Automotive Millimeter-wave (MMW) Radar Industry Report, 2022
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Automotive radar research: installations surged by 49.5% year on year in 2021, and by 35.4% in the first nine months of 2022.

1. The installations of automotive radars sustain growth, and are expected to reach more than 24 million units in 2025

In 2021, the installations of radars in new passenger cars in China reached 12.241 million units, jumping by 49.5% from 8.187 million units in 2020; from January to September 2022, the installations achieved 11.391 million units, a 35.4% surge compared with 8.414 million units in the same period of 2021. As L2.5 and L2.9 autonomous driving come into real commercial use, the automotive radar market will still gain momentum, with more radars per vehicle. It is estimated that the installations will be over 24 million units in 2025.

Radar 1_副本.png

2. In 2022, the proportion of multi-radar solutions in vehicle models on offer increases, of which 3R and 5R solutions grow fastest.

In terms of vehicle hardware solutions, from January to September 2022, there were 678 new passenger car models launched on market in China, of which 22.1% packed 1R solutions, up 3.1 percentage points from the prior-year period; 4% carried 2R solutions, up 0.3 percentage points; 18.7% were equipped with 3R solutions, up 5 percentage points; 8.7% were installed with 5R solutions, up 5.2 percentage points.

Radar 2_副本.png

Wherein, 3R and 5R solutions sustained the fastest growth, mainly because:
(1) Many of the new models launched in 2022 pack 3R and 5R solutions. Examples include Audi Q5 e-tron equipped with a 3R1V solution, and Xpeng G9 offering two 5R solutions (5R1V2L/5R1V).

Radar 3_副本.png

(2) The 2022 new models of some cars carry upgraded solutions. For example, the 2022 models of Volvo XC60 pack a 3R1V solution as a standard configuration, while the 2021 models feature a standard configuration of 1R1V and 3R1V is a high configuration; the 2022 models of BYD Han add the high configuration of a 5R1V solution and are equipped with the standard 1R1V solution, also a standard configuration for the 2021 models.

Radar 4_副本.png

3. The new-generation forward radars deliver a detection range up to 300 meters.

From suppliers, it can be seen that in the first nine months of 2022, foreign forward radar companies still played a dominant role, with installations sweeping over 96% of the total. Suppliers were led by Bosch, Denso, and Continental.

As radar technology keeps iterating, the parameters are also being improved. The latest generation of forward radars launched by suppliers during 2020-2022 offers a common maximum detection range of 300m, about 50-100m longer than the previous generation.

For example, FLR7, a forward-facing radar launched by Aptiv in 2022, features 4D imaging and a detection range of 300m (50m longer than the previous generation product). As Aptiv's seventh-generation radar (Gen7), it incorporates air-waveguide antenna technology based on proprietary intellectual property and a unique design.

Radar 5_副本.png

Hawkeye Technology, established in 2015 and headquartered in Nanjing, specializes in research and application of 76~81GHz automotive radars for passenger cars and transportation. FR601 Hawkeye Technology introduced in 2022 delivers a detection range of 300m (70m longer than the previous generation product), HFOV of 100° and VFOV of 20°, and detects as many as 1,024 targets.

Radar 6_副本.png

4. 77GHz is the current mainstream of corner radars, and 79GHz is the future trend.

79GHz corner radar well outperforms 77GHz and 24GHz radars. 77GHz radar with limited bandwidth below 1GHz (76-77GHz) fails to enable high resolution. 79GHz corner radar with bandwidth of 4GHz (77-81GHz) is a better option in the case of high resolution required. Compared with 24GHz radar, 79GHz radar allows for design of more transceiver arrays in the same size to form a larger transmit aperture and narrower beams, thus offering higher angular resolution.

At present, among the foreign suppliers of corner radar products, Continental and Hyundai Mobis have turned to 79GHz from 77GHz. Continental unveiled 79GHz corner radar SRR600 in 2021, with a detection range of 180m (80m longer than the previous-generation product), and HFOV of 180°; Hyundai Mobis released 79GHz corner radar MAR110 in 2021, with a detection range of 80m (10m longer than the previous generation product), and HFOV of 150°.

Panasonic Automotive launched a 4D 79GHz corner radar in 2022, with a detection range of 80m and HFOV of 100°. In 2021, it announced a 3D MIMO 79GHz corner radar with a detection range of 42m and HFOV of 180°.

