Global Microelectromechanical Systems (MEMS) Market provides a brief and detailed knowledge about key players, market state and circumstances that are covered deeply in this report. The business chain supporting the Microelectromechanical Systems (MEMS) market is analysed in detail covering accurate information about aspects such as the industrial chain, proficiency in utilization of the available capacity of manufacture, and industry strategies that affect the market.
Microelectromechanical
Systems (MEMS) Market study offers an exhaustive summary of the vendor
landscape, competitive analysis, and key strategies to gain ruthless advantage.
Microelectromechanical Systems (MEMS) Market Forecast provides sizing and
growth opportunities. It provides comprehensive insights on the latest industry
trends, forecast, and growth drivers in the market. it also includes a detailed
analysis of growth drivers, challenges, and investment opportunities and
delivers a complete overview of segments and the regional outlook of the
market.
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The global
Microelectromechanical Systems (MEMS) Market is expected to grow at a dynamic
rate for the forecast period owing to growing applications in many sectors such
as automotive, aerospace, consumer electronics, defence and healthcare.
Healthcare and consumer electronics are main driver of this industry.
Microelectromechanical Systems (MEMS) consists of many Nano electro mechanical
components embedded in semiconductor chips. It is made of micro circuits which
consists of different sensors which are embedded and other components are
placed upon. MEMS devices have application in various fields due to their
higher efficiency rates and low costs.
In various devices this
technology is used as Sensor fusion. Sensor fusion is software that enables
fusing of data from several different sensors to compute something which can’t
be determined by single sensor alone. It enables motion tracking, context
awareness and augmented reality. The solution enhances customer experience with
portable devices. MEMS technology is used in mobile phone as sensors and micro
phones. In healthcare industry it is used in hearing aid devices, pedometer and
lab on chips devices. In automotive industry it is used in Crash sensing
device, vehicle dynamic control, rollover detection and antitheft system.
MEMS devices are
gyroscopes, acceleration sensors, ink jet heads, pressure sensors, radio
frequency MEMS, silicon microphones and micro bolometers. Major application
areas include consumer, space/military, automotive, medicine and
telecommunication. A huge completion amongst the competitor is forcing them to
reduce the prices, which is hampering the profit of the industry. Revenue from
the market is less due to its competitive nature and is affecting the growth of
the industry. Industry wise it can be segmented it is segmented as automotive,
aerospace, consumer electronics, defence and healthcare. Automotive industry
uses the mems technology extensively. Passenger cars or commercial vehicles
needs sensitive sensors and mems technology is cheaper, reliable and effective.
Pressure sensors are most widely used in automobile industry. Increase in
demand for automotive is a driver in MEMS technology. In Europe and America,
the MESM technology based sensor is expected to grow.
Consumer’s electronics
segment also uses MEMS technology. A washing machine or a mobile device uses
various sensors which are supported by MEMS technology. This technology has a
huge application in harvesting renewable energy. In solar energy harvesting
this technology is used to absorb energy and convert it in usable form. Hence
MEMS has a huge potential market. Market of MEMS is divided into Oscillators
Pressure Sensors, Accelerometers, Microphones, Gyroscopes, and Radio Frequency
MEMS. Microelectromechanical Systems market is segmented on 5 regions North
America, Europe, Asia-Pacific, Latin America and MEA.
North America regional
market includes the U.S. and Canada. Europe regional market includes European
Union, CIS and other non-member states. Asia Pacific regional market includes
Japan, China, India, Taiwan, Korea, and Australia. Latin America mainly
includes Brazil, Mexico, and other South American countries. MEA comprises
Middle East and African countries. North America is the largest market for MEMS
but Asia Pacific region is expected to grow at a tremendous rate. North America
is the largest market for MEMS used in medical devices. Asia pacific has
observed an increment in the medical requirement assistance hence it is a
potential market expected to have a drastic growth rate in near future.
Key players in
Micro-electro-mechanical system industry are include Robert Bosch, Texas
Instruments, Knowles electronics, InvenSense, AKM, Honeywell, Canon,
Panasonics, Hewlett Packard, Denso, Avago Technologies, Seneata, Analog Devices
Inc., Lexmark, Autoliv, Inc., Aptina Imaging Corporation, CASCO, Bourns, Inc.,
Corrsys-Datron Sensorsysteme GmbH, Continental AG, Custom Sensors &
Technologies, CTS Corporation, Inc., Kavlico Corporation, BEI Sensors, Denso Corporation,
Delphi Corporation, Freescale Semiconductor Inc.,, ELESYS North America, Inc.,
Hamamatsu Photonics KK, General Electric Company, Hella KGaA Hueck & Co.,
Hamlin Electronics, Infineon Technologies AG., Kistler Group, Melexis
Microelectronic Integrated Systems, Hitachi Automotive Systems, Micralyne,
Inc., NXP Semiconductors N.V., NGK Spark Plugs USA, Inc., Inc., Omron
Corporation, Novotechnik U.S., OSRAM Opto Semiconductors , Sensata
Technologies, SSI Technologies, Inc., Valeo S.A, TRW Automotive Holdings Corp.
and TT electronics plc. InvenSence Inc. technology has developed fabrication
platform which enables integration of standard MEMS with CMOS in a small and
cost effective water level solution.
The latest technology
development in MEMS is the INS380SA, is a complete inertial navigation system
consists of built-in 48-channel GPS receiver. Smart Sensing technology enables
a turnkey system with better than 0.01 m/s velocity measurement accuracy. The
integrated 3-axis magnetometer allows for accurate operation when the GPS
signal is lost or when the vehicle comes to a stop. Car-Ele Japan is a new
technology launched by Bosch in 2016. It is a MEMS sensor used in light
electric vehicles such as e-Scooters and e-Bikes.
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