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Automotive Sensors Market Research Report Information By Sensors Type (Pressure, Temperature, Position, Motion, Optical, Torque, Gas, Level, and Other Sensors), By Technology (Micro-Electro-Mechanical Systems (MEMS), Non-Mechanical Systems (NON-MEMS), Nano-Electro-Mechanical Systems (NEMS), By Vehicle Type (Conventional Fuel Cars, Alternative Fuel Cars, and Heavy Vehicles), And By Region (North America, Europe, Asia-Pacific, And Rest Of The World) โ€“ Market Forecast Till 2030


ID: MRFR/AM/0305-CR | 88 Pages | Author: Swapnil Palwe| February 2020

Automotive Sensors Market Segmentation


Automotive Sensors Type Outlook (USD Million, 2018-2030)




  • Pressure




  • Temperature




  • Position




  • Motion




  • Optical




  • Torque




  • Gas




  • Level




  • Other Sensors




Automotive Sensors Technology Outlook (USD Million, 2018-2030)




  • Micro-Electro-Mechanical Systems(MEMS)




  • Non-Electro-Mechanical Systems(Non-MEMS)




  • Nano-Electro-Mechanical Systems(NEMS)




Automotive Sensors Vehicle Type Outlook (USD Million, 2018-2030)




  • Conventional Fuel Cars




  • Alternative Fuel Cars Heavy Vehicles




Automotive Sensors Regional Outlook (USD Million, 2018-2030)




  • North America Outlook (USD Million, 2018-2030)




    • North America Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • North America Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • North America Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • US Outlook (USD Million, 2018-2030)




    • US Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • US Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • US Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • CANADA Outlook (USD Million, 2018-2030)




    • CANADA Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • CANADA Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • CANADA Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles








  • Europe Outlook (USD Million, 2018-2030)




    • Europe Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Europe Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Europe Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars Heavy Vehicles






    • Germany Outlook (USD Million, 2018-2030)




    • Germany Automotive Sensors by Fusion Technology




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Germany Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Germany Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars Heavy Vehicles






    • France Outlook (USD Million, 2018-2030)




    • France Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • France Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • France Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • UK Outlook (USD Million, 2018-2030)




    • UK Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • UK Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • UK Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • ITALY Outlook (USD Million, 2018-2030)




    • ITALY Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • ITALY Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • ITALY Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles











    • SPAIN Outlook (USD Million, 2018-2030)




    • Spain Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Spain Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Spain Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • Rest Of Europe Outlook (USD Million, 2018-2030)




    • Rest Of Europe Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • REST OF EUROPE Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • REST OF EUROPE Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles







  • Asia-Pacific Outlook (USD Million, 2018-2030)




    • Asia-Pacific Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Asia-Pacific Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Asia-Pacific Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • China Outlook (USD Million, 2018-2030)




    • China Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • China Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • China Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • Japan Outlook (USD Million, 2018-2030)




    • Japan Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Japan Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Japan Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • India Outlook (USD Million, 2018-2030)




    • India Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • India Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • India Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • Australia Outlook (USD Million, 2018-2030)




    • Australia Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Australia Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Australia Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • Rest of Asia-Pacific Outlook (USD Million, 2018-2030)




    • Rest of Asia-Pacific Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Rest of Asia-Pacific Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Rest of Asia-Pacific Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles








  • Rest of the World Outlook (USD Million, 2018-2030)




    • Rest of the World Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Rest of the World Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Rest of the World Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles











    • Middle East Outlook (USD Million, 2018-2030)




    • Middle East Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Middle East Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Middle East Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • Africa Outlook (USD Million, 2018-2030)




    • Africa Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Africa Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Africa Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






    • Latin America Outlook (USD Million, 2018-2030)




    • Latin America Automotive Sensors by Type




      • Pressure




      • Temperature




      • Position




      • Motion




      • Optical




      • Torque




      • Gas




      • Level




      • Other Sensors






    • Latin America Automotive Sensors by Technology




      • Micro-Electro-Mechanical Systems(MEMS)




      • Non-Electro-Mechanical Systems(Non-MEMS)




      • Nano-Electro-Mechanical Systems(NEMS)






    • Latin America Automotive Sensors by Vehicle Type




      • Conventional Fuel Cars




      • Alternative Fuel Cars




      • Heavy Vehicles






Research Methodology on Automotive Sensors Market


Introduction


This report presents a research methodology that outlines the approach taken when conducting research into the Automotive Sensors Market. The research methodology employed outlines the data collection methods, the framework used for analysis, and the method applied for interpreting and assessing the findings. This research seeks to answer the research objectives posed in the report by researching appropriate methodologies.


Data Collection


The primary source of data collection for this research was secondary sources. Primary research was conducted for triangulation purposes and for filling in any gaps in the existing information.


Various research, studies, white papers, company reports and other proprietary sources, such as trade association papers, and government websites were used as the main sources of data collection, to examine and analyze the prevailing market segments and to weigh the strengths and weaknesses of the Automotive Sensors Market.


The secondary sources used comprised data collated from:



  • Company websites

  • Product brochures

  • Reports on the market of various countries

  • Databases of trade publications

  • Databases of magazines and technical journals

  • Verified and authenticated industry and market databases

  • Conferences, seminars and various other events information

  • Government websites and other sources


Data triangulation methods were utilized to validate the data gathered from multiple sources. Data triangulation is the process of combining both primary and secondary research to provide a balanced analysis. The data analysis featured in this report follows a three-step process that starts with the review of existing reports and research and further continues with the collection of data from survey respondents, interviews, and further refining of the data collected and analysed to arrive at the conclusions.


The research for the report was gathered using both primary and secondary data. Primary data was collected from surveys, interviews and expert panel discussions. Data was also collected from secondary sources such as periodicals, websites and other trade publications.


Market Insight


The research was conducted using a market study approach in which quantitative and qualitative observations for the trend being studied were collected. The market insight was obtained through the analysis of company performance, recent news articles, and market performance. The research methodology employed used the collected data to conclude the current market behaviour of the industry to forecast future market performance.


