mems panel - gsa & iet forum 2009
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MEMS: The New Dimension of the Advanced Analog World
Moderator: Benedetto Vigna, Group Vice President & General Manager of MEMS & Sensors, Transceivers & Healthcare DivisionJune 3, 13:45
MEMS: The New Dimension of the Advanced Analog World
ModeratorBenedetto Vigna, Group Vice President & G l M f MEMS & S T i &General Manager of MEMS & Sensors Transceivers &Healthcare Division, STMicroelectronics
PanelVolker Herbig, Manager Strategic Marketing,
X-FAB Semiconductor Foundries AGD id R ffi E t RF & A l IC D i Mi l t i CSEM (S i David Ruffieux, Expert RF & Analog IC Design, Microelectronics, CSEM (Swiss Center for Electronics & Microtechnology)Dr. Massimo Sivilotti, Chief Scientist, Tanner EDASteve Wainwright, General Manager EMEA, Vice President Sales & Marketing, g , g , g,Freescale Semiconductor
MEMS is no longer an Emerging Technology
MobilePhones
PMP
GameControllers
PMPDSC
PC/HDDPND
RemoteRemoteControllers
Almost $5B by 15 MEMS suppliers
900
1,000Open Captive Foundry
600
700
800
Dol
lars
300
400
500
Mill
ions
of
0
100
200
ARD
NTSSCH
NICS
ON RK
SON
ALE SO IESCES
nor) OR
TA NIC
HEWLE
TT PACKAR
TEXAS INSTRUMENT
ROBERT BOSC
STMICROELE
CTRONICANON
LEXMARK
SEIKO EPSOFREESCAL
DENSO
VAGO TECHNOLOGIE
ANALOG D
EVICE
FINEON (in
cl.Sen
sono
FORMFACTOSENSATA
PANASONIC
T ST
AVA
INFIN
Source: MEMS Competitive Landscape Tool, 2009, iSupply
Potentially high-volume, high-growth industry with a large customer base
9,000Other Emerging MEMS
Micro Fuel Cells
7,000
8,000
s
Flow Sensors
Thermopiles
Optical MEMS for Telecom
Microfluidic Chips
4,000
5,000
6,000
ions
of D
olla
rs
RF MEMS Oscillators
MEMS Sw itches
BAW Filters
Microbolometers
2,000
3,000
4,000
Mill
Microbolometers
MEMS Microphones
Optical MEMS for Displays
MEMS Wafer Probes
Gyroscopes
0
1,000
2006 2007 2008 2009 2010 2011 2012 2013
Gyroscopes
Pressure Sensors
Inkjet Print heads
Accelerometers
Source: Q1 2009 MEMS market tracker, iSupply
Sensors grow faster than Actuators
MEMS Accelerometers and Gyroscopes
MEMS Motion Sensors* Market2008-2013
1,80010.1% CAGR
MEMS Motion Sensors* Market for CE and Mobile Phones
1200 1600
US$M US$M
1 000
1,200
1,400
1,600
,
1%CAGR 9.8% CAGR 800
1000
1000
1200
1400
f uni
ts
400
600
800
1,000
19%CAGR
7%CAGR
16% 200
400
600
400
600
800
Mill
ions
o
0
200
2008 2013 2008 2013Accelerometers Gyroscopes
16%CAGR
0
200
2006 2007 2008 2009 2010 2011 2012 20130
200
Accelero revenue Gyro revenueCell phones and CE Automotive Others
Accelero revenue Gyro revenue
Accelero Units Gyro Units
* MEMS Accelerometers & Gyroscopes
Source – iSuppli, Q1 2009
Automotive Market is larger than Consumer Market butConsumer Market has higher CAGR
Very soon 1 BUnits will be in the consumer market
Accelerometers and Gyroscopes
35 mm2
25 mm2 20 mm2 15 mm2 < 9 mm2
Moore? Who is he?
