Table of Content

1 Status Quo of Automotive MCU Industry
1.1 Overview of Automotive MCU
1.1.1 Classification of Automotive MCU
1.1.2 Structure of Automotive MCU
1.1.3 Mainstream Core Architecture of Automotive MCU (1)
1.1.4 Mainstream Core Architecture of Automotive MCU (2)
1.1.5 Application of Automotive MCU
1.1.6 Evolution Trends of Automotive MCU Technology
1.1.7 Production Modes of Automotive MCU: Foundry-dominated
1.2 Automotive MCU Market Size
1.2.1 Number of MCUs Per Vehicle
1.2.2 Price of Automotive MCU
1.2.3 Global Automotive MCU Market Size (by 8-bit / 16-bit / 32-bit)
1.2.4 Passenger Car MCU Market Size in China
1.2.5 Passenger Car MCU Market Size in China - Appendix
1.3 Competitive Pattern of Automotive MCU
1.3.1 Competitive Pattern of Global MCU Market: Foreign Vendors Monopolize the Mid- and High-end Automotive MCU Markets
1.3.2 Competitive Pattern of China’s MCU Market
1.3.3 Automotive MCU Market Players (1): Conventional Automotive Chip Suppliers (1)
1.3.4 Automotive MCU Market Players (1): Conventional Automotive Chip Suppliers (2)
1.3.5 Automotive MCU Market Players (1): Conventional Automotive Chip Suppliers (3)
1.3.6 Automotive MCU Market Players (2): OEMs
1.3.7 Automotive MCU Market Potential Players (1): Chip Design Companies
1.3.8 Automotive MCU Market Potential Players (2): Tier 1 Suppliers
1.3.9 Summary of Foreign Players’ Automotive MCU Products (1)
1.3.10 Summary of Foreign Players’ Automotive MCU Products (2)
1.3.11 Summary of Foreign Players’ Automotive MCU Products (3)
1.3.12 Summary of Chinese Players’ Automotive MCU Products (1)
1.3.13 Summary of Chinese Players’ Automotive MCU Products (2)
1.3.14 Summary of Chinese Players’ Automotive MCU Products (3)
1.3.15 Summary of Chinese Players’ Automotive MCU Products (4)
1.3.16 Summary of Chinese Players’ Automotive MCU Products (5)
1.3.17 Summary of Chinese Players’ Automotive MCU Products (6)
1.3.18 Summary of Chinese Players’ Automotive MCU Products (7)
1.3.19 Summary of Chinese Players’ Automotive MCUs: Products Benchmarking Against Foreign Major Players (1)
1.3.20 Summary of Chinese Players Automotive MCUs: Products Benchmarking Against Foreign Major Players (2)
1.4 Automotive MCU Shortage and Response Strategies
1.4.1 Tight Supply of Automotive MCUs Continues in the Short Term (1)
1.4.2 Tight Supply of Automotive MCUs Continues in the Short Term (2)
1.4.3 Tight Supply of Automotive MCUs Continues in the Short Term (3)
1.4.4 Response Strategy 1: Tier 1 Suppliers Expanded 12-inch Wafer Fabs
1.4.5 Response Strategy 2: Tight Bound between OEMs, Chip Vendors and Wafer Fabs