This analysis sought to identify the current market dynamics and their impacts on the Automotive Sensors Market. To ascertain the presence or absence of any industry trend, the analysis used the industry analysis acronym โ€˜PORTERโ€™, which consists of the following:



  • P โ€“ Political Factors

  • O โ€“ Opportunities

  • R โ€“ Region

  • T โ€“ Technology

  • E โ€“ Economic Factors

  • R โ€“ Regulatory Framework


Further insight was gained from analyzing the data collected for the trend. This analysis allowed the identification of factors such as forces of change, recent developments and their impacts on the current market performance.


Data Interpretation


The collected data from both primary and secondary data collected was used to analyze the scope and presence of the Automotive Sensors Market. Data collected were presented in tables, graphs, and charts. The data was further interpreted by making use of various tools such as Porterโ€™s Five Forces, SWOT Analysis, and PEST Analysis.


The analysis conducted was used to draw conclusions that were integral to the purpose of the research. Drawings from the data collected regarding the market structure and size, market concentration, regulatory environment, demographic factors and recent developments affecting the Automotive Sensors Market were arrived at. This enabled the development of the forecast section of the report, which presented the future state of the Automotive Sensors Market.


Conclusion


The research methodology employed for this report was conducted using both primary and secondary data sources. Data was collected from a variety of sources, analyzed and interpreted using various tools, and qualitative and quantitative insights into the trend were produced. This enabled the development of the forecast section of the report, which provided insight into the future of the Automotive Sensors Market.

