Table of Content

1 Definition and Market Overview of High-precision Positioning
1.1 Definition
Definition
IMU
GNSS (the Most Mature Absolute Positioning Solution)
GNSS+IMU Combined Positioning Terminal

1.2 Main Application Scenarios of High-precision Positioning
Classification
Passenger Car Application Scenario 1: NOA’s Requirements for High-precision Positioning
Passenger Car Application Scenario 1: Urban NOA’s Requirements for High-precision Positioning
Passenger Car Application Scenario 1 (Urban NOA): Mainly Multi-source Fusion Positioning
Passenger Car Application Scenario 2 (Low-speed Parking): SLAM Positioning and Fusion Positioning
Passenger Car Application Scenario 2 (Low-speed Parking): Low-speed Parking Technology Requires Vertical Positioning
Passenger Car Application Scenario 2 (Low-speed Parking): Types of High-Precision Positioning Technologies for Major Low-speed Parking Functions of Passenger Cars
Passenger Car Application Scenario 3 (Robataxis): Major Players - Autonomous Driving Technology Companies
Passenger Car Application Scenario 3 (Robotaxis): Major Players - OEMs
Commercial Vehicle Application Scenario 1 (Low-speed Autonomous Vehicles): Low-speed Autonomous Driving Laser SLAM Positioning
Commercial Vehicle Application Scenario 1 (Low-speed Autonomous Vehicles): Low-speed Autonomous Driving smart Antenna Positioning
Commercial Vehicle Application Scenario 1 (Low-speed Autonomous Vehicles): Low-speed Autonomous Driving Positioning Boxes
Commercial Vehicle Application Scenario 1 (Low-speed Autonomous Vehicles): Low-speed Autonomous Driving Positioning Technology Solutions
Commercial Vehicle Application Scenario 1 (Low-speed Autonomous Vehicles): China’s Autonomous Delivery High-precision Positioning Market Size, 2023-2028E
Commercial Vehicle Application Scenario 2 (Autonomous Trucks): High-precision Positioning Technology Solutions
Commercial Vehicle Application Scenario 2 (Autonomous Trucks): China’s Autonomous Truck High-precision Positioning Market Size, 2023-2028E (1)
Commercial Vehicle Application Scenario 2 (Autonomous Trucks): China’s Autonomous Truck High-precision Positioning Market Size, 2023-2028E (2)

1.3 High-precision Positioning Market Size
Estimated Installations of High-precision Positioning Products in Autonomous Vehicles in China, 2024
China’s Autonomous Driving High-precision Positioning Market Size, 2023-2028E
China’s Autonomous Driving High-precision Positioning Module Market Size (by Vehicle Type) Appendix-1
China’s Autonomous Driving High-precision Positioning Module Market Size (by Vehicle Type) Appendix-2

1.4 High-precision Positioning Market Players
Types of Autonomous Driving High-precision Positioning Suppliers
Autonomous Driving High-precision Positioning Supply Pattern
High-precision Positioning Market Segment Pattern: Summary of GNSS Positioning Chips and Suppliers (1)
High-precision Positioning Market Segment Pattern: Summary of GNSS Positioning Chips and Suppliers (2)
High-precision Positioning Market Segment Pattern: Summary of GNSS Positioning Modules and Suppliers (1)
High-precision Positioning Market Segment Pattern: Summary of GNSS Positioning Modules and Suppliers (2)
High-precision Positioning Market Segment Pattern: Types of GNSS+IMU Positioning Module Suppliers
High-precision Positioning Market Segment Pattern: Summary of GNSS+IMU Positioning Modules and Suppliers (1)
High-precision Positioning Market Segment Pattern: Summary of GNSS+IMU Positioning Modules and Suppliers (2)
High-precision Positioning Market Segment Pattern: Summary of GNSS+IMU Positioning Modules and Suppliers (3)
High-precision Positioning Market Segment Pattern: Summary of GNSS+IMU Positioning Modules and Suppliers (4)
High-precision Positioning Market Segment Pattern: Summary of GNSS+IMU Positioning Modules and Suppliers (5)


2 Trends of High-precision Positioning Industry
2.1 Innovative Positioning Technology
Advantages of Low Orbit Satellites (1)
Advantages of Low Orbit Satellites (2)
Mass Production and Application of Low Orbit Satellites for Passenger Cars
Mass Production and Application of Low Orbit Satellites for Commercial Vehicles
Global High-precision Positioning Services Evolve to PPP-RTK
Advantages of PPP-RTK Compared with NRTK
Mainstream High-precision Positioning Vendors at Home and Abroad Have Launched PPP-RTK (1)
Mainstream High-precision Positioning Vendors at Home and Abroad Have Launched PPP-RTK (2)

