From Imagination to the IoT - pages.silabs.compages.silabs.com/rs/634-SLU-379/images/SiliconLabs-IoT-Solutions... · Lower cost CMOS vs. discrete solutions ... Si114x IR LED PCB Overlay

From Imagination to the IoT

October 5th, 2015

2 Silicon Labs Confidential

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


SOLUTIONS

Reference DesignsHome Automation

Connected Lighting

Remote Control

Gateway

SENSE

Sensor Temperature

Humidity

Light

Bio-metric

COMPUTE

MCU32-Bit EFM32™

8-Bit EFM8™

InterfaceUSB bridges

CONNECT

WirelessBluetooth®

ZigBee®

Thread

Wi-Fi™

Sub-GHz

Proprietary

Silicon Labs Broad IoT Product Portfolio


SOLUTIONS


Connected Lighting

Remote Control

Gateway

SENSE

Sensor Temperature

Humidity

Light

Bio-metric

COMPUTE

MCU32-Bit EFM32™

8-Bit EFM8™


CONNECT

WirelessBluetooth®

ZigBee®

Thread

Wi-Fi™

Sub-GHz

Proprietary

Relative Humidity & Temp (Si70xx) Wider accuracy range across Temp and Voltage

Lowest power consumption

Factory calibration

Optical & Biometrics (Si11xx) Gesture and Proximity detection

UV index

Dynamic Heart Rate algorithm

Sensor + LED modules

Silicon Labs Sensor Product Offering


Accuracy over full operating range

–40 to +125 °C and 1.9 to 3.6 V

RH&T: Up to ±3% RH / ±0.4°C max accuracy

Temp: ±0.3°C to ±1°C max accuracy


RH&T: 2.2 µW @ 3.3 V, 8-bit, 1 Hz!

Temp: 0.2 μA @ 1 Hz!

Lower cost CMOS vs. discrete solutions

PCB: Integrated in small 2x2 mm package

BOM: Minimal components to purchase & assemble

Test: No calibration required

Sensors: Relative Humidity & Temp (Si70xx)

Thermostats &

Air Conditioners

Refrigerators –

Detect Condensation

IoT and Home

Security Devices

Environmental

and Food Storage

Monitoring


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

Sensors: Design advantage in keeping it simple



Sensitivity reduces LED on-time to only 25.6 us

<500 nA standby power

Highly integrated

Sensors, ADC and signal processor

Up to 3 LED drivers. Dynamically adjust 6 mA to 360 mA

i2C/SMBUS provides easy interface

Ideal applications

Ambient light. Wide dynamic range

Proximity. Long range up to 1 meter

UV Index. First digital solution

Gestures. Detect 2D and 3D movement

Biometrics. High sensitivity for HRM and SpO2

Sensors: Optical (Si114x)

Si114x Module

2.9 x 4.9 mm Package

Si114x IR LED

PCB

Overlay

Si114x QFN

2 x 2 mm Package


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 supports green through 940nm LEDs

