The "Automotive MEMS (Micro Electromechanical System) Sensor Research Report, 2025" has been added to ResearchAndMarkets.com's offering.

MEMS technology stands at the forefront of automotive innovation, playing an instrumental role in enhancing vehicle intelligence, safety, and performance. The integration of MEMS sensors across various automotive systems paves the way for unprecedented advancements in Advanced Driver-Assistance Systems (ADAS), intelligent cockpits, body comfort systems, powertrains, and chassis systems.

MEMS Inertial Sensors: Elevating Autonomous Driving Capabilities

As autonomous driving technology leaps forward, MEMS inertial sensors have never been more critical. The MEMS IMUs, comprising accelerometers and gyroscopes, deliver accurate real-time data on vehicle motion, underscoring their significance in positioning, navigation, and assisting intelligent decision-making processes within autonomous driving systems.

Murata Manufacturing Co., Ltd.'s SCH1633-D01 represents the latest cutting-edge 6-axis MEMS inertial sensor, destined to fulfill the precision demands of autonomous driving. This compact, automotive-grade IMU stands out with its exceptional resolution, time synchronization features, and compatibility with GNSS dead reckoning and vehicle attitude measurement.

Localization of Automotive MEMS IMUs: A Shift towards Self-Sufficiency

The realm of automotive MEMS IMUs is witnessing a paradigm shift as Chinese industry players accelerate the transition towards homegrown alternatives, potentially reducing dependency on imports. Companies like QST and Asensing Technology exemplify this trend by introducing certified, high-performance MEMS sensors, maximizing resistance to environmental impacts and offering easily integrated data formats for application development.

MEMS Pressure Sensors: Innovations in Thermal Runaway Monitoring

MEMS pressure sensors, traditionally utilized in Internal Combustion Engine (ICE) vehicles for gearbox and engine pressure detection, are now expanding into thermal runaway monitoring within Battery Management Systems (BMS). NXP's NBP8 and NBP9 monitor sensors emerge as integrated solutions capable of triggering swift actions in case of critical pressure variations, thereby enhancing the safety manifold of electric vehicles powered by lithium batteries.

Intelligent Driving Perception Boosted by MEMS Microphones

In the pursuit of comprehensive sensory perception, the automotive industry is turning to MEMS microphones for both interior and exterior sound applications. With Infineon and Reality AI's avant-garde hearing solution, vehicles can "hear" emergency signals, effectively amplifying the situational awareness and safety features of intelligent ADAS by complementing optical perception.

The integration of XENSIV™ MEMS microphones, AURIX™ microcontrollers, and machine learning-based algorithms facilitate this advanced sensing solution, capable of recognizing signals beyond visual range and specific sound patterns, including sirens of emergency vehicles worldwide.

The future of the automotive industry gleams with innovation as MEMS sensor technology continues to evolve, laying the groundwork for enhanced vehicle intelligence, safety, and driver experience. With elevated precision, response, and reliability, these sensors bolster the automotive industry's stride towards a more secure, efficient, and autonomous future.

Key Topics Covered:

Overview of Automotive MEMS Industry

Application Scenarios of Automotive MEMS Sensors - Autonomous Driving/ADAS

• Application of MEMS Sensors in Intelligent Driving
• Application of MEMS Sensors in Intelligent Driving Systems
• Three Positioning Solutions for ADAS/Autonomous Driving Systems
• Features, Advantages and Disadvantages of MEMS IMUs in High-precision Positioning
• MEMS IMUs Become Key Sensors in Intelligent Driving
• Application of MEMS IMUs in Intelligent Driving Solutions
• Application of MEMS IMUs in Intelligent Driving: INS
• Three Integration Methods of "GNSS+IMU" Navigation: Loose Coupling
• Advanced Requirements for IMUs in End-to-end Intelligent Driving Solutions
• Application and Difference of MEMS IMUs in End-to-end Intelligent Driving Solutions
• Innovative Application of MEMS in Intelligent Driving Systems: MEMS Fast-moving Image Sensors
• Application Solutions of MEMS Sensors in Intelligent Driving Scenarios and Product Summary
• Summary of MEMS Accelerometers for Intelligent Driving
• Summary of MEMS Gyroscopes for Intelligent Driving
• Summary of MEMS IMUs for Intelligent Driving
• Summary of MEMS Microphones for Intelligent Driving
• Intelligent Driving MEMS IMUs
• Intelligent Driving MEMS Gyroscopes
• MEMS Application Solutions for Intelligent Driving Scenarios