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1 Report Scope

1.1 Report Coverage 27

1.2 Research Methodology 27

1.3 Research Methodology For Global Market Study 29

1.3.1 Geographical Analysis 29

1.3.2 Demand Side & Supply Side Analysis 30

1.3.3 Data Synthesis & Bridging 30

1.3.4 Automotive Market Estimation โ€“ A Snapshot 30

1.4 Report Description 33

2 Executive Summary

3 Market Dynamics

3.1 DRIVERS 39

3.1.1 Increasing Consumer Demand For Safety, Security, Comfort, And Efficiency 39

3.1.2 Stringent Government Regulations 40

3.1.3 Rising Demand For High And Medium End Vehicles 41

3.1.4 Expansion Of Global Auto-Manufacturers Into New Emerging Markets 41

3.1.5 Rising Sensor Content In An Automobile As Per Mooreโ€™s Law 42

3.2 CHALLENGES 43

3.2.1 Increasing Pricing Pressures 43

3.2.2 Underdeveloped Aftermarket Services 44

3.3 OPPORTUNITIES 45

3.3.1 Electromobility 45

3.3.2 Future Demand For Autonomous Cars And Connected Vehicles 46

3.3.3 Emerging Technologies Such As Combo Sensors: 47

4 INdustry Analysis

4.1 Porterโ€™s Five Forces Analysis 48

4.1.1 Threat From New Entrants 49

4.1.2 Bargaining Power Of Buyers 50

4.1.3 Bargaining Power Of Suppliers 51

4.1.4 Threat From Substitutes 52

4.1.5 Intensity Of Competitive Rivalry 53

4.2 Automotive Consortium 54

4.2.1 Center For Automotive Research (Car) Industrial Consortium 54

4.2.2 Genivi Alliance 56

4.2.3 Japan Automobile Manufacturers Association (JAMA) 57

4.2.4 Open Automotive Alliance 57

4.2.5 Alliance Of Automobile Manufacturers 58

4.2.6 United States Council For Automotive Research (USCAR) 59

5 Automotive Market By Sensor Type

5.1 Introduction 61

5.1.1 Market Statistics 62

5.2 Pressure Sensor 66

5.2.1 Pressure Sensor Typesโ€”Chassis 67

5.2.2 Pressure Sensor Typesโ€”Power Train 68

5.2.3 Pressure Sensor Typesโ€”Body Systems 69

5.2.4 Key Trends 70

5.2.5 Key Challenges 71

5.2.6 Key Market Players 71

5.2.7 Market Statistics 71

5.3 Temperature Sensor 73

5.3.1 Temperature Sensor In Chassis 74

5.3.2 Temperature Sensor In Power Train 74

5.3.3 Temperature Sensor In Body System 76

5.3.4 Key Market Players 77

5.3.5 Market Statistics 77

5.4 Position Sensor 79

5.4.1 Position Sensor In Chassis 80

5.4.2 Position Sensor In Power Train 81

5.4.3 Position Sensor In Body System 82

5.4.4 Key Trends 83

5.4.5 Key Market Players 83

5.4.6 Market Statistics 84

5.5 Motion Sensor 86

5.5.1 Motion Sensor In Chassis 87

5.5.2 Motion Sensor In Power Train 87

5.5.3 Motion Sensor In Body System 88

5.5.4 Key Trends 89

5.5.5 Key Challenges 90

5.5.6 Key Market Players 91

5.5.7 Market Statistics 91

5.6 Optical Sensor 94

5.6.1 Optical Sensor In Chassis 94

5.6.2 Optical Sensor In Power Train 95

5.6.3 Optical Sensor In Body System 95

5.6.4 Key Trends 100

5.6.5 Key Challenges 101

5.6.6 Key Market Players 102

5.6.7 Market Statistics 102

5.7 Torque Sensor 104

5.7.1 Torque Sensor Typesโ€”Chassis 104

5.7.2 Torque Sensor Typesโ€”Power Train 105

5.7.3 Key Trends 106

5.7.4 Key Market Players 107

5.7.5 Market Statistics 107

5.8 Gas Sensor 109

5.8.1 Gas Sensor In Power Train 109

5.8.2 Key Trends 110

5.8.3 Key Market Players 111

5.8.4 Market Statistics 112

5.9 Level Sensor 113

5.9.1 Level Sensor Typesโ€”Power Train 114

5.9.2 Market Statistics 114

5.10 Other Sensors 115

5.10.1 Electric Current Sensor 115

5.10.2 Mass Air Flow Sensors 116

5.10.3 Market Statistics 116

6 Automotive Sensor Market By Technology

6.1 Introduction 118

6.1.1 Micro-Electro-Mechanical Systems (MEMS) 119

6.1.1.1 MEMS Based Sensors And Automotive Applications 119

6.1.1.1.1 Fuel Injector Pressure Sensor 120

6.1.1.1.2 Tire Pressure Sensor 120

6.1.1.1.3 Airbag Sensor 120

6.1.1.1.4 Roll Over Detection Sensor 121

6.1.1.1.5 Vehicle Dynamic Control (VDC) Sensor 121

6.1.1.1.6 Throttle Position Sensor 121

6.1.1.2 Emerging Automotive Applications For MEMS Based Sensors 121

6.1.1.2.1 Vehicle Security Systems 121

6.1.1.2.2 Infotainment 122

6.1.1.2.3 Black Box For Vehicles 122

6.1.1.2.4 Vehicle Tracking And Telematics 122

6.1.1.3 Market Trends And Developments 122

6.1.2 Non-Electro-Mechanical Systems (Non-Mems) 125

6.1.2.1 Non-MEMS Based Technology, Sensors And Automotive Applications 125

6.1.2.1.1 Magnetic Hall-Effect Technology 125

6.1.2.1.2 Emission Control Technology 125

6.1.2.1.3 Battery Sensor Technology In Start/Stop Vehicle 126

6.1.2.1.4 Battery Sensor Technology In Start/Stop Vehicle 126

6.1.2.1.5 Optical Sensor Technology 127

6.1.2.1.6 Others 127

6.1.2.2 Market Trends And Developments 128

6.1.3 Nano-Electro-Mechanical Systems (NEMS) 129

6.1.3.1 Market Trends 130

7 Automotive Sensor By Vehicle Type

7.1 Introduction 131

7.2 Conventional Fuel Cars 132

7.2.1 Sensors In Chassis By Conventional Fuel Vehicle Type 133

7.2.1.1 Market Statistics 135

7.2.2 Sensors In Power Train By Conventional Fuel Vehicle Type 136

7.2.2.1 Market Statistics 140

