Summary
この調査レポートは主要6産業におけるインキャビン3Dセンシング技術と市場を詳細に調査・分析しています。
調査対象産業
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スマートフォン(コンシューマ)
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ADASと自動運転
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UAV
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産業
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航空宇宙と防衛
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医療
主な掲載内容(目次より抜粋)
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調査対象企業リスト
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調査範囲と調査手法
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市場展望と予測
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市場成長促進要因
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インキャビンセンシングシステムとその用途
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インキャビンセンシング技術
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産業概要
The Sensing and Optoelectronics Vertical of M14 Intelligence continuously tracks and analyzes trends, suppliers, developments, market shipment, pricing trends, and market size of different component level and sub-component level of sensing systems used across 6 industries – smartphones (consumer), ADAS and Autonomous Driving, UAV, Industrial, Aerospace & Defense, and Medical.
This report on In-cabin 3D Sensing Technology and Market Analysis is an outcome of our unparallel research database on automotive 3D sensing industry and ~800 interviews in last 2 years with leading brands in the automotive industry.
The report answers to majority of stakeholders in the in-cabin 3D sensing ecosystem
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OEMs
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Robotic Vehicle Manufacturers
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Tier 1s
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Autonomous Driving Solutions Providers
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In-cabin monitoring solutions companies
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Driver monitoring camera companies
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IR camera suppliers
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IRIS recognition solutions providers
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VCSEL suppliers
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3D software and computing solutions providers, among others.
The report focuses on 5 major aspects of the market
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Customers Analysis (OEMs/Tier1s/Autonomous Driving New Entrants) – Requirements, Autonomy Capabilities for Level 3 and above, Maturity of Autonomous Driving, Ambitions for Level 3 and above systems, R&D spend (current and planned) for ADAS and AD, Focus on Autonomy (Highway Driving and Urban Driving), and Systems Developed for In-cabin Monitoring and Gesture Recognition
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Suppliers Assessment (In-cabin 3D camera companies, 3D face recognition companies, IRIS recognition companies, Passengers/Occupant recognition companies, Gesture Recognition Companies) – Market Presence, Partnerships & Collaborations, Solutions Provided, and Future Plans
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Development Strategies Adopted by Leading Players to gain Market Share
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Market Size Estimation and Forecast – Shipment, Revenue, and Pricing Trends
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Sub-component level analysis of in-cabin 3D sensing system (price breakdown, shipment, market size, and supplier mapping with OEMs/Tier1s/Technology Providers) – 3D camera module, NIR sensor, VCSEL illumination, software & computing, 3D system design, and optical elements
The report analyzes the market penetration of in-cabin 3D sensing system for level 2 cars and expected market penetration for level 3 and above vehicles. The report also analyzes all the different methods for analyzing the driver behavior and gesture recognition for infotainment system – structured light technique and TOF technique.
With this research, we aim to bring a fact-based evaluation of the 3D sensing in in-cabin system and help you create your next go-to market strategy to position yourself as a key player in this swiftly evolving landscape.
This study In-cabin 3D Sensing Technology includes:
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Market penetration of ADAS and autonomous driving technology by levels of automation in passenger and commercial vehicles industry
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Market penetration of in-cabin 3D sensing camera technologies for driver monitoring, gesture recognition, occupant monitoring, iris recognition, and face recognition across level 2 and above OEM vehicles by brands, models, and trim levels
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70+ OEMs and new autonomous vehicles companies analyzed which are actively integrating in-cabin 3D sensing sensors in their vehicle models
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3D sensing system design, software, and computing solutions providers and their customers analyzed
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3D sensing camera sub-component level analysis—CMOS image sensors, VCSEL, and optics suppliers analyzed
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Shipments, market size, and pricing analysis of in-cabin 3D camera sensors along with the sub-component market analysis is exhaustively covered in this research study
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Supply chain mapping—who is supplying to whom is covered in this report by OEM models
