"Worldwide Advanced Driver Assistance Systems Forecast, 2016–2020: Semiconductors in the Connected Car and the Changing Automotive Architecture" provides data for ADAS and microprocessors for 2015–2020, with analysis and commentary.
The increased adoption of more sophisticated ADAS function, which will eventually result in autonomous vehicles, continues to be one of the key factors driving the strong forecast growth of automotive semiconductors. As companies continue to develop the understanding of the sensor data, sensor fusion, and algorithms required for autonomous driving, the large quantities of real-time data that has to be processed could change the vehicle control architecture.
Worldwide Advanced Driver Assistance Systems Forecast, 2016–2020
TABLE OF CONTENTS
List of Attachments
IDC Market Forecast Figure
Figure: Worldwide Advanced Driver Assistance Systems Shipment Snapshot
Executive Summary
Advice for Technology Suppliers
Figure: Levels of Driving Automation
ADAS — Visual Systems
ADAS — Radar Systems
ADAS — Ultrasound
ADAS — V2X
ADAS — LiDAR
ADAS — Central Driver Assistance
STMicroelectronics
NXP
NVIDIA
Intel
Renesas Electronics
Market Forecast
Figure: Worldwide Passenger Car and Light Commercial Vehicle by Region, 2012–2020
Table: Worldwide Advanced Driver Assistance Systems by Sensor System, 2015–2020 (M)
Table: Worldwide Automotive Sensor System and Central Driver Assistance Systems Embedded Processor Revenue, 2015–2020 ($M)
Market Context
Drivers and Inhibitors
Drivers
Government Regulations
New Automobile Entrants
Consumer Expectations
Inhibitors
Cost
Security Concerns
Significant Market Developments
Changes from Prior Forecast
Market Definition
ADAS Functionality
Table: Advanced Driver Assistance Systems Examples and Detection Sensor Technology Used
Methodology
Related Research
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