Application Scenarios of Automotive MEMS Sensors - Cockpit Entertainment

• Application of MEMS Sensors in Intelligent Cockpits
• Sensor Types in Intelligent Cockpits
• Typical Applications of MEMS Silicon Microphones in Intelligent Cockpits: Voice interaction & eCall
• Typical Applications of MEMS Silicon Microphones in Intelligent Cockpits (2): Automotive Noise Control
• RNC System Market
• Typical Applications of MEMS Inertial Sensors in Intelligent Cockpits: Road Noise Cancellation (RNC)
• Typical Applications of MEMS Ultrasonic Sensors in Intelligent Cockpits: Rear Occupant Alert (ROA)
• Application Solutions of MEMS Sensors in Intelligent Cockpit Scenarios and Product Summary
• Summary of MEMS Accelerometers for Intelligent Cockpits
• Summary of MEMS Gyroscopes for Intelligent Cockpits
• Summary of MEMS IMUs for Intelligent Cockpits
• Summary of MEMS Microphones for Intelligent Cockpits
• MEMS Accelerometers for Intelligent Cockpits
• MEMS Silicon Microphones for Intelligent Cockpits
• MEMS Application Solutions for Intelligent Cockpit Scenarios

Application Scenarios of Automotive MEMS Sensors - Body Electronics

• Application of MEMS Sensors in Body Electronics
• Main Sensors for Thermal Management Systems of New Energy Vehicles
• Distribution of Pressure Sensors and Temperature Sensors in Thermal Management Systems of New Energy Vehicles
• Technical Route of Pressure/Temperature and Pressure Integrated Sensors in Traditional Refrigerant Systems
• Sensor Solutions for Future Thermal Management Systems
• Typical Applications of MEMS Sensors in Body Electronics
• Application Solutions of MEMS Sensors in Body Electronics and Product Summary
• Summary of MEMS Accelerometers for Body Electronics
• Summary of MEMS Gyroscopes for Body Electronics
• Summary of MEMS IMUs for Body Electronics
• Summary of MEMS Pressure Sensors for Body Electronics
• MEMS Pressure Sensors for Body Electronics
• MEMS Application Solutions for Body Electronics

Application Scenarios of Automotive MEMS Sensors - Powertrain

• Application of MEMS Sensors in Powertrains
• Application MEMS Sensors in Automotive Engines
• Application of MEMS Pressure Sensors in Power Domain
• Typical Applications of MEMS Pressure Sensors in Powertrains: Engine Management Systems of Traditional Fuel Vehicles
• Typical Applications of MEMS Pressure Sensors in Powertrains (2): Battery Pack Pressure Sensors for New Energy Vehicles
• Typical Applications of MEMS IMUs in Powertrains
• Main Sensors of New Energy Hydrogen Fuel Vehicles
• Application Solutions of MEMS Sensors in Powertrains and Product Summary
• Summary of MEMS Pressure Sensors for Powertrains
• Powertrain MEMS Pressure Sensors
• MEMS Application Solutions for Powertrains

Application Scenarios of Automotive MEMS Sensors - Chassis

• Application of MEMS Sensors in Chassis
• Sensors in Automotive Chassis Control Systems
• Application of MEMS Pressure Sensors in Chassis Domain
• Typical Applications of MEMS Sensors in Chassis: Suspension Systems
• Development Trends of TMPS
• Requirements of Autonomous Driving Systems for Intelligent Tire Technology
• Requirements of Electrification for Intelligent Tire Technology
• Application Solutions of MEMS Sensors in Chassis and Product Summary
• Summary of MEMS Accelerometers for Chassis
• Summary of MEMS Gyroscopes for Chassis
• Summary of MEMS IMUs for Chassis
• Summary of MEMS Pressure Sensors for Chassis
• Summary of MEMS Gyroscopes for Chassis
• MEMS Application Solutions for Chassis

Foreign Automotive MEMS Sensor Suppliers

• Bosch
• STMicroelectronics
• ADI
• Infineon
• NXP
• Melexis
• TDK
• Murata
• Sensata
• Panasonic

Chinese Automotive MEMS Sensor Suppliers

• Anhui XDLK Microsystem
• NOVOSENSE
• Ampron
• QST
• MiraMEMS
• MEMSIC
• MT Microsystems
• MEMSensing
• Asensing Technology
• Huaxin Semiconductor
• Rsentech
• Winsen
• ASAIR
• NationalChip

For more information about this report visit https://www.researchandmarkets.com/r/x33kb

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