Among Chinese suppliers, Hawkeye Technology has turned to 79GHz corner radar products from 77GHz. In 2021, it introduced CR521, a 79GHz corner radar with a detection range of 90m, HFOV of 150°, and VFOV of 30°.

Wuhu SensorTech and Linpowave have launched their second-generation 79GHz corner radars. Wherein, SensorTech released the second-generation 79GHz corner radar STA79-2 in 2020, with a detection range of 110m and HFOV of 150°; in 2021, it introduced STA79-1, the first-generation 79GHz corner radar with a detection range of 80m and HFOV of 150°.

Radar 7_副本.png

Linpowave released the second-generation 79GHz corner radar VJ80 in 2021, with a detection range of 80m and HFOV of 120°; in 2019, it announced VJ40, the first-generation 79GHz corner radar with a detection range of 40m and HFOV of 120°.

Radar 8_副本.png

5. Chinese suppliers work to deploy 4D radars, having announced the first-generation products.

In addition to the distance, azimuth, and speed that can be detected by conventional 3D radars, 4D radars can also detect height. Moreover, 4D radars feature a high angular resolution and the ability to classify static obstacles. There are three key 4D radar technology routes: multi-receiver and multi-transmitter chip, synthetic aperture imaging + antenna design, and metamaterials.
Among current foreign suppliers, Aptiv and Smartmicro have released second-generation 4D radars. Aptiv has introduced the second-generation 4D forward-facing radar FLR7 in 2022, with a detection range of 300m; in 2021, it announced FLR4+, its first-generation 4D forward-facing radar that delivers a detection range of 300m.

Smartmicro, a radar technology company established in 1997 and headquartered in Germany, mainly provides traffic radars and Automotive Radars. The company is expected to announce its second-generation 4D corner radar with a detection range of 130m and HFOV of 140°, in late 2022 or 2023. Its first-generation 4D corner radar UMRR-96 was introduced in 2019, with a detection range of 120m and HFOV of 130°.

Radar 9_副本.png

Chinese suppliers follow suit. In 2022, ChengTech Technology launched 4D front radar CTLRR-410, with a detection range of 220m and HFOV of 90°, and the 4D corner radar CTMRR-410, with a detection range of 110m and HFOV of 150°. Muniu Tech released 4D front radar I79 in July 2022, which is its third-generation front radar, and also its first-generation 4D front radar, with a detection range of 350m. 

Radar 10_副本.png

1 Introduction to Automotive Radar
1.1 Overview of Automotive Radar
1.1.1 Technologies 
1.1.2 Composition
1.1.3 Classification
1.1.4 Frequencies
1.1.5 Main Automotive Radar Frequency Spectrum Technology Routes of Major Countries
1.1.6 Development History of Automotive Radar Technology
1.2 Overview of 4D Radar
1.2.1 Overview 
1.2.2 Advantages
1.2.3 Technology Routes
1.2.4 Applied Vehicle Models

2 Market and Trends 
2.1 Status Quo
2.1.1 Status Quo - Overall Situation
2.1.2 Status Quo - Forward Radar
2.1.3 Status Quo - Corner Radar
2.1.4 Status Quo - Radar Solutions by Model Sales  
2.1.5 Status Quo - Radar Solutions of Emerging Carmakers
2.1.6 Market Forecast - Installations
2.2 Development Trends of Automotive Radar
2.2.1 Product Trend 1
2.2.2 Product Trend 2
2.2.3 Product Trend 3
2.2.4 Product Trend 4
2.2.5 Product Trend 5

