fi/

29. Slide 29: Silicon Labs Broad IoT Product Offering

    Silicon Labs Broad IoT Product Offering SENSE COMPUTE CONNECT SOLUTIONS Sensor MCU Wireless Reference Designs Temperature 32-Bit EFM32™ Bluetooth® Home Automation Humidity 8-Bit EFM8™ ZigBee® Connected Lighting Light Thread Remote Control Bio-metric Interface Wi-Fi™ Gateway USB bridges Sub-GHz Propr

30. Slide 30: pS SAC/ GF a

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31. Slide 31: Thank You!

    Thank You! www.silabs.com/internet-of-things

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