7.2.3 Sensors In Body System By Conventional Fuel Vehicle Type 141

7.2.3.1 Market Statistics 143

7.3 Alternative Fuel Car 145

7.3.1 Sensors In Chassis By Alternative Fuel Vehicle Type 146

7.3.1.1 Market Statistics 147

7.3.2 Sensors In Power Train By Alternative Fuel Vehicle Type 148

7.3.2.1 Market Statistics 149

7.3.3 Sensors In Body System By Alternative Fuel Vehicle Type 150

7.3.3.1 Market Statistics 151

7.4 Heavy Vehicles 152

7.4.1 Market Statistics 153

7.4.2 Sensor In Trucks 153

7.4.3 Sensors In Off-Road Vehicle 154

8 Global Automotive Sensor Market By Geography

8.1 Introduction 155

8.1.1 Market Statistics 157

8.2 America 158

8.2.1 Market Statistics 159

8.2.2 US. 159

8.2.2.1 Key Market Players 161

8.2.2.2 Market Statistics 162

8.2.3 Mexico 162

8.2.3.1 Market Statistics 163

8.3 Asia-Pacific (APAC) 163

8.3.1 Market Statistics 164

8.3.2 Japan 165

8.3.2.1 Key Players 166

8.3.2.2 Market Statistics 167

8.3.3 China 167

8.3.3.1 Key Players 169

8.3.3.2 Market Statistics 170

8.3.4 India 170

8.3.4.1 Key Players 171

8.3.4.2 Market Statistics 171

8.3.5 South Korea 172

8.3.5.1 Key Players 173

8.3.5.2 Market Statistics 173

8.4 Europe 174

8.4.1 Market Statistics 174

8.4.2 Germany 175

8.4.2.1 Key Market Players 176

8.4.2.2 Market Statistics 176

8.4.3 UK. 177

8.4.3.1 Key Market Players 177

8.4.3.2 Market Statistics 178

8.5 Rest Of The World 179

8.5.1 Market Statistics 179

8.5.2 Africa 180

8.5.2.1 Key Market Players 180

8.5.2.2 Market Statistics 180

9 Automotive Sensor Market: Key Developments & Strategies (2022โ€“2030)

9.1 Introduction 182

9.2 Mergers & Acquisitions 182

9.3 New Product Launch/ Development 184

9.4 Partnership, Collaboration & Joint Venture 185

9.5 Others (Awards, Recognitions, Events) 186

10 Company Profiles

10.1 Analog Devices Inc. 188

10.1.1 Company Overview 188

10.1.2 Product Portfolio 189

10.1.3 Financials 190

10.1.3.1 Overall Financials 190

10.1.3.2 Financials By Segment 191

10.1.3.3 Financials By Region 192

10.1.3.4 Financials By Product 193

10.1.4 Key Developments 194

10.2 AVAgo Technologies 195

10.2.1 Company Overview 195

10.2.2 Product Portfolio 196

10.2.3 Financials 197

10.2.3.1 Overall Financials 197

10.2.3.2 Financials By Region 198

10.2.3.3 Financials By Segment 199

10.2.4 Key Developments 200

10.2.5 Analyst Insight 201

10.3 Bosch Sensortec GmbH 202

10.3.1 Company Overview 202

10.3.2 Product Portfolio 202

10.3.3 Financials 204

10.3.3.1 Overall Financials 204

10.3.3.2 Financials By Segment 205

10.3.3.3 Financials By Region 206

10.3.4 Key Developments 207

10.3.5 Analyst Insight 207

10.4 Bourns INC. 208

10.4.1 Company Overview 208

10.4.2 Product Portfolio 208

10.4.3 Key Developments 209

10.4.4 Analyst Insight 211

10.5 Continental Corporation 212

10.5.1 Company Overview 212

10.5.2 Product Portfolio 212

10.5.3 Financials 213

10.5.3.1 Overall Financials 213

10.5.3.2 Financials By Segment 215

10.5.3.3 Financials By Region 216

10.5.4 Key Developments 217

10.6 CTS Corporation 219

10.6.1 COMPANY OVERVIEW 219

10.6.2 Product Portfolio 219

10.6.3 Financials 221

10.6.3.1 Overall Financials 221

10.6.3.2 Financials By Business Segment 222

10.6.3.3 Financials By Region 223

10.6.4 Key Developments 223

10.6.5 Analyst Insight 224

10.7 Delphi Automotive LLP 225

10.7.1 Company Overview 225

10.7.2 Product Portfolio 225

10.7.3 Financials 227

10.7.3.1 Overall Financials 227

10.7.3.2 Financials By Segments 228

10.7.3.3 Financials By Region 229

10.7.4 Key Developments 229

10.7.5 Analyst Insight 231

10.8 Denso Corporation 232

10.8.1 Company Overview 232

10.8.2 Product Portfolio 232

10.8.3 Financials 234

10.8.3.1 Overall Financials 234

10.8.3.2 Financials By Segments 235

10.8.3.3 Financials By Region 236

10.8.4 Key Developments 236

10.8.5 Analyst Insight 238

10.9 FREESCALE Semiconductor Holdings Ltd 239

10.9.1 Company Overview 239

10.9.2 Product Portfolio 240

10.9.3 Financials 241

10.9.3.1 Overall Financials 241

10.9.3.2 Financials By Segment 242

10.9.3.3 Financials By Region 243

10.9.4 Key Developments 243

10.10 GE Measurement & Control Solutions 245

10.10.1 Company Overview 245

10.10.2 Product Portfolio 245

10.10.3 Financials 247

10.10.3.1 Overall Financials 247

10.10.3.2 Financials By Segment 248

10.10.3.3 Financials By Region 249

10.10.4 Key Developments 249

10.10.5 Analyst Insight 250

10.11 Gill Sensors & Controls 251

10.11.1 Company Overview 251

10.11.2 Product Portfolio 251

10.11.3 Key Developments 253

10.12 Hella KGaA Hueck & Co. 254

10.12.1 Company Overview 254

10.12.2 Product Portfolio 254

10.12.3 Financials 256

10.12.3.1 Overall Financials 256

10.12.3.2 Financials By Segments 257

10.12.3.3 Financials By Region 258

10.12.4 Key Developments 259

10.12.5 Analyst Insight 260

10.13 Infineon Technologies Summary 261

10.13.1 Company Overview 261

10.13.2 Product Portfolio 262