MEMS means Micro Electro Mechanical Systems … taking advantage of themechanical AND electrical properties of silicon
Two key elements:Micron-sized Transducer realized through a specific process called Micro-Machining
An Advanced Analog Chip with embedded smart functionalities and a lot of libraries and dedicated IPs
+ =
No common technology platform across the industry
STMicroelectronics point of view
MEMS is a long term committment
Some MEMS product families are foundamental to excel in Advanced Analog World
Reason of ST Leadership in MEMS Consumer Market as per Reason of ST Leadership in MEMS Consumer Market as per iSupply Dec 2008:
Management of entire supply chainCloseness of technology and Designgy gLeading products (look at latest born LIS331DLH)Blend of State of the art 8” Manufacturing and Product InnovationQ lit f S iQuality of ServiceNimble team….Trust of the customers
MEMS Market for Foundries
MEMS devices are ubiquitous Automotive
TPMS ESP Navigation- TPMS, ESP, NavigationConsumer
- MEMS Microphones, Game Controllers, … - Inkjet (captive)- DLP (captive)
High-volume consumer applications g ppin addition to Inkjet are starting to drive MEMS market growth
The MEMS market is significant 6B USD in 2009 but small in comparison to the SC market
The MEMS market is and will be served by foundries
Challenges for MEMS foundries
MEMS technology enables new sensors and actuators beyond CMOS MEMS technologies are the logical extension of the current MEMS technologies are the logical extension of the current CMOS-based analog/mixed-signal processes
MEMS technology enables sensors to transform analog pressure and inertial signals in electrical signalspressure and inertial signals in electrical signals
Current ChallengesTechnology
N t d d (1 d t 1 )- No standards (1 product = 1 process)- CMOS compatibility issues
Business Model- Many small volume apps - Silicon content- SOC vs. SIPSOC vs. SIP
Trends in the MEMS foundries space
Fabless analog-mixed/signal companies are entering the MEMS market to compete with the analog-mixed/signal IDMs in high-volume applications such as TPMS, gyro or MEMS microphone
Emphasis on CMOS compatibility to achieve synergies with high-volume CMOS production
Integration of 0.35 µm CMOS with MEMS
6” to 8” transition for high-volume production to ensure 6 to 8 transition for high volume production to ensure cost competiveness
MEMS FOR NEW VERSATILE TIMING AND SHORT RANGE WIRELESS CONNECTIVITY SOLUTIONS
D id @ CSEMDavid @ CSEM
Quartz XTALs vs Silicon MEMS
Silicon MEMS
Large thermal drift !
Quartz XTALs
Null 1st 2nd order TCFs Large thermal drift !Electro-static actuation or piezo thin film
Null 1st, 2nd order TCFs by proper rotationPiezoelectric material p
Synergies with ICsSimilar processesL b t t
Low cost process butSmall substrates (1.5’’)Old t h l i ( t) Large substrates
Wafer scale packagingSingle device for any
Old technologies (wet)
Expensive packagingMetal cans or ceramic Single device for any
frequency by electronic Miniature & lower cost
1 frequency, 1 deviceIndividual trimming
Low power SiRes compensation scheme
No PLL butl d
Thermal Comp.State Machine
TemperatureSensor
Calibration Data
Fractional div.Freq. Interp.3µA @ 1V
32768Hz
32Hz÷1024
÷M,M+1 modulator
3µA @ 1VDC=S/1024
Qi>S÷1024
df/dT≈‐30ppm/°C∆f
uency
÷N-1
pp∆fHL
dc=100% dc=0%
fCOMP
Freq
u
÷N÷N+1
Temperature
Low-Cost Packaging with Sn-Au
MEMS chip stacked above IC die
CAP plated with Sn-Au above IC diewith Sn-Au (dummy or IC wafer)
Assembly cross-sect. ft flafter reflow
AlN-driven resonator resonator with back cap & UBM
Generation of Any Clock Frequency and High Performance Transceiver with MEMS
LNA
BAW
BBCOMBINE
RF BAWs ULP RTC PA
SiR÷N
RX DATA& CLKCHANNEL
LF SiResRF CMOS
Mode
Ultra fast
AD÷Q
SiRes÷P RTC
PROG SYSCLOCK
CSELECTTX DATA
Ultra fast wake-up
ADPLL
TEMPSENS
COMPALGO
CLOCK
BAWDCO
Above-IC BAWs or Ultra-Miniature SIPUltra Miniature SIP
Characteristics of MEMS Designs
Innovative technologyDifferentiatorMay involve process / product codesignOften involves novel / custom packaging
Multi-disciplinary designMulti disciplinary designUniqueCulture shift
Switching Electrodes for Heart Implants
Chip on a Pill Drug Monitoring and Telemetry
Proteus Raisin - Ingestible IC
Networked Lead Enabled by ChipSkin Technology
MEMS “Market” is Highly Fragmented
Rapid Growth butRapid Growth, but…Broad technology range, e.g.:
- Bulk SiS f Si- Surface Si
- CMOS-compatible MEMS- Non-Si MEMS- µfluidics- optics - Nanomaterials & quantumNanomaterials & quantum
Process innovation is ongoing at a rapid pace
MEMS CAD Tool Requirements
FlexibleFlexibleProgrammable(User) ConfigurableD h / I biliData exchange / InteroperabilityEmerging: “DFM”
Verification (DRC, “LVS”)Capture of physical process variability data
Where are we Going?
