1. | EXECUTIVE SUMMARY |
1.1. | MEMS Executive Summary |
1.2. | What are MEMS? |
1.3. | MEMS Categorization |
1.4. | Report Scope (1) |
1.5. | Report Scope (2) |
1.6. | Inertial Measurement Units (IMUs): An introduction |
1.7. | Application Grades of IMUs |
1.8. | IMU Market Landscape |
1.9. | High-End IMU Market is Dominated by the Big-3 |
1.10. | Accelerometer Application Landscape |
1.11. | Gyroscope Landscape Evolution |
1.12. | Defense Spending Rises Globally |
1.13. | High-end Inertial Measurement Unit Forecast |
1.14. | Long-term Opportunities in the IMU Market |
1.15. | Why Shift to MEMS Speaker Drivers? |
1.16. | Overview of MEMS Speaker Transduction Types |
1.17. | Summary of Generalized MEMS Speaker Transduction Types |
1.18. | MEMS Speaker Industry Overview |
1.19. | Frequency Response Benchmarking |
1.20. | Addressable Markets for MEMS Speakers |
1.21. | MEMS Speaker Forecasting Overview (1) |
1.22. | MEMS Speaker Forecasting Overview (2) |
1.23. | Access More With an IDTechEx Subscription |
2. | MEMS INDUSTRY OVERVIEW |
2.1. | What are MEMS? |
2.2. | MEMS Categorization |
2.3. | Report Scope (1) |
2.4. | Report Scope (2) |
3. | INERTIAL NAVIGATION SYSTEMS |
3.1. | Inertial Measurement Units (IMUs): An introduction |
3.2. | INS Technology Landscape |
3.3. | Application Grades of IMUs |
3.4. | IMU Key Applications |
3.5. | IMU Market Landscape |
3.6. | High-End IMU Market is Dominated by the Big-3 |
3.7. | Navigation by Dead Reckoning |
3.8. | Drift Accumulation |
3.9. | Example Drift Accumulation |
3.10. | MEMS Can be High-Cost |
3.11. | Navigation in GNSS Denied-Environments |
3.12. | Quantum Sensors Emerging as Competition for MEMS |
3.13. | IMU Breakdown Summary |
4. | MEMS ACCELEROMETERS |
4.1. | MEMS Accelerometers Overview |
4.2. | Accelerometer Application Landscape |
4.3. | Accelerometers for Navigation |
4.4. | Gravimetry |
4.5. | Gravimetry for Geo-Physical Surveying |
4.6. | Incumbent Commercial Gravimeters |
4.7. | Gravimetry-Based Navigation |
4.8. | Siesmometry/Vibration Monitoring |
4.9. | Summary of Accelerometer Applications |
4.10. | Performance Metrics of an Accelerometer |
4.11. | Routes to Improving Accelerometer Performance |
4.12. | MEMS Mass-Spring Accelerometers |
4.13. | Displacement Based MEMS Accelerometers |
4.14. | Transverse Comb Capacitive Accelerometer |
4.15. | Lateral Comb Capacitive Accelerometer |
4.16. | Closed Loop Accelerometers |
4.17. | Simple Harmonic Motion and System Damping |
4.18. | Accelerometer Noise in Spring-Mass Systems |
4.19. | Geometric Anti-Spring Accelerometers |
4.20. | GAS Design (1) |
4.21. | Geometric Anti-Spring (GAS) Design (2) |
4.22. | GAS Accelerometers Readout Options |
4.23. | GAS Gravimeters Benchmarking |
4.24. | Challenges with GAS MEMS |
4.25. | Innoseis Sensor Technologies Heads to the Moon |
4.26. | MEMS Resonant Beam Accelerometers |
4.27. | Resonant Based Accelerometer |
4.28. | Differential Sensing in VBAs |
4.29. | Silicon Microgravity VBA |
4.30. | Chip-Scale MEMS Gravimeters Require Gimballing |
4.31. | MEMS Thermal Accelerometers |
4.32. | Thermal MEMS Accelerometers |
4.33. | MEMSIC |
4.34. | Silicon Photonic Optical MEMS Accelerometers |
4.35. | Whispering Gallery Mode Resonator |
4.36. | Next-Gen MEMS Accelerometers Industry Landscape |
4.37. | Industry Overview |
4.38. | MEMS Novel Accelerometers Industry Landscape |
4.39. | Operating principles of atomic interferometry-based quantum gravimeters |
4.40. | MEMS Gravimeter Forecast Summary |
4.41. | MEMS Gravimeters Units |
4.42. | MEMS Gravimeters Market Value |
5. | MEMS GYROSCOPES |
5.1. | MEMS Gyroscopes Overview (1) |
5.2. | MEMS Gyroscopes Overview (2) |
5.3. | Gyroscope Technology Landscape |
5.4. | Gyroscope Market Landscape |
5.5. | Performance Metrics for Gyroscopes |
5.6. | Ring Laser Gyroscopes |
5.7. | Fibre Optic Gyroscopes |
5.8. | Hemispherical Resonator Gyroscopes |
5.9. | AIRS - Ultimate Gyro Performance |
5.10. | MEMS Gyroscopes |
5.11. | Coriolis Vibratory Gyroscopes |
5.12. | CVG Tuning Fork Implementations |
5.13. | Emerging Vibratory Gyro Architectures |
5.14. | High-End MEMS Gyroscopes Improving... |
5.15. | But RLG and HRG Retain Performance Advantage |