10.13.3 Financials 263

10.13.3.1 Overall Financials 263

10.13.3.2 Financials By Segment 264

10.13.3.3 Financials By Region 266

10.13.4 Key Developments 267

10.13.5 Analyst Insight 268

10.14 Melexis Microelectronic Integrated Systems 269

10.14.1 Melexis Microelectronic Integrated Systems Summary 269

10.14.2 Product Portfolio 270

10.14.2.1 Products By Category 270

10.14.2.2 Products By Application 271

10.14.3 Financials 272

10.14.3.1 Overall Financials 272

10.14.3.2 Financials By Segment 273

10.14.3.3 Financials By Region 274

10.14.4 Key Developments 275

10.15 Micronas Semiconductor INC. 276

10.15.1 Company Overview 276

10.15.2 Product Portfolio 276

10.15.3 Financials 278

10.15.3.1 Overall Financials 278

10.15.4 Financials By Segment 279

10.15.4.1 Financials By Region 280

10.15.5 Key Developments 280

10.16 Murata Manufacturing Co. Ltd. 282

10.16.1 Overview 282

10.16.2 Product Portfolio 283

10.16.3 Financials 284

10.16.3.1 Overall Financials 284

10.16.3.2 Financials By Segment 285

10.16.3.3 Financials By Region 286

10.16.4 Key Developments 287

10.16.5 Analyst Insight 288

10.17 NGK Spark Plugs Co. Ltd. Summary 289

10.17.1 Overview 289

10.17.2 Product Portfolio 289

10.17.3 Financials 291

10.17.3.1 Overall Financials 291

10.17.3.2 Financials By Segments 292

10.17.3.3 Financials By Region 293

10.17.4 Key Developments 293

10.17.5 Analyst Insight 294

10.18 NXP Semiconductors 295

10.18.1 Overview 295

10.18.2 Product Portfolio 295

10.18.3 Financials 297

10.18.3.1 Overall Financials 297

10.18.3.2 Financials By Segment 298

10.18.3.3 Financials By Region 299

10.18.4 Key Developments 300

10.19 PANASONIC CORPORATION Summary 301

10.19.1 Product Portfolio 302

10.19.2 Financials 303

10.19.2.1 Overall Financials 303

10.19.2.2 Financials By Segment 304

10.19.2.3 Financials By Region 305

10.19.3 Key Developments 306

10.19.4 SWOT Analysis 307

10.20 Sensata Technologies Summary 308

10.20.1 Product Portfolio 308

10.20.2 Financials 310

10.20.2.1 Overall Financials 310

10.20.2.2 Financials BY Segments 311

10.20.2.3 Financials BY Region 312

10.20.3 Key Developments 313

10.20.4 Analyst Insight 313

10.21 Stoneridge Inc. Summary 314

10.21.1 Product Portfolio 314

10.21.2 Financials 316

10.21.2.1 Overall Financials 316

10.21.2.2 Financials By Segments 317

10.21.2.3 Financials By Region 318

10.21.3 Key Developments 319

10.21.4 Analyst Insight 319

10.22 Takata Corporation Summary 320

10.22.1 Product Portfolio 320

10.22.2 Financials 322

10.22.2.1 Overall Financials 322

10.22.2.2 Financials By Segments 323

10.22.2.3 Financials By Region 324

10.22.3 Key Developments 325

10.22.4 Analyst Insight 326

10.23 TRW Automotive , Inc. Summary 326

10.23.1 Product Portfolio 327

10.23.2 Financials 329

10.23.2.1 Overall Financials 329

10.23.2.2 Financials By Segments 330

10.23.2.3 Financials By Region 331

10.23.3 Key Developments 332

10.23.4 Analyst Insight 333

10.24 Vishay Intertechnology Summary 334

10.24.1 Product Portfolio 334

10.24.2 Financials 336

10.24.2.1 Overall Financials 336

10.24.2.2 Financials By Segment 337

10.24.2.3 Financials By Region 338

10.24.3 Key Developments 339

10.24.4 Analyst Insight 340

11 List Of Tables

TABLE 1 SEMICONDUCTOR CONTENT IN ONE CAR ($) 32

TABLE 2 MARKET SHARE FOR TOP AUTOMOTIVE SENSOR PLAYERS TILL Q1 2018 37

TABLE 3 AVERAGE NUMBER OF SENSORS IN PASSENGER CARS BY VEHICLE TYPE IN DEVELOPED COUNTRIES 62

TABLE 4 AVERAGE NUMBER OF SENSORS IN PASSENGER CARS BY VEHICLE TYPE IN DEVELOPING COUNTRIES 63

TABLE 5 GLOBAL MARKET VOLUME FOR AUTOMOTIVE SENSORS IN PASSENGER CARS (MILLION UNITS), 2022โ€“2030 64

TABLE 6 GLOBAL MARKET VALUE FOR AUTOMOTIVE SENSORS IN PASSENGER CARS ($ MILLION), 2022โ€“2030 65

TABLE 7 KEY TRENDS OF PRESSURE SENSOR BODY SYSTEM 70

TABLE 8 GLOBAL MARKET VOLUME FOR AUTOMOTIVE PRESSURE SENSORS IN PASSENGER CARS (MILLION UNITS), 2022โ€“2030 72

TABLE 9 GLOBAL MARKET VALUE FOR AUTOMOTIVE PRESSURE SENSORS IN PASSENGER CARS ($MILLION), 2022โ€“2030 73

TABLE 10 GLOBAL MARKET VOLUME FOR AUTOMOTIVE TEMPERATURE SENSORS IN PASSENGER CARS (MILLION UNITS), 2022โ€“2030 78

TABLE 11 GLOBAL MARKET VALUE FOR AUTOMOTIVE TEMPERATURE SENSORS ($ MILLION), 2022โ€“2030 79

TABLE 12 KEY TRENDS OF BODY SYSTEM POSITION SENSOR 83

TABLE 13 GLOBAL MARKET VOLUME FOR AUTOMOTIVE POSITION SENSORS IN PASSENGER CARS (MILLION UNITS), 2022โ€“2030 85

TABLE 14 GLOBAL MARKET VALUE FOR AUTOMOTIVE POSITION SENSORS IN PASSENGER CARS ($MILLION), 2022โ€“2030 86

TABLE 15 KEY TRENDS OF MOTION SENSOR IN BODY SYSTEM 89

TABLE 16 GLOBAL MARKET VOLUME FOR AUTOMOTIVE MOTION SENSORS IN PASSENGER CARS (MILLION UNITS), 2022โ€“2030 92

TABLE 17 GLOBAL MARKET VALUE FOR AUTOMOTIVE MOTION SENSORS IN PASSENGER CARS ($MILLION), 2022โ€“2030 93

TABLE 18 KEY TRENDS OF OPTICAL SENSOR MARKET 100

TABLE 19 GLOBAL MARKET VOLUME FOR AUTOMOTIVE OPTICAL SENSORS IN PASSENGER CARS (MILLION UNITS), 2022โ€“2030 103

