from technologies to markets -...
TRANSCRIPT
October © 2015
From Technologies to Markets
Semicon Europe
Wearable :
An early Internet of Things
application for MEMS !
Claire TROADEC
2
MEMS &
Sensors
LED
Compound
Semi.
Imaging Photonics
MedTech
Manufacturing
Advanced
PackagingPV
Power
Electronics
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© 2015
Overview of the MEMS & Sensors market
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4
WEARABLE TECHNOLOGY
Mimicking the five human senses
The first wearable
generation reproduces many of the
human senses
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Gas sensor
Processing
Inertial system
Imaging
Microphone
5
MEMS AND SENSORS : THE 5 SENSES…
MEMS devices and other
sensors bring increased
functionality…
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Smell
Hearing Taste
Sight
Touch
microphones
Gas sensors
Force & touch sensors
Humidity sensors
Electronic tongue
Electronic nose
© Yole Developpement – Oct 2015
microbolometersCMOS Image
sensor
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MEMS AND SENSORS : THE 5 SENSES AND MANY MORE
…and are aiming for
greater external
interaction…
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Smell
Hearing Taste
Sight
Touch
microphones
microbolometers
Pressure
Gas sensors
Pressure sensorsFluids
BiochipsForce & touch sensors
Humidity sensors
Balance
Inertial systems
RF communicationOscillators, tuners & filters
SpeechMicrospeakers
CMOS Image
sensor
© Yole Developpement – Oct 2015
Electronic tongue
Electronic nose
7
MEMS & ACTUATORS
…to enable an evolution
towards actuators that can respond
to sensed and received
information.
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Focus
RF communicationSwitches
Autofocus
Fluids
Biochips Micropumps
Sight
micromirrors
SpeechMicrospeakers
microdisplays
© Yole Developpement – Oct 2015
8
MEMS & SENSORS ROADMAP
From More than Moore towards Beyond Law
MEMS & Sensors
enable key functionalities
…
Current battleground
of the industry
1980 2010 2030
Industry competition
Moore
Industry competition
More than MooreIndustry Competition
Beyond Moore
LaptopPersonal Computers
Smartphones
Autonomous
vehicles
Robotic
Servants
Quantified
self
Drones
Acceleration
SensingInteraction age
ProcessingInformation age
ActuatingTransformation age
Tablets
Smart
homes
2040
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Telekinesis
TODAY
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2000–2020 MEMS MARKET (M UNITS)
20% CAGR over 2004–2020 (including glass/polymer-based microfluidics chips)
In 2030, a MEMS ASP at
$0.3?
(Already a reality for
accelerometers)
0
5,000
10,000
15,000
20,000
25,000
30,000
35,000
2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
2000–2020 MEMS Market (M units)Source Yole Développement
© Yole Developpement - July 2015
The consumer wave is starting
Simple MEMS market rule: 2016, $16B, 16Bunits, $1 ASP
10©2015 | www.yole.fr | Semicon Europe
0
5,000
10,000
15,000
20,000
25,000
30,000
2014 2015 2016 2017 2018 2019 2020 CAGR 2015-20
Sh
ipm
en
ts (
M u
nit
s)
MEMS market forecast shipments (in M units)
©2015 Yole Développement - April 2015
2015–2020 MEMS MARKETS (M UNITS)MEMS shipments will almost triple from 2014 to 2020 (we exclude glass/polymer-based microfluidics chips)
17% CAGR over 2015–2020
Inkjet heads
Pressure sensors
Acceleros
Microphones
Gyros
Digital Compass
Inertial Combos
Projection Systems
Microdispensers(microfluidics)
RF MEMS
Oscillators
Others (microstructures, micro tips, flow meter,…)
11©2015 | www.yole.fr | Semicon Europe
2000–2020 MEMS ASP EVOLUTION
By 2020, MEMS ASP will be < $1
In 20 years, the ASP has been divided
by 5!
$0,0
$0,5
$1,0
$1,5
$2,0
$2,5
$3,0
$3,5
$4,0
2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014 2015 2016 2017 2018 2019 2020
2000–2020 MEMS ASP decreaseSource Yole Développement
© Yole Developpement - July 2015
12
2015–2020 MEMS MARKETS (BY APPLICATION)
Consumer is still the main driver
The MEMS market willalmost double in value from2014 to 2020
Consumer (incl. wearable) is more than60%
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© Yole Developpement - July 2015
Aeronautics
Automotive
Defense
Consumer
Industrial
Medical
Telecom
13
DRIVERS FOR MOBILE CARE AND WEARABLE APPLICATIONS
Two markets are coming
together, and are already
mature enough to
perform well
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Wearable
and Mobile
Care
Point of Care
Hospital Care
Everywhere Care
Smartphone &
Tablet revolution
TimeLevel of integration
Feature
Phones
“Mobile”
trend
“Care”
trend
14
CHALLENGES IN THE WEARABLE MARKET
To be successful,
investments are needed in technology but also in
marketing, but above all, the
use case is the enabler
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MarketingTechnical
Performance/Accuracy Invisible/Small system Personal/Customizable
objects
Added-value
perceivedissues
4
Different challenges
3
Use caseRelevant application bringing
added value to the customer
Enabler Specific
to the
consumer
market
15
CHALLENGES FOR THE WEARABLE MARKET
Wearables have specific technical requirements
Some requirements are relevant to sensors
@2015 | www.yole.fr | Semicon Europe
Ultra Low Power
Low power consumption
Accuracy
Reliable data
Low noise
4Requirements
Useful insights
Multiple parameters
Non-invasive sensing
Sensors’
PackagingSmall size, almost invisible
Reliable and low cost
No specific challenge ! No technological breakthrough
16
MARKET DRIVEN BY 4 TYPE OF SYSTEMS
Four systems – but one will dominate the
others in coming years
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In this report, we cover 4 categories of wearable systems involved in the 3 markets described previously, consumer, healthcare and industry/defense markets. These 4 systems have been forecasted for the next 5 years, including sensors that are integrated.
