下一代汽车传感器

本报告分析了全球各种汽车雷达的最新技术和市场趋势，当前的技术水平和未来发展的可能性，最新雷达技术的主要要求和需求驱动因素，我们将为您提供信息，例如由于引入技术和未来市场规模趋势而导致的市场结构变化。

文字中提到的公司：

目录

第1章执行摘要

• 由于冗余要求，促进了对新传感器的需求
• 传统传感器的演变
• 相机传感器的优势
• 激光雷达市场动荡
• L2 +现象：将汽车传感器市场分为两部分
• 每种传感器模式的SWOT分析

第2章简介

• 相机传感器的优势
• 需要其他传感器
• 二级和三级传感器的主要特征

第3章雷达

• 汽车雷达技术的现状
• 雷达强度
• 雷达无力
• 结论

第4章HD（高清）雷达

• Continental ARS540
• Arbe HD Radar
• NXP
• Intel Mobileye
• 结论

第5章LiDAR

• 脉冲ToF（飞行时间）LiDAR
• FMCW（调频连续波）LiDAR
• NIR/SWIR（近红外/短波红外）LiDAR
• 结论

第6章短波红外（SWIR）摄像机

• SWIR摄像机的优势
• 传播障碍
• 结论

第7章FIR（远红外）传感器

• 耐环境光
• 结论

第8章感知系统的演化：全局

• 主动安全性和ADAS
• 自动驾驶
• 机器人出租车（无人出租车）
• 乘用车自动化

第9章市场预测

• 高清雷达/图像雷达/4D雷达预测
• 雷射光雷达

Actionable Benefits:

• Identify when new sensor technologies will gain traction and their growth potential.

• Understand customer decision criteria when choosing new sensor technologies.

• Develop sensor technologies to fulfil customer requirement, stretching from basic ADAS to fully autonomous driving.

Critical Questions Answered:

• Which autonomous functions can cameras enable, and what support is needed from secondary and tertiary sensors?

• What role will radar play in the sensor suites of highly autonomous vehicles?

• How will the introduction of SWIR and FMCW approaches disrupt the automotive LiDAR market?

• What effect will the transfer from SAE Level 3 to SAE Level2+ have on the market for secondary and tertiary automotive sensors?

Research Highlights:

• Snapshot SWOT analysis of camera, radar, HD radar, NIR LiDAR, SWIR LiDAR, FMCW LiDAR, SWIR camera and FIR camera.

• Shipment and revenue forecast for HD radar, ToF NIR LiDAR, ToF SWIR LiDAR, FMCW SWIR LiDAR.

• Analysis of the characteristics of secondary and tertiary sensors, including orthogonality to camera test.

Who Should Read This?

• OEM and Tier 1 CTO and CRO.

• ADAS product owners at OEMs, Tier 1 suppliers and automotive semiconductor.

• Strategic decision makers within autonomous function deployers.

• Innovation leaders within automotive sensor startups.

Companies Mentioned:

TABLE OF CONTENTS

1. EXECUTIVE SUMMARY

• 1.1. Redundancy Requirements Drive Demand for New Sensors
• 1.2. Evolution of Legacy Sensors
• 1.3. Dominance of Camera Sensors
• 1.4. LiDAR Market Disruption
• 1.5. The L2+ Phenomenon will Bifurcate the Automotive Sensor Market
• 1.6. SWOT Analyses of Each Sensor Mode

2. INTRODUCTION

• 2.1. The Dominance of Camera Sensors
• 2.2. The Need for Additional Sensors
• 2.3. Key Characteristics of Secondary and Tertiary Sensors

3. RADAR

• 3.1. The Current State of Radar Technology in Automotive
• 3.2. Strenghts of Radar
• 3.3. Weaknesses of Radar
• 3.4. Conclusions

4. HD RADAR

• 4.1. Continental ARS540
• 4.2. Arbe HD Radar
• 4.3. NXP
• 4.4. Intel Mobileye
• 4.5. Conclusions

5. LIDAR

• 5.1. Pulsed/ToF LiDAR
• 5.2. FMCW LiDAR
• 5.3. NIR and SWIR LiDAR
• 5.4. Conclusions

6. SWIR CAMERAS

• 6.1. Strenghts of SWIR CAMERAS
• 6.2. Barriers to Adoption
• 6.3. Conclusions

7. FIR SENSORS

• 7.1. Robustness to Ambient Lighting
• 7.2. Conclusions

8. PERCEPTION SYSTEM EVOLUTION: A HOLISTIC VIEW

• 8.1. Active Safety and ADAS
• 8.2. Autonomous Driving
• 8.3. Robotaxis
• 8.4. Passenger Vehicle Automation

9. MARKET FORECASTS

• 9.1. HD Radar/Imaging Radar/4D Radar Forecasts
• 9.2. LiDAR