3 Summaries of Major Companies and Products
3.1 Summary of Major Companies
3.2 Summary of Products

4 Foreign Passenger Car Radar Companies
4.1 Continental
4.1.1 Profile
4.1.2 Revenue
4.1.3 Product Classification
4.1.4 Automotive Radar Product - Forward Radar
4.1.5 Radar Product - Corner Radar
4.1.6 Solution - Occupant Monitoring System (OMS)
4.1.7 Summary of Radar Products
4.1.8 Development History of Radar Products
4.1.9 Radar-based Solutions - Autonomous Driving
4.1.10 Radar-based Solutions - ADAS 
4.1.11 Sensor Fusion Technology 
4.1.12 Radar Technology Events & Market Layout
4.2 Bosch
4.2.1 Profile
4.2.2 Revenue
4.2.3 Product Classification
4.2.4 Radar Products - Forward Radar
4.2.5 Radar Products - Corner Radar
4.2.6 Summary of Radar Products
4.2.7 Development History of Radar Products
4.2.8 Classification of Radar-based Solutions
4.2.9 Radar-based Solutions - Autonomous Driving
4.2.10 Radar-based Solutions - Automated Parking
4.2.11 Radar-based Solutions - ADAS
4.2.12 Sensor Fusion Technology
4.2.13 Radar Partners & Major Clients
4.3 ZF
4.3.1 Profile
4.3.2 Revenue
4.3.3 Product Classification
4.3.4 Automotive Radar Products - Front Radar
4.3.5 Automotive Radar Products - Corner Radar
4.3.6 Summary of Automotive Radar Products 
4.3.7 Development History of Automotive Radar Products
4.3.8 Radar-based Solutions - Autonomous Driving/Driving-Parking Integration
4.3.9 Radar-based Solutions - Automated Parking
4.3.10 Partners/Major Clients & Development Planning
4.4 Aptiv
4.4.1 Profile
4.4.2 Revenue
4.4.3 Automotive Radar Products - Front Radar
4.4.4 Automotive Radar Products - Corner Radar
4.4.5 Automotive Radar Products - Radar/Mono Camera Fusion Products
4.4.6 Summary of Radar Products
4.4.7 Development History of Radar Products
4.4.8 Radar-based Solution - ADAS Platform
4.4.9 Radar Partners & Clients
4.5 Veoneer
4.5.1 Profile
4.5.2 Revenue
4.5.3 Product Classification
4.5.4 Automotive Radar Products - Front Radar
4.5.5 Automotive Radar Products - Corner Radar
4.5.6 Summary of Automotive Radar Products
4.5.7 Development History of Radar & Product Roadmap
4.5.8 Radar-based Solution - Autonomous Driving
4.5.9 Autonomous Driving Development Planning
4.5.10 Product Implementation
4.5.11 Partners & Major Clients
4.5.12 Customer Distribution of Autonomous Driving Products
4.5.13 Development History
4.6 Denso
4.6.1 Profile  
4.6.2 Revenue
4.6.3 Development History of Autonomous Driving Products
4.6.4 Development History of Radar
4.6.5 Radar Products
4.6.6 Summary of Radar Products
4.6.7 Radar Partners & Clients
4.6.8 Investment in Automotive Radar Companies
4.6.9 ADAS Solutions
4.6.10 Autonomous Driving Development Planning
4.6.11 Long-term Development Plan
4.6.12 Product Layout of Subsidiary Denso Ten
4.7 Valeo
4.7.1 Profile
4.7.2 Revenue
4.7.3 Product Classification & Major Clients
4.7.4 Automotive Radar Products
4.7.5 Development History of Radar Products & Partners
4.7.6 Radar-based Autonomous Driving Solutions 
4.8 Hella
4.8.1 Profile
4.8.2 Revenue
4.8.3 Product Classification
4.8.4 Automotive Radar Product: 360° Radar
4.8.5 Development History of Radar Products
4.8.6 Old Automotive Radar Product: 24GHz Radar
4.8.7 Radar Partners & Major Clients
4.9 Hyundai Mobis
4.9.1 Profile
4.9.2 Operation
4.9.3 Classification of Autonomous Driving Products & Major Clients
4.9.4 Automotive Radars - Front Radar
4.9.5 Automotive Radars - Corner Radar
4.9.6 Internal Monitoring Systems – In-cabin Monitoring System (IMS) & Driver Monitoring System (DMS)
4.9.7 Summary of Automotive Radar Products
4.9.8 Autonomous Driving Development Planning
4.10 Panasonic Automotive
4.10.1 Profile
4.10.2 Automotive Radar Product – Corner Radar
4.10.3 Summary of Automotive Radar Products
4.11 Smartmicro
4.11.1 Profile & Product Classification & Partners
4.11.2 Automotive Radar Products - Front Radar
4.11.3 Automotive Radar Products - Front/Rear Radar
4.11.4 Automotive Radar Products - Corner Radar
4.11.5 Summary of Automotive Radar Products 
4.12 Lunewave
4.12.1 Profile
4.12.2 Automotive Radar Product - Front Radar