Body-wornHead-worn
4Main categories
Wrist-worn Smart clothing
17
SUMMARY
A 285M unit per year market by 2020
Wrist-worn devices will
represent 86% of the
wearable market by
2020.
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We estimate that the wearable sales hit 83M units this year, with 88% of the sales originating from wrist-worn devices.
These wrist-worn devices will represent 86% of the wearable market by 2020, a volume of 244M units. Other devices will add 40 M units.
We don’t expect high volumes of smart clothing to be sold until after 2017.
18
SENSORS MARKET FOR WEARABLE
Summary
Successful businesses in wearables:
inertial, pressure,
biosensor and microphone
market
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Sensors for wearables could reach a total number of 1.2Bunits by 2020.
19
COMPONENTS OF WEARABLES
Some blocks are ready, but use case will
drive the organization of the upper
layers…
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Materials/Algorithms
Interfaces
Connectivity
Battery
Sensors / Actuators Inertial
Bluetooth
Button
Cell
Biosensors Microphone
Wi-Fi GPS
Battery
Li-IonFlexible
Actuators
(Piezo,…)Environmental
Energy
Harvesting
Use case will lead
the organization
of connectivity
(blocks (interface
and algorithms)
have to be
adapted to the
use case). For
now, it’s not the
case, wearable
are thus limited
Lower blocks are ready to be implemented, only upper layers are still under construction
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WEARABLE: AN EARLY ‘INTERNET OF THINGS’ APPLICATION
The human is a connected object
Wearable technologies are expected to provide
strong value at all industry
levels
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Sensing Collect and transmit (& store) Analysis and Services
Systems
Measurements
Applications
Video conference, Email, SMS, Mail, Phone
Feedback
Biometrics
Secured
Data
…
…
…
21
APPLE WATCH TEARDOWN
Wearable systems are very close to
the smartphones
…
@2015 | www.yole.fr | Semicon EuropeSource: ABI Research/Chipworks Pictures courtesy of Apple Inc.
Elpida
512Mb SRAM Memory
F440AAC
CPU Apple APL0778
ADI Touch Controller
AD7149
STM IMU
LSM6DS3
Broadcom
Wi-Fi/Bluetooth/NFC/FM BCM43342 AMS
NFC Signal Booster
AS3923
Toshiba/SanDisk
8Gb Flash Memory
NXP
Interface system
IDT
Wireless charger
P9022
NXP
NFC controller
Dialog
Power Management Unit
D2238A
STM µC
STM32
Skyworks
Wi-Fi LNA + switch and PA
Maxim Integrated
Audio Codec
Audio Amp
22
MEMS FOR WEARABLE SYSTEMS
MEMS are ideal
candidates for wearables
@2015 | www.yole.fr | Semicon Europe
MEMS had great advantages for wearable:
- High performance- Small form factor- Low power- Low cost
Leading to :
• Enhanced learning through instant sensor feedback
• Better understanding of humans in sport
• Based on accurate, actionable data, not perception or trial and error
• Improved safety and performance
• Databases lead to better product engineering
De-coupling motion and physiological responses can improve measurements related to the human experience
• Both consumer and clinical applications can benefit from more comprehensive data
• Consumerization of MEMS sensors have enabled new products that have begun to define a path:- Miniaturization with cost reduction
- Use of branding and software to overcome performance tradeoffs
- Growth in health care products
23
CONCLUSION
The wearable market has
already started to
grow and has to be
accepted by non-
technologists…
@2015 | www.yole.fr | Semicon Europe
• Drivers for wearables in the consumer market: self-monitoring and “quantified-self”
• In wearables, MEMS and sensors will address, in a first step, mainly high volume markets, such as the consumer segment.
• There’re not specific challenges for wearables, it’s a continuum from smartphones market. No breakthrough expected, the market will follow technology trends similar to smartphones.
• There are four key technical challenges that must be overcome to see an adoption similar to smartphones: Size, Power Consumption, Connectivity, Accuracy (SPCA).
• Who will win in the wearable market? Likely several players, with the ones who also serve the smartphone market, have their own ecosystems and the strongest marketing budgets having key competitive advantages. That’s why we place a bet on companies like Xiaomi, Google, Apple, Samsung…
• “Find a use case” is the golden rule to succeed in wearable.
24
CONCLUSION
Wearable market could
be worth $88B by 2020!
@2015 | www.yole.fr | Semicon Europe
Sensors Units
2.9B
Systems Units
600M
Market Value
$128B
Sensors Units
1.2B
Systems Units
284M
Market Value
$88B
Sensors Units
213M
Systems Units
83M
Market Value
$23B
2015 2020 2024Year Year Year