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Detailed analysis on the strategic developments witnessed in recent couple of years are analyzed in this research study
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Market share analysis of CMOS image sensor players, VCSEL players, 3D system, software, and computing players, and Tier 1 suppliers is covered in this report
Below is the list of section covered
ADAS and Autonomous Vehicles Demand Analysis
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Historic quarterly and yearly ADAS and AV sales analysis
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Estimation and forecast of ADAS & AV sales till 2030
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ADAS & AV market by level of automation
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Penetration of AI and machine learning
In-cabin 3D Sensing Camera Technologies
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Structured Light
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Time-of-Flight (TOF)
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Active Stereo Vision (ASV)
In-cabin 3D Sensing Market Penetration, Sales, Market Size Forecast
3D sensing cameras market penetration rate, market revenue ($ million), shipment (million units), and ASP ($), breakdown by –
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Technology type – Structured light and TOF
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DMS, Gesture recognition, occupancy monitoring, biometric recognition
In-cabin 3D Sensing Component Level Market Analysis
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3D Sensing component level market analysis and breakdown by type of technology –
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3D sensing camera module
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NIR and RGB sensor
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Illumination
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3D system design
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Optical Path
Future Trends Mapping
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Future technological innovations in the automotive 3D sensing
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TOF vs Structured Light
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VCSEL vs EEL – Increasing penetration of VCSEL
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Wafer level Optics for illumination
Competition Assessment
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Competition between OEMs for in-cabin 3D sensing features
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Competition between 3D camera module companies to serve OEMs
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Competition between illumination players (VCSEL and EEL)
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Competition between sensor suppliers
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Competition between 3D system design players
Inorganic Development Strategies
Partnership mapping – OEMs, 3D camera module suppliers, sensor suppliers, illumination source suppliers, optical elements suppliers, 3D system design players, software and 3D computing players
M&As, Collaborations, Agreements, Funding, and Investments
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Table of Contents
Table of Contents
1. LIST OF COMPANIES RESEARCHED
2. RESEARCH SCOPE RESEARCH METHODOLOGY
3. MARKET OUTLOOK AND FORECAST
3.1. IMPACT OF COVID-19 PANDEMIC ON VEHICLE SALES IN 2020
3.2. DEMAND EXPECTED TO NORMALISE POST 2021
3.3. TOTAL ADDRESSABLE MARKET FOR IN-CABIN SENSING TECHNOLOGY
3.4. IN-CABIN SENSING EQUIPPED VEHICLES DEMAND BY LEVELS OF AUTONOMY
3.5. IN-CABIN SENSING SYSTEMS SHIPMENTS BY REGIONAL MARKETS
3.6. IN-CABIN SENSING TECHNOLOGY TAM VALUE AND FORECAST
4. MARKET GROWTH DRIVERS
5. IN-CABIN SENSING SYSTEMS AND THEIR APPLICATIONS
6. IN-CABIN SENSING TECHNOLOGIES
6.1. NIR CAMERA SENSING FOR IN-CABIN MONITORING
6.2. RADAR SENSING FOR IN-CABIN MONITORING
7. INDUSTRY OVERVIEW
7.1. DMS AND/OR OMS APPLICATIONS BY OEMS (EXISTING AND PLANNED)
7.2. DMS AND/OR OMS SOLUTION DEVELOPERS
7.3. OEM PARTNERSHIP WITH DMS SUPPLIERS
7.4. TIER 1 PARTNERSHIP WITH DMS SUPPLIERS
List of Tables
Exhibit 1 Passenger Vehicle Historical Sales Trends, 2009 to 2020
Exhibit 2 Passenger Vehicle Sales Breakdown by Country/Region, 2020
Exhibit 3 Passenger Vehicle Sales Forecast with Impact of COVID-19, 2020 to 2030
Exhibit 4 Passenger Vehicle Sales Forecast, Breakdown by Top Automotive Market, 2020 to 2030
Exhibit 5 Total Number of Passenger Vehicles vs Total Number of Passenger Vehicles with In-cabin Monitoring, Estimation and Forecast, 2019 to 2030
Exhibit 6 Market Penetration of In-cabin Sensing Technology in Passenger Vehicles Industry, Estimation and Forecast, 2019 to 2030
Exhibit 7 Levels of Autonomy vs DMS Requirements
Exhibit 8 Passenger Vehicle Sales Breakdown by Levels of Automation, 2019 to 2030
Exhibit 9 Total Number of Passenger Vehicles Equipped with In-cabin Sensing Technology, Breakdown by Levels of Automation, 2019 to 2030
Exhibit 10 In-cabin Sensing Technology Shipments by Regions and Countries, 2020, 2021, and 2030
Exhibit 11 In-cabin Sensing Technology Total Addressable Market Value, 2019 to 2030
Exhibit 12 In-cabin Sensing Technology Volume Shipment, Breakdown by Drive Monitoring and Occupant Monitoring System, 2019 to 2030
Exhibit 13 In-cabin Sensing Technology Volume Shipment, Breakdown by IR-camera based and Radar based Systems, 2019 - 2030
Exhibit 14 3D NIR Camera for In-cabin Monitoring Shipment and Market Size by Value, 2019 to 2030
Exhibit 15 Radar based Sensing Technology Shipment and Market Size by Value, 2019 to 2030