freescale's internet of things · targeting cpe. what cloud access link . ... the evolutionary...

External Use

TM

Freescale's Internet of Things (IoT) OfferingsAPF-CON-T0641

J U L Y . 2 0 1 4

Opal Li 李秀丽 | Marketing and Business Development , Microcontroller Asia

TM

External Use 1

25BILLION

World Population

2003 2010 2015 20202008

<1x 2x 3.5x 6.5x 1x # ConnectedDevices/Person

50 BILLION

12.5BILLION

7.2B6.8B6.5B6.3B

7.6B

* Sources: Ericsson, February 2011; Cisco Internet Business Solutions Group (IBSG), April 2011

The Internet of Things isDriving Explosive GrowthIn Connected Devices

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External Use 2

INTERNET OF THINGSDifferent Services, Different Technologies, Different Meanings for Everyone

Miniaturization & advances in packaging technologiesAdvances in flashNew class of powerful but low-cost & low-power MCUsCloud-based services

And the Word“SMART”Is Everywhere!

TM

External Use 3

Microcontrollers – Powering The Internet of Things

Telematics/Instrument Clusters

Vision CameraSystems

Infotainment

HomeSecurity

Smart Meters

Gateways/Home Health Hub

MedicalTablets

Home HealthMonitors + Fitness

Smart Appliances

Digital Power Conversion

SolarInverters

Human – Machine InterfaceIndustrial

Tablets

FactoryAutomation

Lighting

Security/Access Control

i.MX Applications Processors | Kinetis MCUs | DSCs

Point ofSale

Patient Monitoring

Gaming SystemsPortable Media Players

eReaders

DigitalSignage

Aerospace/Defense

TM

External Use 4

Infotainmenti.MX

Instrument Clusteri.MX, Qorivva

Rear Seat Entertainment

i.MX

Audio Amplifieri.MX, Vybrid

Telematicsi.MX

CamerasQorivva

ADAS, Body and Powertrain ECUs

Qorivva

Driver and Passenger Mobile Devices

CLOUD

Automotive Internet of Things

Big Data Smart Grid Transportation NetworkHomeInfrastructure

Freescale Connected Vehicle Vision Powered by i.MX

Connecting Your Car to Your World

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External Use 5

PAN/BAN

The Cloud

LAN

WiredWAN

HVAC

WirelessWAN

WAN

Monitor Anywhere

HomeHub

NAN

Power

At-HomeCharging& CommunicationsCenter

Automobile Operations Center

VariousService Provider

Operations Center

Smart Home & Smart Health

• Human beings’ vital statistics monitored via edge nodes communicating through body area network s(BAN) and personal area networks (PAN)

• Many other “things” in the smart home using local area network (LAN)

• All communicate with a home hub/gateway, which in turn communicates to the cloud via wide area networks (WAN)

TM

External Use 6

EdgeProduct

BAN/PAN/ & Wired/Wireless, Power Line LAN

Layers of Aggregation /

Hubs / Gateways

Wired/Wireless, Power Line

WAN

Remote Cloud-basedProcessing

P

S

S

P

P

P P

Software in All Nodes

C

C

C C C CC

KinetisMicrocontrollersDesign Potential. Realized

Vybrid Controller SolutionsRich Apps in Real Time.

i.MX Applications ProcessorsYour Interface to the World.

QorIQ Processors built on Layerscape ArchitectureAccelerating the Network’s IQ

Industry’s most scalable ultra-low-power, mixed-signal MCU solutions based on the

ARM® Cortex™-M and Cortex™-M0+ architectures.

Real-time, highly integrated solutions with best-in-class 2D

graphics to enable your system to control, interface,

connect, secure and scale.

Industry’s most versatile solutions for multimedia and

display applications, with multicore scalability and market-leading power,

performance & integration.

Industry’s first software-aware, core-agnostic networking system

architecture for the smarter, more capable networks of

tomorrow – end to end.

Scalable Industry Standard Solutions, Software and Development Ecosystem

Xtrinsic SensingIntelligent Contextual Sensing.

ConnectivityBAN/ PAN/ LAN

The right combination of intelligent integration, logic

and customizable software on the platform to deliver

smarter, more differentiated applications.