2.2 Positioning Algorithms
Classification of Combined Positioning Coupling Algorithms
Comparison between Combined Positioning Coupling Algorithms
Selection of Coupling Algorithms in Different Autonomous Driving Environments
Combined Positioning Coupling Algorithm 1: Loose Coupling
Combined Positioning Coupling Algorithm 2: Tight Coupling
Combined Positioning Coupling Algorithm 2: Tight Coupling Requires Higher IMU Performance
Combined Positioning Coupling Algorithm 3: Deep Coupling
Combined Positioning Coupling Algorithm 3: Chips Are Difficult in the Development of Deep Coupling Algorithms
Summary of Autonomous Driving Combined Positioning Algorithms and Suppliers

2.3 Domestic Supply Chain
High-precision Positioning Technology Localization: Mature GNSS Localization and Relatively Slow IMU Localization
High-precision Positioning Localization Process: Relatively Mature GNSS Localization
High-precision Positioning Localization Process: Independent R&D of Core IMU Components Becomes Crucial
High-precision Positioning Localization Process: Anhui XDLK Microsystem, Huaxin Semiconductor, MiraMEMS and Others Are Deploying Accelerometers
High-precision Positioning Localization Process: Anhui XDLK Microsystem, Huaxin and Others Are Deploying Gyroscopes

2.4 Automotive-grade IMUs
Core IMU Components: Accelerometers, Gyroscopes
Common Configurations of Automotive-grade IMUs: Independent Modules or SMD
Mature Application of IMUs in Classic Intelligent Driving
China’s Passenger Car MEMS Inertial Sensor Market Size, 2023~2028E
China’s Passenger Car Autonomous Driving IMU Market Size (Demand), 2022-2028E
China’s Automotive-grade IMU Market Pattern
China’s Production Passenger Car IMU Market Pattern, 2023-2024
China’s Automotive-grade IMU Market Pattern: DAISCH and Asensing Compete with Each Other
Automotive-grade IMU Price Trend: Limited Profit Margin
Automotive-grade IMU Price
Core Automotive-grade IMU Component (Accelerometer) Price
Core Automotive-grade IMU Component (Gyroscope) Price
Automotive-grade IMU Technology Trend 1
Automotive-grade IMU Technology Trend 2
Features of IMUs from Foreign Suppliers
Features of IMUs from Domestic Suppliers (1)
Features of IMUs from Domestic Suppliers (2)
Comparison of Domestic and Foreign IMU Parameters (1)
Comparison of Domestic and Foreign IMU Parameters (2)
Comparison of Domestic and Foreign IMU Parameters (3)
Comparison of Domestic and Foreign IMU Parameters (4)
Comparison of Domestic and Foreign IMU Parameters (5)
Comparison of Domestic and Foreign IMU Parameters (6)
Comparison of Domestic and Foreign IMU Parameters (7)
Automotive-grade IMU: TDK InvenSense IAM-20685
Automotive-grade IMU: Murata SCHA634
Automotive-grade IMU: Murata SCH1633-D01
Automotive-grade IMU: QST’s Six-axis QMI8A01z MEMS IMU
Automotive-grade IMU: Safran’s MEMS+HRG Inertial Navigation Product Portfolio

2.5 Positioning Service Operation Models
Layout and Operation Models of Major High-precision Positioning Service Providers (1)
Layout and Operation Models of Major High-precision Positioning Service Providers (2)
Application Models of High-precision Positioning Service Providers: Software + Hardware + Services
Application Models of High-precision Positioning Service Providers: Software + Services

3 High-precision Positioning Installation Forms and data of OEMs
3.1 High-precision Positioning Installation Data of OEMs
Autonomous Driving Penetration Rate in China’s Passenger Car Market, 2023~2028E
China’s Passenger Car High-precision Positioning Market Size, 2023-2028E
High-precision Positioning Installation Structure of Production Passenger Cars in China, 2023-2024 (by price)
TOP 10 Production Passenger Car Models (Entry-level L2/L2+) Equipped with High-precision Positioning in China by Sales Volume, 2023-2024
TOP 10 Production Passenger Car Models (L2++/L2+++) Equipped with High-precision Positioning in China by Sales Volume, 2023-2024
TOP 10 Production Passenger Car Models (RMB100,000-200,000) Equipped with High-precision Positioning in China by Sales Volume, 2023-2024
TOP 10 Production Passenger Car Models (RMB200,000-300,000) Equipped with High-precision Positioning in China by Sales Volume, 2023-2024
TOP 10 Production Passenger Car Models (RMB300,000-400,000) Equipped with High-precision Positioning in China by Sales Volume, 2023-2024
TOP 10 Production Passenger Car Models (RMB400,000-500,000) Equipped with High-precision Positioning in China by Sales Volume, 2023-2024