5.16. | Where Next for MEMS Gyroscopes? |
5.17. | Routes to Improve MEMS Gyroscope Performance |
5.18. | Noise in MEMS Gyroscopes |
5.19. | Isolation Packaging for MEMS Gyros |
5.20. | Patent Landscape of Emerging MEMS Gyros |
5.21. | μHRG |
5.22. | MEMS HRG |
5.23. | Approaches to μHRG Manufacturing |
5.24. | Microscale Glassblowing |
5.25. | Blowtorch Blowing and Deposition |
5.26. | 3D Printing (PμSL) for μHRG |
5.27. | Magneton AU Sputtering |
5.28. | Materials for μHRG |
5.29. | Manufacturing Overview for μHRG |
5.30. | Summary of Manufacturing Methods for μHRG |
5.31. | Patent Landscape of μHRGs |
5.32. | Significant Chinese Player Presence in Patent Landscape |
5.33. | Commercial Activity in μHRGs |
5.34. | μHRG Offers a Significant Leap for MEMS Gyros |
5.35. | IMU Key Applications |
5.36. | High-end MEMS Gyros Applications |
5.37. | Is There a Market for High-End MEMS Gyros |
5.38. | Quantum Gyroscopes on the Horizon as Competition |
6. | IMU FORECASTS |
6.1. | IMU Forecast Summary |
6.2. | Defense Spending Rises Globally |
6.3. | IMU Demand Autonomous Vehicles |
6.4. | Humanoid Robotics |
6.5. | Gyroscope Landscape Evolution |
6.6. | Gyroscope Technology Market Shares |
6.7. | IMU Forecasts, 2025-2036 (1) |
6.8. | IMU Forecasts, 2025-2036 (2) |
6.9. | IMU Forecasts, 2025-2036 (3) |
6.10. | Long-term Opportunities in the IMU Market |
7. | MEMS SPEAKERS |
7.1. | MEMS Speakers Executive Summary |
7.2. | Audible Hearing Range |
7.3. | MEMS Microphones |
7.4. | Adoption of MEMS Microphones |
7.5. | Incumbent Speaker Drivers |
7.6. | Why Shift to MEMS Drivers? |
7.7. | Challenges with MEMS Speakers |
7.8. | Difference in Driver Size - Conventional Drivers vs MEMS |
7.9. | Overview of MEMS Speaker Transduction Types |
7.10. | Summary of Generalized MEMS Speaker Transduction Types |
7.11. | Membrane Material Choices |
7.12. | Weight and Stiffness of Membrane Materials |
7.13. | Stiffness-to-Weight Ratio and Damping |
7.14. | Material Selection Differs for MEMS |
7.15. | Solutions to MEMS Challenges |
7.16. | Piezoelectric MEMS Speakers |
7.17. | Piezoelectric Transducer |
7.18. | Piezoelectric Materials |
7.19. | Piezoelectric Materials Are Heavier than Alternatives |
7.20. | Thin Film Deposition of Piezoelectric Materials |
7.21. | USound's Approach to Achieving Larger SPL |
7.22. | Electrostatic MEMS Speakers |
7.23. | Electrostatic Transducer |
7.24. | Ultrasonic Amplitude Modulation |
7.25. | Nanoscopic Electrostatic Drive from Bosch |
7.26. | Electromagnetic and Thermoacoustic MEMS Speakers |
7.27. | Electrodynamic/Magnetic Transducer |
7.28. | Thermoacoustic Transducer |
7.29. | Industry Landscape |
7.30. | MEMS Industry Landscape (1) |
7.31. | MEMS Industry Landscape (2) |
7.32. | MEMS Players and Foundry Partners |
7.33. | MEMS Players and ODM Partners |
7.34. | MEMS Speaker Players and Commercial Partners (1) |
7.35. | MEMS Speaker Players and Commercial Partners (2) |
7.36. | MEMS Speaker Benchmarking |
7.37. | Frequency Response and Harman Curves |
7.38. | Other Performance Metrics |
7.39. | MEMS Speakers Bandwidth's |
7.40. | Frequency Response Benchmarking |
7.41. | MEMS Speakers and the Harman Curve |
7.42. | Resonance and Breakup Frequencies |
7.43. | Resonance Frequency Benchmarking |
7.44. | SPL and Diaphragm Area |
7.45. | Emerging Applications for PiezoMEMS |
7.46. | Active Thermal Management with Piezoelectric MEMS |
7.47. | Active Cooling vs TIM |
7.48. | Forecasting |
7.49. | Addressable Markets for MEMS Speakers |
7.50. | MEMS Speaker Forecasts (1) |
7.51. | MEMS Speaker Forecasts (2) |
7.52. | MEMS Speaker Forecasts (3) |
7.53. | MEMS Speaker Forecasts (4) |
8. | MARKET FORECASTS |
8.1. | MEMS Gravimeters Forecasts (Units) |
8.2. | MEMS Gravimeters Market Value |
8.3. | Gyroscope Technology Market Shares |
8.4. | IMU Forecasts, 2025-2036 (1) |
8.5. | IMU Forecasts, 2025-2036 (2) |
8.6. | IMU Forecasts, 2025-2036 (3) |
8.7. | Long-term Opportunities in the IMU Market |
8.8. | Addressable Markets for MEMS Speakers |
8.9. | MEMS Speaker Forecasts (1) |
8.10. | MEMS Speaker Forecasts (2) |
8.11. | MEMS Speaker Forecasts (3) |
8.12. | MEMS Speaker Forecasts (4) |