Fully integrated Short Range radios with best in class power performance, and

Powerline Communications

For IoT it provides Context: Identity, Activity, Location, & Time

Edge products: •Very small•Low cost•Low power•Low complexity• Industrial grade & robust

CommunicationsCEmbedded ProcessingPSensingS

Freescale IoT Offerings

TM

External Use 7

Typical Views of IoT: Generalized

Building Automation Smart City Smart Lighting

Smart Grid Smart Health Industrial Automation

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External Use 8

IoT is More Than M2M

Machine to Machine

Machine to Environment

Machine to Infrastructure

Machine to Human

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External Use 9

Second ViewPervasive Remote Monitoring and/or Control

New breed of heirarchicalgatewaysconnecting tiny sensing nodes to the Cloud using the most efficient ways to make the connection

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External Use 10

Typical Views of IoT: GeneralizedToday We Believe the Model Should Look Like

Proprietary

Fiber

Satellite

Gateway Box

Best Available Route to Cloud

Cellular

Cloud

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External Use 11

TV White SpaceSub-gig, etc.

Ex: Weightless

Fiber

Gateway Box

Cellular

Cloud

Typical Views of IoT: GeneralizedIn the Future We Believe the Model Will Look Like

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External Use 12

Infrastructure of the Internet of Things

Edge Nodes PAN/LAN Connectivity

Gateway WANConnectivity

Cloud

Application/Action Big Data

MCUs Energy

Sensors Connectivity

Most parts of this infrastructure and, to the greatest extent, the edge nodes use different technology nodes, different tool sets, different development environments, different levels

of security competence and resources, even different programming languages

Infrastructure of the Internet of ThingsThe Challenge

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External Use 13

Infrastructure of the Internet of ThingsThe Solution



Cloud


MCUs Energy


technology to embrace the entire system and unify the Internet of Things, even down to the tiniest and most resource-constrained edge/sensing nodes

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External Use 14

Edge Nodes

TM

Edge Nodes


EnergyMCUs

PAN/LAN Connectivity


Cloud

Application/Action

BigData

Java to enable the developers of the edge nodes with the same solution categories as the rest of the network

TM

External Use 15

One Box: Connecting the Cloud to the Tiniest Sensing/Edge nodes



Cloud


MCUs Energy


TM

External Use 16

Diversity Of Service Providers For The Smart HomeOne Gateway Controlling

Future Smart Home

Future Smart Home:Digitally Controlled via Local Automation and

Remote Cloud Processing – Host of New Generations Of Services

Internet

LandlinePhone

Cable/Satellite

Mobile Phone

Security

Electric

Water

Gas

Smart Energy

Home Health

Elderly Monitoring &

Care

Home Automation

Services

Home Landscape & Maintenance

New Types of Infotainment

Home Meal Services

RemoteEducation

Remote Pet Care

Many Other Services

Internet

LandlinePhone

Cable/Satellite

Mobile Phone

Qua

d Pl

ayTr

iple

Pla

y

Traditional Service Providers

Home Gateway

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External Use 17

One Box Means Integrating All “Boxes” Into One:Connecting the Cloud to the Tiniest Sensing Devices

Display

What Devices to Monitor/ Control

What Short-range Device Access Link Targeting CPE What Cloud

Access Link

BAN/PAN/LAN/HAN Side NAN/WAN SideSuperset of Standards Superset of Standards

Switching & Routing

Protocol Conversion

Firewall & VPN

Security

Storage

One Box Gateway

Wire

d &

Wire

less

Wire

d &

Wire

less

UART, SPI, I2C, USB, X10, RS-485, RS-422, RS-232, etc.

Bluetooth

Zigbee, 802.15.4

WiFi, DASH7, ISA100

Wireless HART, EnOcean

Wireless MBus

Ethernet, EtherCAT, Profinet, Modbus,

HPGP

Etc.

Ethernet / Fiber

Weightless

Cellular

802.11ah

Sub Gig

Satellite

PLM/PLC (G3, Prime, etc.)

Etc.