TABLE 20 GLOBAL MARKET VALUE FOR AUTOMOTIVE OPTICAL SENSORS IN PASSENGER CARS ($MILLION), 2022โ€“2030 104

TABLE 21 KEY TRENDS IN TORQUE SENSOR MARKET 106

TABLE 22 GLOBAL MARKET VOLUME FOR AUTOMOTIVE TORQUE SENSORS IN PASSENGER CARS(MILLION UNITS), 2022โ€“2030 108

TABLE 23 GLOBAL MARKET VALUE FOR AUTOMOTIVE TORQUE SENSORS IN PASSENGER CARS($MILLION), 2022โ€“2030 109

TABLE 24 KEY TRENDS IN POWER TRAIN GAS SENSORS 111

TABLE 25 GLOBAL MARKET VOLUME FOR AUTOMOTIVE GAS SENSORS IN PASSENGER CARS (MILLION UNITS), 2022โ€“2030 112

TABLE 26 GLOBAL MARKET VALUE FOR AUTOMOTIVE GAS SENSORS IN PASSENGER CARS ($MILLION), 2022โ€“2030 113

TABLE 27 GLOBAL MARKET VOLUME FOR AUTOMOTIVE LEVEL SENSORS IN PASSENGER CARS(MILLION UNITS), 2022โ€“2030 114

TABLE 28 GLOBAL MARKET VALUE FOR AUTOMOTIVE LEVEL SENSORS IN PASSENGER CARS ($MILLION), 2022โ€“2030 115

TABLE 29 GLOBAL MARKET VOLUME FOR AUTOMOTIVE OTHER SENSORS IN PASSENGER CARS (MILLION UNITS), 2022โ€“2030 116

TABLE 30 GLOBAL MARKET VALUE FOR AUTOMOTIVE OTHER SENSORS IN PASSENGER CARS($MILLION), 2022โ€“2030 117

TABLE 31 KEY DEVELOPMENTS IN AUTOMOTIVE MEMS SENSOR MARKET 124

TABLE 32 KEY DEVELOPMENTS IN AUTOMOTIVE MEMS SENSOR MARKET 128

TABLE 33 AVERAGE NUMBER OF SENSORS IN CHASSIS FOR CONVENTIONAL VEHICLES IN DEVELOPED REGIONS 133

TABLE 34 AVERAGE NUMBER OF SENSORS IN CHASSIS FOR CONVENTIONAL VEHICLES IN DEVELOPING REGIONS 134

TABLE 35 GLOBAL MARKET VOLUME OF SENSORS IN CHASSIS OF CONVENTIONAL FUEL CARS (MILLION UNITS), 2022โ€“2030 135

TABLE 36 GLOBAL MARKET VALUE OF SENSORS IN CHASSIS OF CONVENTIONAL FUEL CARS ($ MILLION), 2022โ€“2030 136

TABLE 37 AVERAGE NUMBER OF SENSORS IN POWER TRAIN FOR CONVENTIONAL VEHICLES IN DEVELOPED REGIONS 138

TABLE 38 AVERAGE NUMBER OF SENSORS IN POWER TRAIN FOR CONVENTIONAL VEHICLES IN DEVELOPING REGIONS 139

TABLE 39 GLOBAL MARKET VOLUME OF SENSORS IN POWER TRAIN OF CONVENTIONAL FUEL CARS (MILLION UNITS) 140

TABLE 40 GLOBAL MARKET VALUE OF SENSORS IN POWER SYSTEM OF CONVENTIONAL FUEL CARS ($ MILLION), 2022โ€“2030 140

TABLE 41 AVERAGE NUMBER OF SENSORS IN BODY SYSTEM FOR CONVENTIONAL VEHICLES IN DEVELOPED REGIONS 142

TABLE 42 AVERAGE NUMBER OF SENSORS IN BODY SYSTEM FOR CONVENTIONAL VEHICLES IN DEVELOPING REGIONS 142

TABLE 43 GLOBAL MARKET VOLUME OF SENSORS IN BODY SYSTEM OF CONVENTIONAL FUEL CARS (MILLION UNITS), 2022โ€“2030 143

TABLE 44 GLOBAL MARKET VALUE OF SENSORS IN BODY SYSTEM OF CONVENTIONAL FUEL CARS ($ MILLION), 2022โ€“2030 144

TABLE 45 AVERAGE NUMBER OF SENSORS IN CHASSIS OF ALTERNATIVE FUEL VEHICLES BY REGION TYPE 147

TABLE 46 GLOBAL MARKET VOLUME OF SENSORS IN CHASSIS OF ELECTRIC CARS (MILLION UNITS), 2022โ€“2030 147

TABLE 47 GLOBAL MARKET VALUE OF SENSORS IN CHASSIS OF ELECTRIC CARS ($MILLION), 2022โ€“2030 148

TABLE 48 AVERAGE NUMBER OF SENSORS IN POWER TRAIN OF ALTERNATIVE FUEL VEHICLES BY REGION TYPE 149

TABLE 49 GLOBAL MARKET VOLUME OF SENSORS IN POWER TRAIN OF ELECTRIC CARS(MILLION UNITS), 2022โ€“2030 149

TABLE 50 GLOBAL MARKET VALUE OF SENSORS IN POWER TRAIN OF ELECTRIC CARS ($ MILLION), 2022โ€“2030 150

TABLE 51 AVERAGE NUMBER OF SENSORS IN BODY SYSTEM OF ALTERNATIVE FUEL VEHICLES BY REGION TYPE 151

TABLE 52 GLOBAL MARKET VOLUME OF SENSORS IN BODY SYSTEM OF ELECTRIC CARS (MILLION UNITS), 2022โ€“2030 151

TABLE 53 GLOBAL MARKET VALUE OF SENSORS IN BODY SYSTEM OF ELECTRIC CARS ($ MILLION), 2022โ€“2030 152

TABLE 54 GLOBAL MARKET VALUE OF SENSORS IN HEAVY VEHICLES ($MILLION), 2022โ€“2030 153

TABLE 55 GLOBAL AUTOMOTIVE SENSOR MARKET VALUE ($ MILLION) FOR PASSENGER CAR, BY GEOGRAPHY, 2022โ€“2030 157

TABLE 56 GLOBAL AUTOMOTIVE SENSOR MARKET VALUE ($ MILLION) FOR HEAVY VEHICLES, BY GEOGRAPHY, 2022โ€“2030 158

TABLE 57 AMERICA AUTOMOTIVE SENSORS MARKET VALUE FOR PASSENGER CAR ($ MILLION), 2022โ€“2030 159

TABLE 58 THE US AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CARS ($ MILLION), 2022โ€“2030 162

TABLE 59 MEXICO AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CARS($ MILLION), 2022โ€“2030 163

TABLE 60 APAC AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CAR ($ MILLION), 2022โ€“2030 164

TABLE 61 JAPAN AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CAR ($ MILLION), 2022โ€“2030 167

TABLE 62 CHINA AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CAR ($ MILLION), 2022โ€“2030 170

TABLE 63 INDIA AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CAR ($ MILLION), 2022โ€“2030 171

TABLE 64 SOUTH KOREA AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CAR($ MILLION), 2022โ€“2030 173

TABLE 65 EUROPE AUTOMOTIVE SENSOR MARKET VALUE IN PASSENGER CAR ($ MILLION), 2022โ€“2030 174

TABLE 66 GERMANY AUTOMOTIVE SENSOR MARKET VALUE ($ MILLION), 2022โ€“2030 176

TABLE 67 THE UK AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CAR ($ MILLION), 2022โ€“2030 178

TABLE 68 REST OF THE WORLD AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CAR($ MILLION), 2022โ€“2030 179