5 Chinese Passenger Car Radar Companies
5.1 Sensortech
5.1.1 Profile & Product Classification
5.1.2 Automotive Radar Products - Front Radar
5.1.3 Automotive Radar Products - Corner Radar
5.1.4 Automotive Radar Products - Cockpit Radar
5.1.5 Automotive Radar Products - Side Radar
5.1.6 Automotive Radar Products - Tailgate Radar
5.1.7 Summary of Automotive Radar Products
5.1.8 Solution – Multi-radar Solution 
5.1.9 Development History
5.1.10 Development Layout
5.2 Autoroad
5.2.1 Profile & Product Classification
5.2.2 Automotive Radar Products - Front Radar
5.2.3 Automotive Radar Products - Corner Radar
5.2.4 Automotive Radar Products - Side Radar
5.2.5 Summary of Radar Products
5.2.6 Development History
5.2.7 Development Layout
5.2.8 Automotive Radar Products Planning & Technical Solutions
5.3 Eradar 
5.3.1 Profile
5.3.2 Product Classification & Development History
5.3.3 Automotive Radar Products - Front Radar
5.3.4 Automotive Radar Products - Corner Radar & Cockpit Radar
5.3.5 Summary of Radar Products
5.4 Intibeam
5.4.1 Profile & Product Classification
5.4.2 Automotive Radar Products - Front Radar
5.4.3 Automotive Radar Products - Corner Radar
5.4.4 Summary of Radar Products
5.5 Muniu Tech
5.5.1 Profile
5.5.2 Product Classification
5.5.3 Automotive Radar Products - Front Radar
5.5.4 Automotive Radar Products - Corner Radar
5.5.5 Summary of Radar Products
5.5.6 Positioning and Development Trends of Automotive Radar Products
5.6 Nanoradar Science &Technology
5.6.1 Profile
5.6.2 Product Classification
5.6.3 Automotive Radar Products - Front Radar
5.6.4 Automotive Radar Products - Corner Radar
5.6.5 Summary of Radar Products
5.6.6 Development History
5.7 Chuhang Tech
5.7.1 Profile
5.7.2 Product Classification & Partners
5.7.3 Automotive Radar Products - Front Radar
5.7.4 Automotive Radar Products - Corner Radar
5.7.5 Automotive Radar Products - Cockpit Radar
5.7.6 Summary of Radar Products
5.7.7 Development History
5.7.8 R&D and Production Layout
5.7.9 Products and Technology Route
5.8 ChengTech Technology
5.8.1 Profile & Product Classification
5.8.2 Automotive Radar Products - Front Radar
5.8.3 Automotive Radar Products - Cockpit Radar 
5.8.4 Summary of Radar Products
5.8.5 Radar-based Solutions
5.8.6 Development History
5.8.7 Product Implementation
5.9 Morgina
5.9.1 Profile
5.9.2 Automotive Radar Products
5.10 Suzhou Millimeter-wave Technology Co., Ltd.
5.10.1 Profile
5.10.2 Automotive Radar Products - 24/77/79GHz Radar
5.10.3 Automotive Radar Products - Radar/Camera All-in-one
5.10.4 Development Strategy
5.11 Hawkeye Technology
5.11.1 Profile & Product Classification
5.11.2 Automotive Radar Products - Front Radar
5.11.3 Automotive Radar Products - Corner Radar
5.11.4 Summary of Automotive Radar Products
5.11.5 Development History
5.12.1 Profile & Product Classification
5.12.2 Automotive Radar Products - Front Radar
5.12.3 Automotive Radar Products - Corner Radar
5.12.4 Automotive Radar Products- Cockpit Radar
5.12.5 Summary of Automotive Radar Products
5.12.6 Development History
5.13 Linpowave
5.13.1 Profile & Product Classification
5.13.2 Automotive Radar Products - Front Radar
5.13.3 Automotive Radar Products - Corner Radar
5.13.4 Summary of Automotive Radar Products
5.13.5 Major Clients & Partners
5.14 TransMicrowave 
5.14.1 Profile & Product Classification
5.14.2 Automotive Radar Products - Front Radar
5.14.3 Automotive Radar Products - Corner Radar
5.14.4 Summary of Automotive Radar Products
5.15 Microbrain Intelligent
5.15.1 Profile & Product Classification
5.15.2 Automotive Radar Product - Corner Radar
5.15.3 Summary of Automotive Radar Products
5.15.4 Development History
5.16 Huayu Automotive Systems
5.16.1 Profile & Product Classification
5.16.2 Revenue
5.16.3 Classification of Automotive Radar Products
5.16.4 Automotive Radar Products-Front Radar
5.16.5 Summary of Automotive Radar Products
5.16.6 Radar-based Solutions
5.16.7 Development History of Automotive Radar Products
5.16.8 Major Clients
5.17 Nova Electronics
5.17.1 Profile
5.17.2 Product Classification & Major Clients/Partners
5.17.3 Front Radar & Corner Radar Product Roadmap
5.17.4 Automotive Radar Products - Product Summary & Overview
5.17.5 Automotive Radar Products - 4D Imaging Radar
5.17.6 Summary of Automotive Radar Products
5.17.7 Solutions & Market Strategy
5.17.8 Market Strategy & Development Plan
5.18 Shanghai Baolong Automotive Corporation 
5.18.1 Profile
5.18.2 Revenue
5.18.3 Product Classification
5.18.4 Automotive Radar Products - Front Radar
5.18.5 Automotive Radar Products - Front Radar & Corner Radar
5.18.6 Summary of Automotive Radar Products
5.18.7 Solution - Autonomous Driving
5.18.8 ADAS Product Layout
5.19 Anzhi Auto
5.19.1 Profile
5.19.2 Product Classification & Old Products
5.19.3 Automotive Radar Products - Front Radar & Sensor Fusion
5.20 Fusionride 
5.21 Geometrical-PAL