Will MEMS design follow the maturity curve of Will MEMS design follow the maturity curve of microelectronics?Will MEMS design become commoditized?
MEMS Market Drivers
MEMS: The 1st pillar of “Embedded System Control”
Sense – Compute - ActuateSense – Compute - Actuate
MEMS devices have proliferated in virtually every market segment
MEMS now part of almost every major semiconductor supplier
“Consumer” MEMS demand driven Consumer MEMS demand driven by a new way of interacting with object: Elimination of complex user interfaces
“Automotive” MEMS demand driven by stringent safety & emission legislation
S.Wainwright, Freescale
MEMS Market Size and TrendsThe exponential units demand
$7,500
$9,000
Oth
Historical revenues peaked in 2007
MEMS revenues ($M)
CAGR09-13: +10.2%
$
$3,000
$4,500
$6,000 Others
Industrial
Data processing
Automotive
Consumer & Wireless
2008/09 revenue decline impacted by global economic downturn
$0
$1,500
2007 2008 2009 2010 2011 2012 2013
economic downturn, especially automotive
MEMS units demand to double between 2009 and 7,000
MEMS unit shipment (Munits)double between 2009 and 2013 to more than 6 billion units
C i l d 4,000
5,000
6,000
7,000
Others
RF MEMS oscillators
Gyroscopes
Pressure sensors
MEMS i h
CAGR09-13: +20.7%
Consumer, wireless and automotive driving the demand1,000
2,000
3,000MEMS sw itches
Inkjet printheads
BAW filters
MEMS microphones
Accelerometers
02007 2008 2009 2010 2011 2012 2013
Source: iSupply MEMS Market Tracker H1-2009
S.Wainwright, Freescale
Conclusion
MEMS products evolving from standalone devices to “ubiquitous sensing solutions” – (SiP / SoC)
Proliferation of context awareness capabilities
MEMS technologies will enable:
User interface revolution, human body monitoring, energy saving,
Next generation of automotive safety applications
F sion of accele omete s ang la ate and othe Fusion of accelerometers, angular rate and other sensor technologies (radar, vision) for predictive safety applications.
Endless applications only limited by YOUR creativity
And by the way, Freescale passed the 1 billion MEMS units shipped!
S.Wainwright, Freescale
$4.5B – 5B concentrated in 15 MEMS suppliers
900
1,000Open Captive Foundry
8” t iti
600
700
800
Dol
lars
• 8” transition• Silicon Foundry or IDM• Automotive SC Evolution• Future below $100M
300
400
500
Mill
ions
of • Future below $100M
• Partnerships
0
100
200
ARD
NTSSCH
NICS
ON RK
SON
ALE SO IESCES
nor) OR
TA NIC
HEWLE
TT PACKAR
TEXAS INSTRUMENT
ROBERT BOSC
STMICROELE
CTRONICANON
LEXMARK
SEIKO EPSOFREESCAL
DENSO
VAGO TECHNOLOGIE
ANALOG D
EVICE
FINEON (in
cl.Sen
sono
FORMFACTOSENSATA
PANASONIC
T ST
AVA
INFIN
Source: MEMS Competitive Landscape Tool, 2009, iSupply
Is 8” silicon Wafer the only profitable path to future MEMS manufacturing?
STMicroelectronics, Freescale, Omron and Texas Instruments are all using 8” Fab.
MEMS shipments breakout by wafer size
4'' 6'' 8''
8”
%4 6 8
6”
2008 2013
8” MEMS Wafer from STMicroelectonics5YP 8” Wafer Evolution
Source: Q1 2009 MEMS market tracker, iSupply
Silicon Fundry or IDM?
