Global In-Cabin 3D Sensing Technology Market Analysis Report 2021: Trends, Suppliers, Developments, Market Shipment, Pricing Trends, and Market Size

The “In-Cabin 3D Sensing Technology Market Analysis – Edition 2021” report has been added to’s offering.

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 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.

The report focuses on 5 major aspects of the market:

  1. 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

  2. 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

  3. Development Strategies Adopted by Leading Players to gain Market Share

  4. Market Size Estimation and Forecast – Shipment, Revenue, and Pricing Trends

  5. 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

This study In-cabin 3D Sensing Technology includes:

  • Market penetration of ADAS and autonomous driving technology by levels of automation in passenger and commercial vehicles industry

  • 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

  • 70+ OEMs and new autonomous vehicles companies analyzed which are actively integrating in-cabin 3D sensing sensors in their vehicle models

  • 3D sensing system design, software, and computing solutions providers and their customers analyzed

  • 3D sensing camera sub-component level analysis – CMOS image sensors, VCSEL, and optics suppliers analyzed

  • 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

  • Supply chain mapping – who is supplying to whom is covered in this report by OEM models

  • Detailed analysis on the strategic developments witnessed in recent couple of years are analyzed in this research study

  • 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

The report answers to majority of stakeholders in the in-cabin 3D sensing ecosystem:

  • OEMs

  • Robotic Vehicle Manufacturers

  • Tier 1s

  • Autonomous Driving Solutions Providers

  • In-cabin monitoring solutions companies

  • Driver monitoring camera companies

  • IR camera suppliers

  • IRIS recognition solutions providers

  • VCSEL suppliers

  • 3D software and computing solutions providers, among others.

Key Topics Covered:

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

Companies Mentioned

  • Affectiva

  • Ambarella

  • Aptiv

  • Arcsoft

  • ARM

  • Audi

  • Autoliv

  • bitsensing Inc.

  • BMW

  • Bosch [Robert Bosch GmbH]

  • Byton

  • Caaresys

  • Cadillac

  • Denso Corporation

  • EDGE3

  • Edgetensor Technologies Inc.

  • Eyeris

  • Eyesight Technologies (Cipia)

  • Eyeware

  • Faurecia

  • FCA

  • Ford

  • FotoNation (Xperi company)


  • Hyundai

  • Hyundai Mobis

  • idrive AI

  • Jaguar(JRL)

  • Jungo

  • Lexus

  • Mercedes Benz

  • Nauto

  • Nvidia

  • NXP

  • ON Semiconductor

  • Optalert

  • Osram

  • Path Partner

  • pmdtechnologies ag

  • PUX

  • Qualcomm

  • Renesas

  • Samsung

  • Seeing Machine

  • SenseTime

  • Smart Radar Systems

  • SmartEye

  • Sony Depthsensing Solutions

  • Subaru

  • Tesla

  • Texas Instruments, Inc.

  • Untouch Technology

  • Valeo

  • Vayyar

  • Veoneer

  • Visteon

  • Volvo

  • WM Motors

  • Xilinx

  • ZF

For more information about this report visit

View source version on

Laura Wood, Senior Press Manager
[email protected]
For E.S.T Office Hours Call 1-917-300-0470
For U.S./CAN Toll Free Call 1-800-526-8630
For GMT Office Hours Call +353-1-416-8900