Up to 3 regulated LED Drivers enable dynamic DC bias and gain adjustment

Low <1µA standby current maximizes battery life

Sensors: Design advantages in Biometric Sensing

Scosche Wrist/Arm Band


Comprehensive Development Tools

Find design guides, application notes and software at: www.silabs.com/sensors

Sensors: Getting Started

USB + Sensor PCB• IR & HRM: Versions for Si1143-M01

• RH&T: Versions for Si700x/13/2x

• Temp: Versions for Si705x

Biometric or Environment EVBs• Sensor expansion cards with Si7013 and Si1147

• Weather station and Gesture demo software

• Require an EFM32 starter kit

Sensor Puck• Mobile Apps display HRM and sensors

• Si7020 and Si1147 sensors

• EFM32 MCU and BLE Radio

http://www.silabs.com/sensors


SOLUTIONS


Connected Lighting

Remote Control

Gateway

SENSE

Sensor Temperature

Humidity

Light

Bio-metric

COMPUTE

MCU32-Bit EFM32™

8-Bit EFM8™


CONNECT

WirelessBluetooth®

ZigBee®

Thread

Wi-Fi™

Sub-GHz

Proprietary

EFM8 Bee Series (8-bit) 8051 architecture and ecosystem

Analog-rich peripheralsCapSense, Motor Control PWM, Fast Serial, Analog, USB

Smallest single chip solutions

Low cost

EFM32 Gecko Series (32-bit) ARM® Cortex®-M0+, M3 and M4F cores

Low energy

110 µA/MHz, 900 nA sleep

<2 µs wake up time

Autonomous peripherals functional in deep sleep

Pin/Software compatible & scalable

Silicon Labs MCU Product Offering

COMPUTE

MCU32-Bit EFM32™

8-Bit EFM8™



EFM8: MCU Family

Value line up to 50 MHz

Flash: 2 - 16 KB

RAM: 0.5 - 2 KB

IO: up to 22

ADC: 12 bit 200 ksps; 10-bit 800 ksps

Benefits

High-Clock Speeds – Do more with MCU

PWM and comparator for Motor Control

High speed communication interfaces

5V Tolerant I/O

Low Power up to 25 MHz

Flash: 2 - 64 KB

RAM: 0.5 - 4 KB

IO: up to 24

ADC: 12 bit 75 ksps; 10-bit 300 ksps

Benefits

Energy friendly -50nA sleep (Memory & BoD)

Active currents – 150 uA/MHz

Fast wake up - < 2 us

Capacitive sense - <1uA wake on touch

USB up to 48 MHz

Flash: 8 - 64 KB

RAM: 2 - 4 KB

IO: up to 40

ADC: 12-bit 200 ksps; 10 bit 800 ksps

Benefits

No external crystal or regulator – save BOM

Low Energy USB mode – save battery

Integrated USB Charger Detect (USB-BCS v1.2)

Full-speed USB in a 3x3mm package!

$ 0.43

@ 10K

$ 0.32

@ 10K

$ 0.21

@ 10K


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 your 12 channels

<1uA wake on touch detection

Dedicated cap sense hardware

Capacitive sense library

Capacitive Sense Profiler: Touch vs. No-Touch

EFM8SB10F8G-A0CSP16


Energy-Friendly Recipe Value Demonstrated

Lowest sleep current <1 μA

Fastest wake-up time 2 μs

Functional while MCU sleeps PRS, LESENSE

Low active current 110 μA/MHz

Reduced processing time Cortex-M0+, -M3, -M4F

EFM32: Lowest Sleep Energy

…the world’s most energy-friendly microcontrollers

1

2

4

5

32-Bit EFM32

Competitor A

Competitor B

Competitor C

3

1

2

3

5

4

Up to 48 MHz

Flash: 512 - 1024

RAM: 128

WONDERARM Cortex-M4

FPU

$ 2.33 @

10K

Up to 48 MHz

Flash: 64 - 256

RAM: 32

GIANTARM Cortex-M3

$ 3.49 @

10K

Up to 48 MHz

Flash: 64 - 256

RAM: 32

LEOPARDARM Cortex-M3

$ 2.02 @

10K

Up to 32 MHz

Flash: 16 – 128

RAM: 8 - 16

GECKOARM Cortex-M3

$ 1.28 @

10K

Up to 32 MHz

Flash: 4 - 32

RAM: 2 - 4

TINYARM Cortex-M3

$ 0.86 @

10K

Up to 25 MHz

Flash: 32 - 64

RAM: 4 -8

$ 0.83 @

10K

Up to 24 MHz

Flash: 4 - 32

RAM: 2 - 4

ZEROARM Cortex-M0+

$ 0.58 @

10K


Available Down To:

EFM32: Design advantages for lowering energy

Peripheral Reflex System

SecuritySerial Interfaces

Clock Management

I/O Ports Timers and Triggers

Energy Management

High Freq

Crystal Osc

High Freq

RC Osc

Low Freq

Crystal Osc

Low Freq

RC Osc

Voltage

Regulator

Voltage

Comparator

Power-on

Reset

Brown-out

Detector

USART UART

Low

Energy

UART

I2CGeneral

Purpose

I/O

External

Interrupt

Pin

Reset

AES

Accelerator

Ultra Low Freq

RC Osc

Timer/

Counter

Low Energy

Timer

Backup

RTC

Pulse

Counter

Watchdog

Timer

Low Energy

Sensor IF

Auxiliary

RC Osc

External

Bus

Interface

USB

TFT

Driver

Auxiliary

RC Osc

Back-up

Power

Domain

Real Time

Counter

GPIO

Wake-up

32-bit bus

Analog Modules

ADC

LCD

Controller

Analog

Comparator

Operational

Amplifier

DAC

CPU and Memory

ARM Cortex-M3

processor

Memory

Protection

Unit

Embedded

Trace

Macrocell

Flash

Program

Memory

RAM

Memory

Debug

InterfaceDMA

ARM Cortex-M

processor

Memory

Protection

Unit

IDAC

EM0

(Run Mode)

110

μA/MHz

EM1

(Sleep)

50

μA/MHz

EM2

(Deep Sleep)< 1 μA

EM3

(Stop Mode)0.6 μA

EM4

(Shutoff Mode)20 nA


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

Example software projects / templates

Easily accessible kit documentation

EFM: Getting Started


SOLUTIONS


Connected Lighting

Remote Control

Gateway

SENSE

Sensor Temperature

Humidity

Light

Bio-metric

COMPUTE

MCU32-Bit EFM32™

8-Bit EFM8™


CONNECT

WirelessBluetooth®

ZigBee®

Thread

Wi-Fi™

Sub-GHz

Proprietary

Bluetooth Certified Modules: Smart, Smart Ready, Classic

Blue Gecko Module released in August

ZigBee® & Thread Increased DIY adoption in Security & Lighting!

Thread Revision 1.0 released in July

Proprietary & Sub-GHz 8-bit or 32-bit processing + EZRadio™

Connect Stack supports proprietary SW

Wi-Fi™ WF121 and WF111 modules

Requires no external host MCU

Silicon Labs Wireless Product Offering

CONNECT

WirelessBluetooth®

ZigBee®

Thread

Wi-Fi™

Sub-GHz

Proprietary

Proprietary


160 m 250 kbps Low 3 - 250+Automation

+ Control

Wireless: Networks for Different Needs

Range Bandwidth Power Use CaseNet Size

30 m 54 – 1300 Mbps High 2 - 32 Data, Audio,

Video

100 m 1-3 Mbps Medium 2 - 7 Audio, PC

Peripherals

Proprietary Varies 1-1000 kbps Low 2 - 100+ Varies

35 m 1 Mbps Low 2 - 7Simple

Connectivity


Wireless: Bluetooth Module Portfolio

Classic

Ready

BL

E

BT121

BLE121LR

BT111

BLE113BLED112

WT41Long Range

WT12Class 2

BLE112

WT11iClass 1

WT32iAudio

iWRAP

Bluetooth Stack

(Classic)

Bluetooth Smart

(single mode)

Stack

Long range

BGM111

Bluetooth Smart

Ready

(dual mode)

Stack


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-class integration, flexibility,

energy efficiency and toolchain support

Easy migration path to

Silicon Labs’ Blue Gecko SoC solutions

Introducing the BGM111 Blue Gecko Bluetooth® Smart Module


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 standalone

Profile ToolkitTM for building any GATT profiles

Free Software Development Kit

BGlib ANSI C source code

BGScript development tools

BGScript and BGlib example applications

Field Upgradable

Silicon Labs Bluetooth Software


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

Wireless: ZigBee/Thread SoC Solutions

http://www.silabs.com/zigbeetraining

http://www.silabs.com/threadtraining


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-M3/M4 Low Energy MCU

64 to 256 KB Flash, 32 KB RAM

9x9 QFN64 Package

Si116x/8x: 8-bit + EZRadio™

8051 Core. 650 nA sleep mode

8 to 64kB Flash, 1 to 4kB RAM

5x6 QFN32 Package

Standalone EZRadio™ Transceivers

Wireless: Sub-GHz & Proprietary SoC Solutions


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”