Some IDMs starts to externalize consumer MEMS to foundriesADI d hADI and others....CMOS foundries like bees around MEMS honey pot: TSMC, UMC, Tower/Jazz, Magnachip, Dongbu…
IDM to silicon Foundry is not straightforward:No Technology platform across the industryCloseness of Design and Technology team for yield improvementCloseness of Design and Technology team for yield improvementNeed to reinvent the technology platform for decent parginSilicon Foundry:Volumes appealIDM MEMS P IP t tiIDM: MEMS Process IP protection
When New Comer Silicon Foundry will pass $100M threshold? In which field?In which field?
Till when automotive MEMS Captive Model will be alive?
First bloodletting in automotiveS D A i lSystron Donner Automotive closesInfineon sells Sensonor
Efforts to leverage greater economies of scaleAutomotive MEMS suppliers expand in consumer: ADI, Bosch, FreescaleFreescale…Consumer MEMS suppliers to expand into automotive: STMicroelectronics, ...
The threshold of $100M and the Partnership Model
Economic crisis accelerates transformation of the MEMS industryindustry
Some companies with sales around $100M are failing, even being part of bigger corporationConsumer and mobile markets grow at 16 5% from 2008-2013 Consumer and mobile markets grow at 16.5% from 2008 2013 and overtake automotive in 2010Commoditization of the market in favour of consumer MEMS suppliers which will start supplying to automotive in next 2 yearsHigh volume MEMS foundry and CMOS foundriesHeadcount reduction at number of foundries and forced leave at number of IDMnumber of IDM
The threshold of $100M and the Partnership Model
How MEMS start-ups can survive in this market? Is there any chance for them to skyrocket like analog companies in any chance for them to skyrocket like analog companies in the past?
Which product family a start-up could address most Which product family a start up could address most probably?
Does an Analog Semiconductor Company need to have MEMS g p yin its portfolio to sustain its growth?
Do you see partnerships happening on the horizon? Is it a viable Model
Key Success Factors?
Skilled peopls with Industrial experience
Close Partnerships & Cooperation with Customerswith Customers
MEMS accelerometer become #1 market by 2013
1 400
1,600
1,800
rs
Military & CivilAerospace
Medical
Source: Q1 2009 MEMS market tracker, iSupply
800
1,000
1,200
1,400
s of
US
Dol
lar Medical
Electronics
Industrial
200
400
600
800
Mill
ions Automotive
Mobile handsetsand CE
Mobile and CE applications to overtake automotive in
Automotive market 2013 2007
02006 2007 2008 2009 2010 2011 2012 2013
to overtake automotive in 2009
$1B in 2013Cell phone = automotive
=2007Airbag market shrinksLow-g accelerometers growth with ESCCell phone = automotive
in 2013 growth with ESC
What’s the technology biggest technical challenge in Accelerometer field?
What’s next?
9,000Other Emerging MEMS
Micro Fuel Cells
7,000
8,000
s
Flow Sensors
Thermopiles
Optical MEMS for Telecom
Microfluidic Chips
4,000
5,000
6,000
ions
of D
olla
rs
RF MEMS Oscillators
MEMS Sw itches
BAW Filters
Microbolometers
2,000
3,000
4,000
Mill
Microbolometers
MEMS Microphones
Optical MEMS for Displays
MEMS Wafer Probes
Gyroscopes
0
1,000
2006 2007 2008 2009 2010 2011 2012 2013
Gyroscopes
Pressure Sensors
Inkjet Print heads
Accelerometers
Source: Q1 2009 MEMS market tracker, iSupply
Sensors grow faster than Actuators
Smart Sensors Provide New Business Opportunities?
RFMEMS
BUILDING
FACTORYHEALTHCARE
SPORT & WELLNESSLOGISTICSFACTORY
AUTOMATION
The Smart Sensor Evolution
MEMS
Pr
Smart Sensor Challenges
MEMS ACCELEROMETER
MEMS GYROSCOPE
SMC
O
LOW
roprietaryB
luetoMAGNETOMETERMAGNETOMETER
MA
RT SIG
ON
DITIO
N
W PO
WER
y: Sub 1Gooth Low
TEMPERATURETEMPERATURE
MEMS MEMS PRESSURE PRESSURE
SENSORSENSOR
GN
AL
NIN
G
R R
AD
IOH
z –2.4 G
Energy
TEMPERATURE TEMPERATURE SENSORSENSOR
GH
z
POWER MANAGEMENTPOWER MANAGEMENT