TABLE 69 AFRICA AUTOMOTIVE SENSOR MARKET VALUE FOR PASSENGER CAR ($ MILLION), 2022โ€“2030 180

12 List Of FIGURES

FIGURE 1 XX RESEARCH METHODOLOGY 28

FIGURE 2 DIFFERENT PHASES OF RESEARCH METHODOLOGY FOR GLOBAL MARKET 29

FIGURE 3 AUTOMOTIVE SEMICONDUCTOR PRODUCT CATEGORIES 31

FIGURE 4 GLOBAL AUTOMOTIVE SENSOR MARKET VALUE ($ MILLION) BY VEHICLE TYPE, 2022โ€“2030 35

FIGURE 5 GLOBAL AUTOMOTIVE SENSOR MARKET VALUE ($ MILLION) BY GEOGRAPHY, 2022โ€“2030 36

FIGURE 6 COMPARING THE MARKET VALUE FOR PASSENGER CARS SENSOR MARKET VALUE, BY SENSOR TYPE (2018 AND 2025) 38

FIGURE 7 PORTERโ€™S FIVE FORCES ANALYSIS FOR THE GLOBAL AUTOMOTIVE INDUSTRY 49

FIGURE 8 BENEFITS CAR PROVIDES TO ITS MEMBERS 55

FIGURE 9 BENEFITS OF GENIVI MEMBERSHIP 56

FIGURE 10 BENEFITS OF OAA MEMBERSHIP 58

FIGURE 11 PRINCIPLES FOLLOWED BY AUTO ALLIANCE 59

FIGURE 12 USCAR MILESTONES 60

FIGURE 13 PRESSURE SENSOR AND AUTOMOTIVE APPLICATIONS 66

FIGURE 14 CHASSIS PRESSURE SENSORS 67

FIGURE 15 POWER TRAINPRESSURE SENSORS 68

FIGURE 16 BODY SYSTEMPRESSURE SENSOR 69

FIGURE 17 PRESSURE SENSOR PERCENTAGE BREAK UP: BY FUNCTIONAL APPLICATION 71

FIGURE 18 KEY APPLICATIONS OF AUTOMOTIVE TEMPERATURE SENSORS 74

FIGURE 19 POWER TRAINTEMPERATURE SENSOR 75

FIGURE 20 BODY SYSTEMTEMPERATURE SENSOR 76

FIGURE 21 TEMPERATURE SENSOR PERCENTAGE BREAK UP: BY FUNCTIONAL APPLICATION 77

FIGURE 22 KEY APPLICATIONS OF AUTOMOTIVE POSITION SENSORS 80

FIGURE 23 CHASSISPOSITION SENSOR 80

FIGURE 24 POWER TRAINPOSITION SENSOR 81

FIGURE 25 BODY SYSTEMPOSITION SENSOR 82

FIGURE 26 POSITION SENSOR PERCENTAGE BREAK UP: BY FUNCTIONAL APPLICATION 84

FIGURE 27 CHASSISMOTION SENSORS 87

FIGURE 28 POWER TRAINMOTION SENSOR 88

FIGURE 29 CHALLENGES FOR MOTION SENSOR BASED AUTOMATION SYSTEM 90

FIGURE 30 MOTION SENSORPERCENTAGE BREAK UP: BY FUNCTIONAL APPLICATION 91

FIGURE 31 KEY APPLICATIONS OF AUTOMOTIVE OPTICAL SENSORS 94

FIGURE 32 CHASSIS OPTICAL SENSORS 95

FIGURE 33 BODY SYSTEMOPTICAL SENSOR 96

FIGURE 34 OPTICAL SENSORS IN A MODERN VEHICLE 99

FIGURE 35 REAL TIME ON-ROAD VISION BASED SYSTEM 101

FIGURE 36 OPTICAL SENSOR PERCENTAGE BREAK UP : BY FUNCTIONAL APPLICATION 102

FIGURE 37 CHASSIS TORQUE SENSOR 105

FIGURE 38 POWER TRAINTORQUE SENSOR 106

FIGURE 39 TORQUE SENSOR PERCENTAGE BREAK UP: BY FUNCTIONAL APPLICATION 107

FIGURE 40 POWER TRAINGAS SENSOR 110

FIGURE 41 AUTOMOTIVE SENSOR BY TECHNOLOGY 118

FIGURE 42 AUTOMOTIVE VEHICLE TYPE 132

FIGURE 43 CHASSIS OF AN ELECTRIC VEHICLE 146

FIGURE 44 GEOGRAPHICAL ANALYSIS BREAKDOWN FOR THE GLOBAL AUTOMOTIVE SENSOR MARKET 156

FIGURE 45 KEY MERGERS & ACQUISITIONS: 183

FIGURE 46 KEY PRODUCT LAUNCH & DEVELOPMENT: 184

FIGURE 47 KEY PARTNERSHIPS, COLLABORATIONS & JOINT VENTURES: 186

FIGURE 48 OTHER KEY STRATEGIES 187

FIGURE 49 ANALOG DEVICES PRODUCT 189

FIGURE 50 ANALOG DEVICES OVERALLFINANCIALS ($MILLION), 2022โ€“2030 190

FIGURE 51 NET REVENUE BY SEGMENTS, 2022โ€“2030 191

FIGURE 52 NET REVENUE BY REGION, 2022โ€“2030 192

FIGURE 53 NET REVENUE BY PRODUCT, 2022โ€“2030 193

FIGURE 54 AVAGO TECHNOLOGIES MARKETS 196

FIGURE 55 AVAGO TECHNOLOGIES OVERALL FINANCIALS ($MILLION), 2022โ€“2030 197

FIGURE 56 NET REVENUE BY REGION, 2022โ€“2030 198

FIGURE 57 NET REVENUE BY SEGMENT, 2022โ€“2030 199

FIGURE 58 BOSCH SENSORTEC PRODUCTS 203

FIGURE 59 BOSCH OVERALL FINANCIALS ($ MILLION), 2022โ€“2030 204

FIGURE 60 NET REVENUE BY SEGMENT, 2022โ€“2030 205

FIGURE 61 NET REVENUE BY REGION, 2022โ€“2030 206

FIGURE 62 BOURNS INC. PRODUCTS 209

FIGURE 63 CONTINENTAL CORPORATION DIVISION 213

FIGURE 64 CONTINENTAL CORPORATION OVERALL FINANCIALS ($MILLION), 2022โ€“2030 213

FIGURE 65 NET REVENUE BY SEGMENT, 2022โ€“2030 215

FIGURE 66 NET REVENUE BY REGION, 2022โ€“2030 216

FIGURE 67 CTS CORPORATION PRODUCT SEGMENT 220

FIGURE 68 OVERALL FINANCIALS ($MILLION), 2022โ€“2030 221

FIGURE 69 NET REVENUE BY BUSINESS SEGMENTS, 2022โ€“2030 222

FIGURE 70 NET REVENUE BY REGION, 2022โ€“2030 223