Optimize the communications, processing, and storage requirements of all stakeholders (i.e. telcoproviders, security, utility, energy, automation, control, and other future service providers), @Home,

@Factory, @Hospital, or other target facilities / environments

CloudCollection of edge/sensing node devices

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External Use 18

Communication Topologies Across Hierarchies

Scalability based on use case, dictating processing and communications support

Sin

gle

fam

ily

hom

e/si

mpl

e en

tity

Apa

rtmen

t bui

ldin

g, e

nter

pris

e ca

mpu

s, fa

ctor

y au

tom

atio

n, n

eigh

borh

ood

grid

, roa

d in

frast

ruct

ures

, hos

pita

l war

ds, e

tc.

Edge/Sensing Nodes GatewayG

GBAN/PAN/LAN/HAN

WAN

G

G

G

G

G

G

G

G

G

G

Edg

e/S

ensi

ngN

odes

BAN/PAN/LAN/HAN

BAN/PAN/LAN

Wi-Fi®

BTLE

Zigbee

HPGP

WAN

LAN/NAN

LAN/NAN

LAN/NAN

LAN/NAN

Cloud

Cloud

TM

External Use 19

Scalability, Segment and Use Case Requirements

• Low-latency for real-time control vs. delay tolerant applications

• Consumer and home vs. industrial and manufacturing environment

• Choice of standards for each, wired and wireless communication technologies

• Legacy standards support vs. new up-and-coming standards

• Memory management requirements

Vertical Market Requirements

• Single dwelling vs. apartment building, enterprise campus or distributed factory automation

• Position in the hierarchy of the gateway topology

• Application specific requirements (e.g., video surveillance vs. moisture monitoring sensors in the field)

• Legacy technology support vs. green field

Processing Density Requirements

• Inside home or office vs. in the field

• Consumer specifications vs. industrial, automotive, etc.

• Home and office vs. rail systems, inside oil tankers or extreme environmental conditions, etc.

• Associated specs related to environmental conditions related to the quality of service and longevity

Number of Sensing Nodes/Processing

Density Requirements

Use Case Requirements

Vertical Segment Requirements

Use Case Requirements

Gateway

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External Use 20

Additional Considerations

• Co-existence With Legacy Standards − Almost all of the existing markets have entrenched legacy standards− The evolutionary path in non-green-field markets means a transition period

were existing and future standards both need to be supported− Gateway box needs to support both, and have a “Protocol Conversion”

function that supports various topologies, depending on use cases− It also needs to have modularized HW and SW that can easily support a cost

reduction path with only the newer targeted standards

• Flexible memory scheme to offload some of data center functionalities− Not just data aggregation, but local command and control processing based

on pre-set conditions, and communication with the cloud in case of:Exception handlingUpload of data for history on an infrequent basis, and meta data for big Data AnalyticsAdded memory to support data collection

• Local Data Analytics

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External Use 21

Overlapping Services/Functions

Smart HomeFocus on home automation, but includes energymanagement

Smart CarCharging electric vehicles (EV) can be done in the home garage, making the car a part of the grid

Smart EnergyFocus on reducing energy consumption at a variety of facilities, including at home

Smart GridFocus on optimizing grid utilization

Overlapping Services/Functions

• IoT services will tie some of the overlapping functions together:− The Smart Car will use the home garage charging station to charge up overnight− Home Automation service provider becomes aware of this, based on the home

gateway communication, and passes on the message to the Smart Grid service provider to ensure enough capacity in the neighborhood (in case of multi-vehicle charging)

− Home Energy Management (HEM) service provider logs the energy usage and works with the Smart Car gateway to coordinate with other appliances at home, as well as potentially available energy from solar or wind harvesting at home

TM

External Use 22

The Need for a Secure Service Delivery Infrastructure

• World's first IoT secure service delivery infrastructure based on open platforms



Cloud


MCUs Energy


Service Layer

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External Use 23

Need for Security, as Stakes are Very High

Best-in-Class SecurityFreescale’s extensive portfolio of secure, scalable embedded processing solutions +

