© ARM 2017

Low Power IP: Essential Ingredients for IoT Opportunities

Ron Moore

SOI Symposium, Santa Clara, CA

VP Marketing, Physical Design Group

April 13, 2017

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Discussion Topics

Review the market opportunities for IoT applications

System requirements for end-node devices

Design IP needs and preferences

How you your company participate in the SOI ecosystem?

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100 billionth ARM-based chip expected in 2017

16+ billion ARM-based chips shipped in 2016

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Source: Gartner, 2015

0.6B Industrial

1.8B Smart City 1.6B

Smart Home

1.1B Auto.

By 2020: explosive growth expected for IoT

2.8B Smart Mobile

6% CAGR

58% CAGR

21% CAGR

54% CAGR

43% CAGR

Expected number of IoT devices shipped in 2020

New ecosystems and business models are emerging

IoT

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High Growth Market Depend on Low Power Po

wer

Time

Energy = Power X Time Active Deep

Sleep Deep Sleep w/RET

Hibernate

1.5% 1.5% 15% 82%

Profile 1

Active Deep Sleep

Deep Sleep w/RET

Hibernate

3.5% 2.5% 15% 78%

Profile 2

Active Deep Sleep

Deep Sleep w/RET

Hibernate

5.5% 3.5% 15% 76%

Profile 3

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Analytics and Insight

Authentication

Asset Management

Device Hardware & Software

ARM Cortex M ARM Cortex A

ARM TrustZone & CryptoCell

Device Management

Authentication

Partners

Communications

ARM mbed Cloud

ARM mbed Cloud Client

ARM IoT Technology Overview

AR

M S

ecur

ity A

rchi

tect

ure

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Every IoT Node needs:

Radio Processing / Compute

Sensor/Actuator Analog / Flash

Security

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ARM Product Lines

Cortex - A Highest performance

Optimised for rich operating systems

Cortex - R Fast response

Optimised for high performance,

hard real-time applications

Cortex - M Smallest/lowest power

Optimised for discrete processing and

microcontrollers

Enabling Software, Firmware and Tools

mbed Cloud Services

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Extremely compact Configurable and extensible Widely applicable

Cortex-M33: Efficiency, security and flexibility

Cortex-A5

Cortex-M33

than Cortex-A5 80%

smaller

Cortex-A5, Cortex-M33 size based on 40nm

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IoT security is a catch all phrase for:

Communication Attacks Man In The Middle Weak RNG Code vulnerabilities

Software Attacks Buffer overflows Interrupts Malware

Physical Attacks Fault injection: clock or

power glitch, alpha ray Side channel analysis Probing, FIB

Life Cycle Attacks Code downgrade Excess manufacturing Integrity vulnerabilities

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Cordio: Complete and qualified wireless solutions

Complete solution from RF to software

Energy efficient Sub one volt radio

Flexible and configurable RF, standards, software stacks

Easiest path to leading ultra-low-power wireless connectivity

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Every IoT Node needs:

Radio Processing / Compute

Sensor/Actuator Analog / Flash

Security

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Subsystems & System Design Kits Delivers both Hardware and Software Integrated, Validated, Optimised RTL Reference Software stack running on model

System guidance – Free! (was “Reference Data”) Documentation to guide SoC design Reference Software stack running on model Characterised all the way to Android benchmarks

Development platforms & test chips Silicon proof points to help partners develop their own SoCs

Reference Designs Needed to Fuel FDSOI Adoption Subsystems Platforms

System guidance

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28nm FDSOI Projections with Low Cost Library

IoT Design Focus

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Ecosystem Development for FDSOI

Foundry Partners have stepped up to provide manufacturing options

IP providers need to support these process technologies and mutual customers

EDA suppliers need to help simplify and educate customer on FDSOI implementation methodologies (e.g. back-bias)

SOI Consortium members need to organize to build IoT Reference Design

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 © 2017 ARM Limited © ARM 2017