FIGURE 71 DELPHI AUTOMOTIVE PRODUCT SEGMENTS 226

FIGURE 72 DELPHI AUTOMOTIVE LLP OVERALL FINANCIALS ($MILLION), 2022โ€“2030 227

FIGURE 73 NET REVENUE BY OPERATING SEGMENTS, 2022โ€“2030 228

FIGURE 74 NET REVENUE BY REGION, 2022โ€“2030 229

FIGURE 75 DENSO CORPORATION SEGMENTS 233

FIGURE 76 DENSO CORPORATION OVERALL FINANCIALS ($MILLION), 2022โ€“2030 234

FIGURE 77 NET REVENUE BY OPERATING SEGMENTS, 2022โ€“2030 235

FIGURE 78 NET REVENUE BY REGION, 2022โ€“2030 236

FIGURE 79 FREESCALE SEGMENTS SNAPSHOT 240

FIGURE 80 OVERALL FINANCIALS ($ MILLION), 2022โ€“2030 241

FIGURE 81 NET REVENUE BY SEGMENT, 2022โ€“2030 242

FIGURE 82 NET REVENUE BY REGION, 2022โ€“2030 243

FIGURE 83 GENERAL ELECTRIC MEASUREMENT AND CONTROL PRODUCTS 246

FIGURE 84 OVERALL FINANCIALS (PARENT COMPANY), ($ MILLION), 2022โ€“2030 247

FIGURE 85 NET REVENUE BY SEGMENT, 2022โ€“2030 248

FIGURE 86 NET REVENUE BY REGION, 2022โ€“2030 249

FIGURE 87 GILL SENSORS PRODUCTS SNAPSHOT 252

FIGURE 88 HELLA KGAA HUECK & CO PRODUCT DIVISION 255

FIGURE 89 HELLA OVERALL FINANCIALS ($MILLION), 2022โ€“2030 256

FIGURE 90 NET REVENUE BY SEGMENT, 2022โ€“2030 257

FIGURE 91 NET REVENUE BY REGION, 2022โ€“2030 258

FIGURE 92 INFINEON BUSINESS SEGMENT SNAPSHOT 262

FIGURE 93 OVERALL FINANCIALS($ MILLION), 2022โ€“2030 263

FIGURE 94 NET REVENUE BY SEGMENTS, 2022โ€“2030 264

FIGURE 95 NET REVENUE BY REGION, 2022โ€“2030 266

FIGURE 96 MELEXIS PRODUCTS BY APPLICATION SNAPSHOT 271

FIGURE 97 OVERALL FINANCIALS ($ MILLION), 2022โ€“2030 272

FIGURE 98 NET REVENUE BY SEGMENT, 2022โ€“2030 273

FIGURE 99 NET REVENUE BY REGION, 2022โ€“2030 274

FIGURE 100 MICRONAS SEMICONDUCTORS OPERATING SEGMENTS 277

FIGURE 101 MICRONAS OVERALL FINANCIALS ($ MILLION), 2022โ€“2030 278

FIGURE 102 NET REVENUE BY SEGMENT, 2022โ€“2030 279

FIGURE 103 NET REVENUE BY REGION, 2022โ€“2030 280

FIGURE 104 MURATA MANUFACTURING CO., LTD. PRODUCT SNAPSHOT 283

FIGURE 105 OVERALL FINANCIALS ($MILLION), 2022โ€“2030 284

FIGURE 106 NET REVENUE BY SEGMENT, 2022โ€“2030 285

FIGURE 107 NET REVENUE BY REGION, 2022โ€“2030 286

FIGURE 108 NGK SPARK PLUGS CO. LTD. PRODUCT SNAPSHOT 290

FIGURE 109 NGK SPARK PLUGS CO. LTD.: OVERALL FINANCIALS ($MILLION), 2022โ€“2030 291

FIGURE 110 NET REVENUE BY SEGMENTS, 2022โ€“2030 292

FIGURE 111 NET REVENUE BY REGION, 2011-14 293

FIGURE 112 OVERALL FINANCIALS ($ MILLION), 2022โ€“2030 297

FIGURE 113 NET REVENUE BY SEGMENT, 2022โ€“2030 298

FIGURE 114 NET REVENUE BY REGION, 2022โ€“2030 299

FIGURE 115 PANASONIC CORPORATION SEGMENTS 302

FIGURE 116 OVERALL FINANCIALS,($ MILION), 2022โ€“2030 303

FIGURE 117 NET REVENUE BY SEGMENT, 2022โ€“2030 304

FIGURE 118 NET REVENUE BY REGION, 2022โ€“2030 305

FIGURE 119 SENSATA TECHNOLOGIES PRODUCTS 309

FIGURE 120 TYPES OF SENSORS 309

FIGURE 121 SENSATA TECHNOLOGIES, INC. OVERALL FINANCIALS ($MILLION), 2022โ€“2030 310

FIGURE 122 NET REVENUE BY SEGMENTS, 2022โ€“2030 311

FIGURE 123 NET REVENUE BY REGIONS, 2022โ€“2030 312

FIGURE 124 STONERIDGE INC. PRODUCTS 315

FIGURE 125 OVERALL FINANCIALS ($MILLION), 2022โ€“2030 316

FIGURE 126 NET REVENUE BY SEGMENT, 2022โ€“2030 317

FIGURE 127 NET REVENUE BY REGION, 2022โ€“2030 318

FIGURE 128 TAKATA CORPORATION PRODUCT DIVISIONS 321

FIGURE 129 TAKATA CORPORATION OVERALL FINANCIALS ($ MILLION), 2022โ€“2030 322

FIGURE 130 NET REVENUE BY SEGMENTS, 2022โ€“2030 323

FIGURE 131 NET REVENUE BY REGION, 2022โ€“2030 324

FIGURE 132 TRW AUTOMOTIVE BUSINESS SEGMENT 327

FIGURE 133 TRW AUTOMOTIVE OVERALL FINANCIALS ($MILLION), 2022โ€“2030 329

FIGURE 134 SALES BY BUSINESS SEGMENTS, 2022โ€“2030 330

FIGURE 135 SALES BY REGION, 2022โ€“2030 331

FIGURE 136 VISHAY INTERTECHNOLOGY PRODUCTS 335

FIGURE 137 VISHAY INTERTECHNOLOGY, INC. OVERALL FINANCIALS ($MILLION), 2022โ€“2030 336

FIGURE 138 NET REVENUE BY OPERATING SEGMENTS, 2022โ€“2030 337

FIGURE 139 NET REVENUE BY REGION, 2022โ€“2030 338

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