3.2 Summary of OEM High-precision Positioning Installation Forms
Evolution of OEM High-precision Positioning Installation Forms
Summary of OEM High-precision Positioning Installation Forms
OEM Positioning Integration Form 1: Integrated P-Box with Flexible Installation
OEM Positioning Integration Form 1: P-box Cost Structure
OEM Positioning Integration Form 1: P-BOX Installation
OEM Positioning Integration Form 1: P-BOX Connection
OEM Positioning Integration Form 1: P-BOX Time Synchronization Processing
OEM Positioning Integration Form 1: Suppliers Are Committed to Reducing Costs and Improving Efficiency amid Calls for Eliminating P-box
OEM Positioning Integration Form 2: End-to-end Development Promotes the Integration of Separate Positioning Modules into Domain Controllers
OEM Positioning Integration Form 2: High-precision Positioning Modules Integrated into Domain Controllers Require SMD Design
OEM Positioning Integration Form 2: SMD Makes the Positioning System Architectures in Domain Controllers More Flexible
OEM Positioning Integration Form 2: Time Synchronization Processing for Positioning Systems Integrated into Domain Controllers
OEM Positioning Integration Form 2: Domain Controller Integration Faces Functional Safety Issues
OEM Positioning Integration Form 2: Layout of SMD Integrated into Domain Controllers
OEM Positioning Integration Form 2: Application Cases of High-precision Positioning Integrated into Domain Controllers
OEM Positioning Integration Form 3: Independent GNSS Can Be Integrated into T-BOX, Communication Modules, Smart Antennas, etc.

3.3 Summary of OEM High-precision Positioning Solutions
Summary of OEM High-precision Positioning Installation Strategies
High-precision Positioning Technology and Suppliers of Some OEM Models (1)
High-precision Positioning Technology and Suppliers of Some OEM Models (2)
High-precision Positioning Technology and Suppliers of Some OEM Models (3)
High-precision Positioning Technology and Suppliers of Some OEM Models (4)
High-precision Positioning Technology and Suppliers of Some OEM Models (5)

3.4 Geely
OEM High-precision Positioning Technology Solutions (1)
OEM High-precision Positioning Technology Solutions (2)
Autonomous Driving High-precision Positioning Technology Layout
Future Mobility Satellite Positioning Systems
Automobile Satellite Communication Positioning System Layout: Target Tesla

3.5 Xpeng
OEM High-precision Positioning Technology Solutions (1)
OEM High-precision Positioning Technology Solutions (2)
Evolution of OEM High-precision Positioning Technology Solutions
High-precision Positioning under X-EEA 3.5: X9 Positioning Module
High-precision Positioning under X-EEA 3.0: P7

3.6 Li Auto
OEM High-precision Positioning Technology Solutions (1)
OEM High-precision Positioning Technology Solutions (2)
Evolution of High-precision Positioning Technology
High-precision Positioning Solution: L8/L9 Intelligent Driving System with External P-BOX

3.7 NIO
OEM High-precision Positioning Solutions
High-precision Positioning System: Access to Two Intelligent Service Positioning Systems
High-precision Positioning System: Installation Position
High-precision Positioning System: Planning and Outlook

3.8 GAC
Summary of OEM High-precision Positioning Technology Solutions (1)
Summary of OEM High-precision Positioning Technology Solutions (2)
Evolution of OEM High-precision Positioning Solutions for Autonomous Passenger Cars:
OEM High-precision Positioning Technology Solution: ADiGO 5.0 Adopts Aerospace-grade Satellite-based Fusion Positioning Technology

3.9 Tesla
OEM High-precision Positioning Technology Solutions: Multiple Fusion Perception Solutions Are Used
OEM High-precision Positioning Technology Solutions: GPS Modules Have Been Upgraded to Tri-band
OEM High-precision Positioning Technology Solutions: SMD Modules Are Integrated into Domain Controllers