Java’s industry-leading security +

System-level security optimizations +

Use-case based best practices =

Secure Service Delivery Infrastructure

TM

TM

External Use 24

Edge/Sensing Node Software/Hardware Platform

Kinetis K70Platform

SensorData

Sens

or I

nter

face

Java

ME

CoA

PGb Phy

GMI

S

S

S

S

Freescale Solutions

Freescale MPU Linux® OS

Freescale MPUBoard Design

Phy Interface

Inside Box Modules

TM

External Use 25

One Box Software/Hardware Platform

Oracle Event Processing Embedded for Java Embedded

JAVA Embedded Suite (JES)

JAVA SEAggregator

Local & ComplexEvents

JAVA SE AppsWrapper

Local Directory

JAVA VM(SE)

FSL openWRT AP-WLAN Wireless Router Gateway Platform

VLAN, DNS,IPS Encrypted Data Open SSL, DTLS

TR069 RemoteProvisioning

FSL MPU Linux-SDK BSP Software Drivers

ZigBee 1.0 ZigBee 2.0 Gb Enet Bluetooth 4.0 Wi-Fi

USB2 USB2 GMI SDIO FLASH

USB2Think-Eco

USB2802.15.4 Gb Phy SDIO Wifi/BT - Module On-board

8 GB Flash

SensorData

ZigBee Data

Wi-Fi Data

Bluetooth LE Data

JAVADatabase

TM

External Use 26

EdgeProduct

BAN/PAN/ & Wired/Wireless, Power Line LAN

Layers of Aggregation /

Hubs / Gateways

Wired/Wireless, Power Line

WAN

Remote Cloud-basedProcessing

P

S

S

P

P

P P

Software in All Nodes

C

C

C C C CC

KinetisMicrocontrollersDesign Potential. Realized

Vybrid Controller SolutionsRich Apps in Real Time.

i.MX Applications ProcessorsYour Interface to the World.

QorIQ Processors built on Layerscape ArchitectureAccelerating the Network’s IQ

Industry’s most scalable ultra-low-power, mixed-signal MCU solutions based on the

ARM® Cortex™-M and Cortex™-M0+ architectures.

Real-time, highly integrated solutions with best-in-class 2D

graphics to enable your system to control, interface,

connect, secure and scale.

Industry’s most versatile solutions for multimedia and

display applications, with multicore scalability and market-leading power,

performance & integration.

Industry’s first software-aware, core-agnostic networking system

architecture for the smarter, more capable networks of

tomorrow – end to end.

Scalable Industry Standard Solutions, Software and Development Ecosystem

Xtrinsic SensingIntelligent Contextual Sensing.

ConnectivityBAN/ PAN/ LAN

The right combination of intelligent integration, logic

and customizable software on the platform to deliver

smarter, more differentiated applications.

Fully integrated Short Range radios with best in class power performance, and

Powerline Communications

For IoT it provides Context: Identity, Activity, Location, & Time

Edge products: •Very small•Low cost•Low power•Low complexity• Industrial grade & robust

CommunicationsCEmbedded ProcessingPSensingS

Freescale IoT Offerings

TM

External Use 27

A balanced approach is needed to establish the right

infrastructure for IoT

Oracle + Freescale + ARM Introducing

The World’s First Secure Service Delivery Infrastructure

Based on Open Platforms

TM

External Use 28

RIoTboard.org

TM

External Use 29

• Faster time‐to‐market• Low cost • Supports Linux and Android Jelly Bean• Open platform reference design

• Open Source• Developer focused community RIoTboard.org• Reference design available as creative commons

• Price & Performance• i.MX 6Solo processor based on ARM® Cortex®‐A9 Core® architecture, operating at speeds up to 1GHz.

• Integrated debug circuit using the Kinetis K20 MCU• Freescale PMIC (MMPF0100)

RIoTboard is an open source, single board, platform based on the i.MX 6Solo processor using ARM® Cortex®‐A9 architecture, designed to help speed development with the designer and hobbyist in mind.

TM

External Use 30

RIoTboard – A powerful computer for rapid prototyping

• Freescale i.MX 6Solo processor based on ARM® Cortex®‐A9 Core® architecture, operating at speeds up to 1 GHz.

• Freescale Kinetis MCU (K20)• Freescale PMIC (Power Management Integrated Chip) (MMPF0100)

freescale's internet of things · targeting cpe. what cloud access link . ... the evolutionary...

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