Table of Content

1 Overview of Automotive Mobile Phone Wireless Charging
1.1 Overview of Automotive Wireless Charging Function
1.1.1 Development History
1.1.2 Principle: Types and Features of Wireless Charging Technology
1.1.2 Principle: Types and Standards of Wireless Charging Technology
1.1.2 Principle: Electromagnetic Induction Technology
1.1.3 Structure (1): Visteon’s Wireless Charging Module
1.1.3 Structure (2): Tesla’s Wireless Charging Module
1.1.4 Mainstream Wireless Charging Solutions Feature Low Power and Slow Heat Dissipation
1.1.5 New Technology Outlook: Radio Wave
1.1.5 New Technology Outlook: Ultrasonic/Light Focus
1.2 Automotive Mobile Phone Wireless Charging Technology Protocols
1.2.1 WPC
1.2.2 Membership Application Process of WPC
1.2.3 Member Certification Fee of WPC
1.2.4 Product Certification Rule of WPC
1.2.5 Qi Standard: Introduction
1.2.6 Qi Standard: Application and Certification Process
1.2.7 Qi Standard: Cooperation Modes of WPC
1.2.8 Private Protocol and Related Certification
1.2.9 Private Protocol Equipment: MegaSafe
1.2.10 Laws & Regulations and Automotive Certification
1.3 Qi 2.0
1.3.1 Overview of Qi 2.0
1.3.2 Qi2.0 Unifies Mobile Phone Wireless Charging Standards
1.3.3 Qi2.0 Roadmap
1.3.4 80% of Qi-certified Automotive Products to be Qi 2.0 in 2024
1.3.5 Certified-15W Products Already Outnumber 5W Products Starting in 2023


2 Automotive Mobile Phone Wireless Charging Market
2.1 Market Data
2.1.1 Market Data: Status Quo, Jan. 2022- May 2024
2.1.1 Market Data: Market Size, 2024-2027E
2.1.2 Market Data: Installations/Installation Rate of Wireless Charging Modules in Vehicle Models by Power Type, 2020-2024
2.1.3 Market Data: Installations/Installation Rate of Wireless Charging Modules in Vehicle Models by Price Range, 2020-2024
2.1.4 Market Data: TOP20 Passenger Car Models by Installation of Mobile Phone Wireless Charging Modules in China, 2021-2024
2.1.5 Market Data: Mobile Phone Wireless Charging Module Installation Rate of BYD’s Main Models
2.1.6 Market Data: Mobile Phone Wireless Charging Module Installation Rate of Mercedes-Benz/BAIC’s Main Models
2.1.7 Market Data: Mobile Phone Wireless Charging Module Installation Rate of GWM’s Main Models
2.1.8 Market Data: Mobile Phone Wireless Charging Module Installation Rate of Honda/Dongfeng’s Main Models
2.1.9 Market Data: Mobile Phone Wireless Charging Module Installation Rate of Geely’s Main Models
2.1.10 Market Data: Mobile Phone Wireless Charging Module Installation Rate of SAIC’s Main Models
2.1.11 Market Data: Mobile Phone Wireless Charging Module Installation Rate of Chery’s Main Models
2.1.12 Market Data: Mobile Phone Wireless Charging Module Installation Rate of FAW’s Main Models
2.1.13 Market Data: Mobile Phone Wireless Charging Module Installation Rate of Changan’s Main Models
2.1.14 Market Data: Mobile Phone Wireless Charging Module Installation Rate of Emerging OEMs
2.2 Wireless Charging Industry Chain
2.2.1 Supply Chain Process
2.2.2 Wireless Charging Industry Chain
2.2.3 Comparison between Suppliers’ Solutions
2.2.3 Sources of Main Components of Wireless Charging Modules
2.2.4 BYD’s Wireless Charging Module
2.2.5 Chery’s Wireless Charging Module
2.2.6 Tesla’s Wireless Charging Module
2.2.7 GM’s Wireless Charging Module
2.2.8 Geely’s Wireless Charging Module
2.2.9 BMW’s Wireless Charging Module
2.2.10 Great Wall’s Wireless Charging Module
2.2.11 Market Prices of Wireless Charging Modules
2.3 Competitive Landscape
2.3.1 Market Share of Major Suppliers, 2023-2024
2.3.2 Foryou Multimedia: Major Brands Supplied with Automotive Mobile Phone Wireless Charging Products and Their Structure
2.3.3 InvisPower: Major Brands Supplied with Automotive Mobile Phone Wireless Charging Products and Their Structure
2.3.4 Luxshare Precision and Other Suppliers: Major Brands Supplied with Automotive Mobile Phone Wireless Charging Products and Their Structure