3.10 Huawei (Avatr, Seres, ARCFOX, etc.)
High-precision Positioning Solutions for Autonomous Passenger Cars
Autonomous Driving Solutions Place Higher Requirements on IMUs
Fusion Perception and Positioning Architecture

3.11 Other OEMs
Main High-precision Positioning Solutions for Autonomous Passenger Cars (1)
Main High-precision Positioning Solutions for Autonomous Passenger Cars (2)
Main High-precision Positioning Solutions for Autonomous Passenger Cars (3)
Main High-precision Positioning Solutions for Autonomous Passenger Cars (4)
Main High-precision Positioning Solutions for Autonomous Passenger Cars (5)
Main High-precision Positioning Solutions for Autonomous Passenger Cars (6)
Main High-precision Positioning Solutions for Autonomous Passenger Cars (7)


4 Domestic High-precision Positioning Suppliers
4.1 Sixents Technology
Profile
Advantages and Highlights
Positioning Results
Product Map
Global High-precision Positioning Service Network
Automotive-grade High-precision Positioning Hardware Product Line
Positioning Service - Locate-CM
Positioning Service - Orion
Positioning Service - Locate-DM
Positioning Service - Specialized Platform for Spatio-temporal Location Services
Positioning Service - A-GNSS
High-precision Positioning Hardware: GNSS and INS Positioning Terminal Roadmap
High-precision Positioning Hardware: Smart Driving Software, Hardware and Service Integrated Positioning Terminal
High-precision Positioning Hardware: Visual Perception Positioning Terminal
High-precision Positioning Hardware: intelligent Communication and Navigation Integrated Terminal T-BOX
High-precision Positioning Module (GNSS): LH Series
High-precision Positioning Module (GNSS): LF Series
High-precision Positioning Module (GNSS): LK Series
High-precision Positioning Module (IMU): STIB Series
High-precision Positioning Module (IMU): STIC Series
High-precision Positioning Engines
High-precision Positioning Solution - Intelligent Driving
High-precision Positioning Solution - Low-speed Intelligent Driving
High-precision Positioning Solution - V2X
Key Partners in High-precision Positioning

4.2 Asensing
Profile
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Chip (IMU): Built-in MCU
High-precision Positioning Module (GNSS): NAV3120
High-precision Positioning Box: P-box
High-precision Positioning Box: INS570D
High-precision Positioning Box: INS570D Breakdown - GNSS Board
High-precision Positioning Box: INS570D Breakdown - Main Control Board
High-precision Positioning Box: Map Positioning Box
High-precision Positioning Box: Application

4.3 DAISCH
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Module (IMU): IM8
High-precision Positioning Module (IMU): Excellent Performance of IM8
High-precision Positioning Module (IMU): IM8 Uses AutoCalix Technology
High-precision Positioning Module (IMU): IM1A
High-precision Positioning Module (IMU): MS1
High-precision Positioning Module (IMU): Parameters of MS1A-DS
High-precision Positioning Module (IMU): IM1A
High-precision Positioning Box: IFS2100
High-precision Positioning Box: IFS3000 ADAS Test Kit
High-precision Positioning Box: P-box
High-precision Positioning Application: Leapmotor
Application of High-precision Positioning: Autonomous Delivery
Application of High-precision Positioning: Autonomous Trucks in Mines

4.4 CHCNAV
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Chip (GNSS): Xuanji Series
High-precision Positioning Module (GNSS Integrated with IMU): M620
High-precision Positioning Board: CGI-312
High-precision Positioning Box: CGI Series
High-precision Positioning Box: P Series
High-precision Positioning Box: Breakdown
High-precision Positioning Product Application: Passenger Cars

4.5 Qianxun SI
High-precision Positioning Layout for Autonomous Driving: Integration of Software, Hardware and Services
Automotive-grade High-precision Positioning Hardware Product Line
High-precision Positioning Chip: BG1101
Automotive-grade High-precision Positioning Module (GNSS): MC282M
Automotive-grade High-precision Positioning Module (Combined Positioning): MC282A
Automotive-grade High-precision Positioning Module (Combined Positioning): MC262A
Advantages of Positioning Modules: Built-in RTK Algorithms
Advantages of Positioning Modules: Built-in A-GNSS Services
High-precision Positioning Service Solution: FindAUTO Architecture
High-precision Positioning Service Solution: FindAUTO Performance
High-precision Positioning Service Solution: Satellite-ground Integrated SSR Service based on PPP-RTK
High-precision Positioning Service Solution: GNSS/INS Tight Coupling Technology
High-precision Positioning Services for more than 2 Million Intelligent Vehicles
High-precision Positioning Application Solution 1: Autonomous Driving
High-precision Positioning Application Solution 2: C-V2X
High-precision Positioning Application Solution 3: Smart Cockpits