Thread Stack & Tools

Thread Vice President of Technology is Skip Ashton (Silicon Labs VP)

Desktop Network Analyzer for network debug (w/Packet Trace)

Proprietary Stack & Tools

“Connect” stack for EZR32 family

Supports network topologies: 1-way, 2-way, Star and Extended Star

Includes sample applications for point-to-point and star

Wireless: Software & Tool Support


SOLUTIONS


Connected Lighting

Gateway

Remote Control

SENSE

Sensor Temperature

Humidity

Light

Bio-metric

COMPUTE

MCU32-Bit EFM32™

8-Bit EFM8™


CONNECT

WirelessBluetooth®

ZigBee®

Thread

Wi-Fi™

Sub-GHz

Proprietary

Home Automation Dimmer Switch

Contact Sensor

Connected Lighting ZigBee Connected, HA 1.2

Color (RGB), color-tunable, dimming

Gateway ZigBee Ethernet + Wi-Fi

Thread border router

Remote Control Inertial sensing & Voice recognition

RF4CE w/ legacy IR support

Silicon Labs IoT Solutions Offering

SOLUTIONS


Connected Lighting

Gateway

Remote Control


Solutions: Home Automation

Market trend: DIY increasing presence of ZigBee-based networks


Connected Lighting

ZigBee HA 1.2

Color (RGB), color-

tunable, dimming

IoT Solutions Products

Complete hardware, firmware and

mechanical design

Schematics, Layout, BOM

Two versions

EM3585: 14mm x 29mm, 4 PWMs, 6 pins

EM357: 20.35mm x 24mm, 4 PWMs, 12 pins

Lighting Demo Board

Color (RGB), color-tunable and dimming

4 layer PCB with PCB trace antenna

Skyworks 66109 FEM, +20 dBm output

14mm

29mm

EM3585

20.35mm

24mm

EM357

Lighting Demo Board



Home Automation

Dimmer Switch

Contact Sensor

Smart Outlet

Complete hardware, firmware and mechanical design

Based on EM358x ZigBee SoC

Supports Over-the-Air update

Thread upgradable

Dimmer switch features

Capacitive sense

Gesture controls

Up to 3 years of battery life

Contact sensor features

Small form factor

Reed switch/hall sensor option

Up to 5 years of battery life

Smart outlet features

Current measurement

Load detect

Temperature sensor

Dimmer Switch

Contact Sensor

Smart Outlet



Common platform with Ethernet/Wi-Fi

Raspberry Pi 2 + CEL EM3588 Dongle

+ EdiMax Wi-Fi

Reference software for Debian

(Linux)

Easily ported to other embedded

Linux systems

Thread Wi-Fi/Ethernet Border

Router

ZigBee Wi-Fi/Ethernet Gateway

(coming Nov ‘15)

ZigBee USB Virtual Gateway

CEL EM3588 Dongle

Ubuntu Linux virtual machine

Gateway

Ethernet + Wi-Fi

ZigBee or Thread

Web Application UI


SOLUTIONS


Connected Lighting

Remote Control

Gateway

SENSE

Sensor Temperature

Humidity

Light

Bio-metric

COMPUTE

MCU32-Bit EFM32™

8-Bit EFM8™


CONNECT

WirelessBluetooth®

ZigBee®

Thread

Wi-Fi™

Sub-GHz

Proprietary

Silicon Labs Broad IoT Product Offering

Q & A

Thank You!

www.silabs.com/internet-of-things

http://www.silabs.com/internet-of-things

Documents

From Imagination to the IoT - pages.silabs.compages.silabs.com/rs/634-SLU-379/images/SiliconLabs-IoT-Solutions... · Lower cost CMOS vs. discrete solutions ... Si114x IR LED PCB Overlay