6 4D Radar Companies
6.1 Arbe Robotics
6.1.1 Profile
6.1.2 Revenue & Product Classification & Product Implementation
6.1.3 Automotive Radar Products – Front/Rear Radar
6.1.4 Automotive Radar Products - 360° Radar
6.1.5 Automotive Radar Products - Combined Solution
6.1.6 Automotive Radar Products - Radar Chipset
6.1.7 Summary of Automotive Radar Products
6.1.8 Development History and Plan
6.2 Oculii
6.2.1 Profile & Product Classification
6.2.2 Automotive Radar Products - Front Radar
6.2.3 Automotive Radar Products - Corner Radar
6.2.4 Summary of Radar Products
6.2.5 Automotive Radar Products - Combined Solution
6.2.6 Core Technology - Sensor Fusion
6.2.7 Automotive Radar Products – Old Products
6.3 Smart Radar
6.3.1 Profile & Product Classification
6.3.2 Automotive Radar Products-Front Radar
6.3.3 Automotive Radar Products-Cockpit Radar
6.3.4 Summary of Automotive Radar Products
6.3.5 Testing 
6.4 Metawave
6.4.1 Profile & Product Classification
6.4.2 Automotive Radar Product - Front Radar
6.5 Echodyne
6.5.1 Profile & Product Classification
6.5.2 Automotive Radar Product - Front Radar
6.6 Steradian Semiconductors
6.6.1 Profile & Product Classification
6.6.2 Automotive Radar Product - Front Radar
6.7 Zendar
6.7.1 Profile & Product Classification
6.7.2 Automotive Radar Product - Satellite Radar System
6.8 Cognitive Pilot
6.8.1 Profile
6.8.2 Automotive Radar Product - Front Radar
6.9 RadSee
6.9.1 Profile
6.9.2 Automotive Radar Product - Front Radar

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Intelligent cockpit platform research: the boundaries between vehicles and PCs are blurring, and there are several feasible paths for cockpit platforms. Automotive Intelligent Cockpit Platform Resea...

Global and China Automotive Wireless Communication Module Industry Report,2023

Vehicle communication module research: 5G R16+C-V2X module, smart SiP module and other new products spring up.   In 2022, 4G modules swept 84.3% of the vehicle communication module market....

Intelligent Vehicle Cockpit-Driving Integration Research Report, 2023

Cockpit-Driving Integration Research: many companies are making layout and may implement it during 2024-2025.  1. What is the real cockpit-driving integration? At present, automotive electroni...

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