4.6 BYNAV Technology
Automotive-grade High-precision Positioning Product Line (1)
Automotive-grade High-precision Positioning Product Line (2)
Automotive-grade High-precision Positioning Product Line (3)
High-precision Positioning Chip (GNSS): A Single Chip Is Integrated with L-Band
High-precision Positioning Chip (GNSS): Alice
High-precision Positioning Board (GNSS): C2
High-precision Positioning Board (GNSS): C1
High-precision Positioning Board (GNSS): M1
Combined Navigation Module: SMD M2
Combined Navigation Module: SMD M2 Integrated into Domain Controllers
Combined Navigation Box: P-MOUSE High-precision Positioning Solution
Combined Navigation Box: X36D
Combined Navigation Box: X2
Combined Navigation Box: X26D
Combined Navigation Box: X1
High-precision Combined Navigation Algorithm Architecture

4.7 ComNav Technology
Sales Volume of Main Products
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Chip (GNSS): Technology Evolution
High-precision Positioning Chip (GNSS): The Fourth-generation SOC Chip - QC7820
High-precision Positioning Chip (GNSS): Features of QC7820
High-precision Positioning Chip (GNSS): Parameters of QC7820
High-precision Positioning Chip (GNSS): The Third-generation SOC Chip - Quantum-III
Combined Positioning Module: K9 Series
Combined Positioning Module: K8 Series
Combined Positioning Module: Parameters of K802
Combined Positioning Module: M100
Application of High-precision Positioning Technology (1): Passenger Cars
Application of High-precision Positioning Technology (2): Commercial Vehicles

4.8 Hi?Target
High-precision Automotive Positioning Solutions
Automotive-grade High-precision Positioning Product Line
Combined Positioning Box: iP2
Combined Positioning Box: INAV2
High-precision Positioning Application: Passenger Cars

4.9 BDStar Navigation
High-precision Positioning Business Layout
High-precision Positioning Box: NPOS122 Combined Navigation
High-precision Positioning Box: MS-6110 Combined Navigation
High-precision Positioning Box: NPOS222 Combined Navigation
High-precision Positioning Box: Npos220 Combined Navigation
High-precision Positioning Service: Location Digital Base

4.10 Unicore Communications
High-precision Positioning Product Line
High-precision Positioning Chip (GNSS): UFirebirdII UC6580
High-precision Positioning Chip (GNSS): Nebulas IV UC9810
High-precision Positioning Module (GNSS): UM620A
High-precision Positioning Module (Combined Navigation): UM981 RTK/INS Combination Module
High-precision Positioning Module (Combined Navigation): UM621A
High-precision Positioning Module (Combined Navigation): UM982
High-precision Positioning Module (Combined Navigation): UM960
High-precision Positioning Module (Combined Navigation): UM482
High-precision Positioning Module (Combined Navigation): UM4B0

4.11 Aceinna
High-precision Positioning Product Line Layout: Industrial Grade/Automotive Grade
High-precision Positioning Product Line Layout: Automotive Grade
High-precision Positioning Module (IMU): Technology Evolution
High-precision Positioning Module (IMU): SMD IMU
High-precision Positioning Module (IMU): SMD INS
High-precision Positioning Box (Combined Navigation): 330L
High-precision Positioning Box (Combined Navigation): Integrity Monitoring Is Introduced to P-BOX

4.12 Geespace
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Module (GNSS)
High-precision Positioning Module (Combined Navigation)
High-precision Positioning Box (Combined Navigation Terminal)
Core Competitiveness of Satellite Application
Large-scale Implementation of Automotive Satellite Application Products

4.13 DAYOUPi
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Hardware (P-BOX): DN01PD Hardware Architecture
High-precision Positioning Hardware (P-BOX): Advantages of DN01PD
High-precision Positioning Hardware (P-BOX): DN01PD Testing
High-precision Positioning Service: PPP-RTK Service
High-precision Positioning Solution: Multi-fusion Positioning Engine
High-precision Positioning Service: Features of PPP-RTK Service
High-precision Positioning Functional Safety Design: Cooperation with Novatel

4.14 Haige Communications
Autonomous Driving High-precision Positioning Layout
High-precision Positioning Box: P-BOX

4.15 Quectel
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Module (GNSS): LG580P
High-precision Positioning Module (GNSS): LG69T