3 Automotive Mobile Phone Wireless Charging Vendors
Core Component Vendors
3.1 NXP
3.1.1 Profile
3.1.2 Wireless Charging Solutions (1)
3.1.2 Wireless Charging Solutions (2)
3.1.2 Wireless Charging Solutions (3)
3.1.2 Wireless Charging Solutions (4)
3.1.3 Wireless Charging Solutions with NFC
3.1.4 WCT-15W AUTO13
3.1.5 WCT-15W TXAUTOS
3.1.6 RDWCT-15W TXAUTO
3.1.7 RDWCT-5W TXAUTO
3.1.8 BPP-type 13A Solution Planning
3.1.9 Main Master MCU Models
3.1.10 MWCT1213A
3.1.11 WCT-1013A
3.1.12 MWCT2xxxS Wireless Charging Chips
3.1.13 Software Architecture
3.1.14 Automotive-grade Fast Charging Development Platform
3.2 Renesas
3.2.1 Profile
3.2.2 Wireless Charging Solution Architecture
3.2.3 Wireless Charging Solutions
3.2.4 Buck Chip ISL8117
3.2.5 MCU R5F10PLHLFB
3.3 Microchip
3.3.1 Profile
3.3.2 MCHPQi1p3TX
3.3.3 Qi 2.0-based dsPIC33
3.4 ROHM
3.4.1 BD57121MUF-M
3.5 MPS
3.5.1 Automotive Mobile Phone Wireless Charging Solution
3.5.2 Automotive Mobile Phone Wireless Charging Framework
3.5.3 Features of Automotive Mobile Phone Wireless Charging MPQ4280 Module
3.5.4 Features of Automotive Mobile Phone Wireless Charging MPQ4262 Module
3.6 ConvenientPower Semiconductor (CPS)
3.6.1 Profile
3.6.2 Qi-certified Products
3.6.3 Structure of CPSQ8100
3.6.4 CPSQ8203
3.6.5 CPSQ-OMX14XW
3.7 Southchip
3.7.1 Profile
3.7.2 Partners
3.7.3 Wireless Charging Solutions
3.7.4 Chip Features
3.7.5 SC9621
3.7.6 15W/50W Charging Solutions
3.7.7 MPP Wireless Charging Module
3.7.8 SC9610 50W TX Controller
3.7.9 SC5008 15W TX Power Stage
3.8 NuVolta
3.8.1 Profile
3.8.2 Qi-certified Products
3.8.3 NU8040Q
3.8.3 NVTREF8040Q
3.8.4 NU1705/8A for MPP
3.9 Maxic
3.9.1 Profile
3.9.2 Chip Types
3.9.3 MTQ5807
3.9.4 MT5815
3.9.5 MT5760
3.9.6 MT5788
3.10 Sine Microelectronics
3.10.1 Profile
3.10.2 Wireless Charging Solutions
3.10.3 The Second-generation Automotive Wireless Charging Solution
3.11 iSmartWare
3.11.1 Profile
3.11.2 Wireless Charging Series: SW5001
3.11.3 Wireless Charging Series: SW5001 Derivative Series
3.11.4 SW5001 Wireless Charging TX SoC Solution

Module Vendors

3.12 InvisPower
3.12.1 Profile
3.12.2 Wireless Charging Products
3.12.3 BYD’s Wireless Charging Module
3.13 Foryou Multimedia
3.13.1 Profile
3.13.2 Development History of Wireless Charging Products
3.13.3 Features and Planning of Wireless Charging Products
3.13.4 50W Wireless Charging Modules
3.13.5 High-power Tracking Wireless Charging Modules
3.13.6 Qi-certified Products
3.13.7 Chery’s Wireless Charging Cases
3.14 Shenzhen Sunway Communication
3.14.1 Profile
3.14.2 Automotive Wireless Charging Transmitter Modules
3.15 Luxshare Precision
3.15.1 Profile
3.15.2 Wireless Charging Modules
3.16 Laird Novero
3.16.1 Profile
3.16.2 Business Layout
3.16.3 Qi-certified Products
3.16.4 WCH-186
3.16.5 WCH-209 of Mazda 3
3.17 Continental
3.17.1 Integration with Multifunctional Smart Phones
3.17.2 Qi-certified Products
3.18 LG
3.18.1 Profile
3.18.2 WC500M
3.19 Aptiv
3.19.1 Profile
3.19.2 Wireless Charging Module Structure
3.19.3 Wireless Charging Solutions
3.20 Omron
3.20.1 Profile
3.20.2 Second Resonance Technology

4 Automotive Mobile Phone Wireless Charging Cases of OEMs
4.1 Wireless Charging Technology Developed by OEMs Independently
4.2 Comparison between Wireless Charging Functions of OEM Models
4.3 Tesla
4.3.1 Model Y: Self-designed Wireless Charging Modules
4.4 BMW
4.4.1 Wireless Charging Suppliers of BMW 5 Series
4.5 Geely
4.5.1 Wireless Charging Suppliers
4.5.2 Internal Structure of Lynk & Co/ZEEKR Wireless Charger
4.6 Volkswagen
4.6.1 Wireless Charging Suppliers
4.6.2 Wireless Charging Suppliers of Magotan P8/ Tiguan L
4.7 AITO
4.7.1 Wireless Charging Suppliers
4.8 Li Auto
4.8.1 Supplier for Wireless Charging Boards of Li L Series
4.8.2 Wireless Charging Boards of Li ONE Series: NXP’s Chips
4.9 NIO
4.9.1 Cool Air Wireless Charging Modules
4.10 BYD
4.10.1 Samsung Private Protocol Supported
4.11 IM
4.11.1 Liftable/Grooved Wireless Charging Boards
4.12 Great Wall Motor
4.12.1 Wireless Charging Suppliers of Haval Cool Dog