Enabling Intelligence for Smart Building

Lifeng Geng

ARM Tech Forum 2016 – Taipei

IoT Segment Marketing Manager

July 1st , 2016

© ARM 2016 2

Connecting Intelligence

Smart City Smart Parking Street Lighting Smart Roads Congestion control Noise reduction Air Pollution Waste management Water leakage Smart meters / Grid

Industrial Internet Wearable Smart Health Smart Home Connected Car Enterprise IoT

Logistics

Tracking

Smart Motors

Quantified self

Context

awareness

Assisted shopping

Remote

monitoring

Smart medication

Diagnosis

Connected

appliances

Automation

Personalization

Car to car

Car to highway

Self driving cars

Access control

Asset tracking

Smart facilities

Smart Planet Environmental

Sensing Water Quality Global warming Forest fire Detection Irrigation / Farming Resource

preservation

© ARM 2016 3

What is IoT? Connecting the real world and web services with changing business models

GPS

Gyroscope

Accelerometer

Magnetometer

Touch

Microphone

Luminance

Temperature

© ARM 2016 4

IoT Value Chain is Much More Complex

IP

Provider

SoC

Provider

3 1 2 4 5 6 7 8 9

Our target is to “Go Deep” and build ARM ecosystem across the value chain.

© ARM 2016 5

Smart Building / Smart Community

Smart Buildings are the fundamental building blocks for Smart City. With the evolving technology

for intelligent sensing, integration, big data analytics and service, the role of Smart Building is

redefined from a static environment to a more dynamic and interactive space that impacts the

energy efficiency, asset management and productivity of their occupants etc.

© ARM 2016 6

Cost in Building’s Lifecycle

Building Construction

Building Operation

Energy

Manpower Resource

Others

© ARM 2016 7

Need providing values to the Building Owners

Manage Occupant Comfort

Automating controls and equipment (HVAC / Lighting / Chillers / Access Control etc)

Integration & control of other system

Alert Operators of facility assets

Detect problems prior to becoming an issue.

Alarm notification and management

Increase facility value

Energy Management

Intelligent sequences and routines to manage building and system energy consumption

Green Building

© ARM 2016 8

Building Automation System:

Source from Johnson Control Source from IBM

ARM7 / Cortex-M for Field Controller

ARM926 / Cortex-A/M for Network Controller

© ARM 2016 9

System Integration & Operation • Public Private Partnerships (PPPs) are agreements between government and the private sector for the purpose

of providing public infrastructure, community facilities and related services (for instance Energy Saving topic).

• The private sector enter into a contract with government for the design, delivery, and operation of the facility or infrastructure and the services provided.

• The private sector finance the capital investment and recover the investment over the course of the contract. The asset transfers back to the public sector at the end of the contract

© ARM 2016 10

World Largest

accommodation

provider owns no

real estate

World Largest Taxi

company owns no

taxi

World most valuable

retailer has no

inventory

We are in a Changing World: Digital Disruption

How would the traditional building equipment manufactures respond to this changing world?

• Keep improving the device performance and features

• They have the professional know of their devices and building environment

• Business model from Selling a Device to Delivering a Device as a Service (DaaS)

© ARM 2016 11

© ARM 2016 12

Smart Parking System (Automatic Number Plate Recognition)

© ARM 2016 13

Parcel Delivery Device

© ARM 2016 14

Smart Community

© ARM 2016 15

Evolving Metrics of Success

Personal Computing

Perf

$

Perf

Power× $

Mobile Computing

Perf

Energy× $

Internet of Things

Perf

Energy× $ × Trust × Scale

© ARM 2016 16

Global leader in the development of

semiconductor IP

R&D outsourcing for semiconductor companies

Innovative business model yields high margins

Upfront license fee – flexible licensing models

Ongoing royalties – typically based on a

percentage of chip price

Technology reused across multiple applications

Create and transform markets

ARM Business Model

2-3

20+ years Multiple applications

development and sales

2-3 years Partner chip

development

2-3 years ARM research and

development

Cost incurred

License revenue $

Royalty revenue $

Approximately 1350 licenses

Grows by ~120 every year

More than 420 potential

royalty payers 14.8bn+ ARM-powered chips in 2015

>17% CAGR over last 5 years

© ARM 2016 17

Cortex solutions for every Market

Cortex- A Highest performance

Optimised for

rich operating systems

Cortex - R Fast response

Optimised for

high performance,

deterministic applications

Cortex - M Smallest/lowest power

Optimised for

discrete processing and

microcontrollers

© ARM 2016 18

Cortex-M Product Line

Cortex-M3

Cortex-M7

Scalable & Compatible Architecture

Cortex-M0

Cortex-M0+

Cortex-M4

5

CoreMark®

per MHz

n°1

90 µm

15

years

Highest

Energy Efficiency Smallest

Area

Energy-Performance

Balance

Blended

MCU and DSP

Highest Performance

© ARM 2016 19

0

4

8

12

16

20

2007 2009 2011 2013 2015

Cortex-M: Trusted Choice for Embedded Intelligence

3600+ Catalog parts*

360 Licenses*

17.1Bn Total units

shipped*

* Data up to end Q4, 2015

** The McClean report

6.4Bn Units shipped in

2015

Bill

ions

of ch

ips

2015:

32-bit MCU shipments surpass 4/8bit**

© ARM 2016 20

Cortex-M Processor Value Proposition

Low power implementation

Sleep mode support

Wake-up Interrupt Controller

Increased intelligence at node

Broad tools and OS support

Binary compatible roadmap

CMSIS support

Pure C target

32-bit RISC architecture

High efficiency processor cores

Integrated Interrupt Controller (NVIC)‏

Thumb-2 code density

Area optimised designs

CoreSight debug support

Energy Efficient

Ease of use

High Performance

Reduced system cost

Lower energy cost

Lower software cost

Competitive products

Lower silicon cost

© ARM 2016 21

ARM Cortex-M Processors and the ARM Architecture

Architecture

Instruction Set

Programmer’s

Model

Memory Model

Exception Model

Debug

Architecture

© ARM 2016 22

Key New Features in ARMv8-M Increased Software Productivity

Enhanced

debug

Improved trace

Easier,

standardised

device

protection

Improved

scalability

Continuum across

product family

TrustZone security

Simplified MPU More flexible

breakpoints/watchpoints

ARMv8-M Architecture Technical Overview : https://community.arm.com/docs/DOC-10896

© ARM 2016 23

Hardware Interfaces

mbed OS API

Application Code Libraries

mbed OS

uVisor uVisor

Lifecycle Security Secure Drivers SW Crypto

mbed OS

Drivers Device Drivers CMSIS-Core Debug Support

Thread BLE 6LoWPAN

mbed OS

Core Schedulers

Communication Management

Device Management mbed TLS

mbed Client

IP Stack BLE API Event

Tasks Energy Thread API

Secure communications

Secure Lifecycle

Security from Silicon to Services for IoT Devices

ARM Cortex-M MCU Radio

Sensor

Secure Store

Crypto

Physical IP

Secure Devices

© ARM 2016 24

ARM

Scalable

ISA

The trademarks featured in this presentation are registered and/or unregistered trademarks of ARM Limited (or

its subsidiaries) in the EU and/or elsewhere. All rights reserved. All other marks featured may be trademarks of

their respective owners.

Copyright © 2016 ARM Limited

Ecosystem Partnering For Connected Intelligence Success