4.16 DJI
Automotive-grade High-precision Positioning Product: Inertial Navigation Three-dimensional Binocular Assembly
Automotive-grade High-precision Positioning Product: Parameters of Inertial Navigation Three-dimensional Binocular Assembly
Automotive-grade High-precision Positioning Product: Lidar and Inertial Navigation Trinocular Assembly
Automotive-grade High-precision Positioning Product: Working Principle of Lidar and Inertial Navigation Trinocular Assembly

4.17 W-Ibeda
High-precision Positioning Projects Designated by OEMs
Automotive-grade High-precision Positioning Products
High-precision Positioning Product (IMU): Parameters of INS4050
High-precision Positioning Product (IMU): Structure of INS4050

4.18 China Mobile
Combined Positioning Architecture
High-precision Positioning Service: OnePoint
Cooperation with FAW to Promote Localization of High-precision Positioning Terminals

4.19 TruePoint
Autonomous Driving Architecture Relying On Beidou?s Industry Chain
High-precision Positioning Service: TruePoint.CM
High-precision Positioning Service: TruePoint.DM
High-precision Positioning Service: TruePoint.Edge

4.20 STARCART
High-precision Positioning Hardware
High-precision Positioning Software
High-precision Positioning Service
High-precision Positioning Solution 1
High-precision Positioning Solution 2
High-precision Positioning Solution 3
High-precision Positioning Application Case: Airport Emergency Vehicle Positioning and Navigation Architecture
High-precision Positioning Application Case: High-precision TCU Architecture

4.21 Huaxin Semiconductor
Profile
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Product (GNSS),
High-precision Positioning Product (IMU): VX100
High-precision Positioning Product (Combined Navigation): P-box

4.22 Jingwei Hirain
High-precision Positioning Module: LMU
Application of LMU

4.23 CXROBOT CONNECT
High-precision Positioning Layout
High-precision Positioning Product (Combined Navigation): CXP-FUSION Micro High-precision Positioning Terminal
High-precision Positioning Product (Combined Navigation): Advantages of CXP-FUSION
High-precision Positioning Product (Combined Navigation): P-BOX

4.24 Forsense
IMU Layout
High-precision Positioning Product (Combined Navigation): FSS-NAV619
High-precision Positioning Product (Inertial Sensor): A6PRO

4.25 MT Microsystems
Automotive-grade High-precision Positioning Business
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Box (Combined Navigation): MNV420A

4.26 Anhui XDLK Microsystem
High-precision Positioning Product: IMU Chip
High-precision Positioning Product: IMU Module
High-precision Positioning Product: P-BOX
Advantages of Localization of High-Precision Positioning Products

4.27 Lins Tech
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Module (IMU): LINS620 with Built-in IMU
High-precision Positioning Module (IMU): IMU500
High-precision Positioning Box (Combined Navigation): MS-6122
High-precision Positioning Box (Combined Navigation): MM-6322

4.28 KiSilicon Technology
High-precision Positioning Chip (GNSS): KT5030A Chip Platform
High-precision Positioning Chip (GNSS): KT5030A Opens a High-Performance Processor Platform to Users
High-precision Positioning Chip (GNSS): KT5030A Functional Safety Solution
High-precision Positioning Chip (GNSS): KT5030A Anti-interference Performance

4.29 Others
JueFX Technology’s Map Positioning Production Solution for Highway NOA
Allystar’s TAU1312A Automotive-grade High-precision Positioning Module


5 High-precision Positioning Module Suppliers
5.1 STMicroelectronics
Automotive-grade High-precision Positioning Product Line
High-precision Positioning Chip (GNSS): STA8135GA
High-precision Positioning Module (GNSS): Teseo-LIV3F
High-precision Positioning Module (IMU): New Automotive-grade ASM330LHBG1
High-precision Positioning Module (IMU): ASM330LHH
High-precision Positioning Module (IMU): ASM330LHH Architecture
High-precision Positioning Box (Combined Positioning): P-Box System Structure
High-precision Positioning Box (Combined Positioning): Advantages of P-Box
High-precision Positioning Box (Combined Positioning): Functional Safety of P-Box
High-precision Positioning Box (Combined Positioning): Breakdown of P-Box

5.2 Novatel
High-precision Positioning Product Line
High-precision Positioning Product Line: SPAN?GNSS+INS Combined System
High-precision Positioning Module (Combined Navigation): PIM222A
High-precision Positioning Box: Level 1 SPAN Inertial Navigation System
High-precision