2 Major Application Fields of Automotive MCU
2.1 Application Field 1: Body Control
2.1.1 Application Trends of MCU in Body Control: Multiple Conventional Functions, Relatively Stable Demand for MCU
2.1.2 Localization of MCU in Body Control Market
2.1.3 Foreign Body Control MCU Product Selection (1)
2.1.4 Foreign Body Control MCU Product Selection (2)
2.1.5 Chinese Body Control MCU Product Selection (1)
2.1.6 Chinese Body Control MCU Product Selection (2)
2.1.7 Body Domain Control MCU Case: NXP’s S32K3-based Body Domain Control Solution (1)
2.1.8 Body Domain Control MCU Case: NXP’s S32K3-based Body Domain Control Solution (2)
2.2 Application Field 2: Autonomous Driving
2.2.1 Importance of MCU for Autonomous Driving
2.2.2 Application Trends of MCU in Autonomous Driving: Centralized ADAS Functional Domain, Narrowed MCU Application Scope
2.2.3 Localization of Autonomous Driving MCU
2.2.4 Foreign Autonomous Driving MCU Product Selection (1)
2.2.5 Foreign Autonomous Driving MCU Product Selection (2)
2.2.6 Chinese Autonomous Driving MCU Product Selection
2.2.7 Autonomous Driving MCU Product Case: Infineon’s Domain Control MCU
2.2.8 Autonomous Driving MCU Application Case (1): Zhicong Technology’s ADAS Domain Controller
2.2.9 Autonomous Driving MCU Application Case (2): Nissan’s ADAS Domain Controller
2.2.10 Autonomous Driving MCU Application Case (3): Valeo’s Newest Front View Camera
2.2.11 Autonomous Driving MCU Application Case (4): Continental’s Fifth Generation Front Radar
2.3 Application Field 3: Intelligent Cockpit
2.3.1 Application Trends of MCU in Intelligent Cockpit: Less Important Role of MCU (1)
2.3.2 Application Trends of MCU in Intelligent Cockpit: Less Important Role of MCU (2)
2.3.3 Localization of Intelligent Cockpit MCU
2.3.4 Foreign Intelligent Cockpit MCU Product Selection (1)
2.3.5 Foreign Intelligent Cockpit MCU Product Selection (2)
2.3.6 Chinese Intelligent Cockpit MCU Product Selection
2.3.7 Intelligent Cockpit MCU Application Case (1): McLaren GT Cockpit
2.3.8 Intelligent Cockpit MCU Application Case (2): Ford EVOS
2.3.9 Intelligent Cockpit MCU Application Case (3): NIO ET7
2.4 Application Field 4: Power & Chassis Control
2.4.1 Application Trends of MCU in Power & Chassis Control: Electric Systems Push up Demand for MCU
2.4.2 Localization of Power & Chassis Control MCU
2.4.3 Foreign Power & Chassis Control MCU Product Selection (1)
2.4.4 Foreign Power & Chassis Control MCU Product Selection (2)
2.4.5 Foreign Power & Chassis Control MCU Product Selection (3)
2.4.6 Chinese Power & Chassis Control MCU Product Selection
2.4.7 Power & Chassis Control MCU Application Case: Volkswagen ID.3 Inverter
2.5 Application Field 5: Central Computing + Zonal Controller
2.5.1 Zonal EEA Evolution
2.5.2 Challenges in Zonal EEA Evolution
2.5.3 MCU Demand from Central Computing + Zonal Controller
2.5.4 Central Computing + Zonal Controller MCU Application Case (1): Infineon TC4xx (1)
2.5.5 Central Computing + Zonal Controller MCU Application Case (1): Infineon TC4xx (2)
2.5.6 Central Computing + Zonal Controller MCU Application Case (1): Infineon TC4xx (3)
2.5.7 Central Computing + Zonal Controller MCU Application Case (1): Infineon TC4xx (4)
2.5.8 Central Computing + Zonal Controller MCU Application Case (2): Semidrive Semiconductor E3 Series
2.5.9 Central Computing + Zonal Controller MCU Application Case (3): Renesas RH850


3 Key Technologies of Automotive MCU
3.1 Key Technology 1: Production Process
3.1.1 Front-end-of-line Technology Trend 1: Evolve to Advanced Process (1)
3.1.2 Front-end-of-line Technology Trend 1: Evolve to Advanced Process (2)
3.1.3 Front-end-of-line Technology Trend 1: MCU Enhancement Process Layout of Different Vendors
3.1.4 Front-end-of-line Technology Trend 2: Evolve to Multi-Core/High-Frequency (1)
3.1.5 Front-end-of-line Technology Trend 2: Evolve to Multi-Core/High-Frequency (2)
3.1.6 Front-end-of-line Technology Trend 2: Multi-Core/High-Frequency Case (Semidrive Semiconductor)
3.1.7 Front-end-of-line Technology Trend 3: MCUs Begin to Embed New Storage
3.1.8 Front-end-of-line Technology Trend 3: New Storage Technology Layout of MCU Vendors
3.1.9 Front-end-of-line Technology Trend 3: New Storage Technology Cases of MCU Vendors (1)
3.1.10 Front-end-of-line Technology Trend 3: New Storage Technology Cases of MCU Vendors (2)
3.1.11 Back-end-of-line Process: Packaging Technology Evolution
3.1.12 Back-end-of-line Process: Advanced Packaging Technology Platform
3.1.13 Back-end-of-line Process: Automotive MCU Packaging Technology
3.1.14 Back-end-of-line Process: Some MCU Packaging Vendors
3.2 Key Technology Two: Functional Safety
3.2.1 Automotive MCU Testing and Certification
3.2.2 Certification Standards for Automotive MCUs (1)
3.2.3 Certification Standards for Automotive MCUs (2)
3.2.4 Automotive MCU Certification Standard 1: AEC-Q Series
3.2.5 Automotive MCU Certification Standard 2: ASIL Functional Safety
3.2.6 Automotive MCU’s Requirements for ASIL Functional Safety
3.2.7 Summary of MCU Products Meeting ASIL-B Functional Safety: Foreign (1)
3.2.8 Summary of MCU Products Meeting ASIL-B Functional Safety: Foreign (2)
3.2.9 Summary of MCU Products Meeting ASIL-B Functional Safety: Domestic (1)
3.2.10 Summary of MCU Products Meeting ASIL-B Functional Safety: Domestic (2)
3.2.11 Summary of MCU Products Meeting ASIL-C Functional Safety: Foreign
3.2.12 Summary of MCU Products Meeting ASIL-D Functional Safety: Foreign (1)
3.2.13 Summary of MCU Products Meeting ASIL-D Functional Safety: Foreign (2)
3.2.14 Summary of MCU Products Meeting ASIL-D Functional Safety: Chinese (1)
3.2.15 Summary of MCU Products Meeting ASIL-D Functional Safety: Chinese (2)
3.2.16 New MCU Products Meeting Automotive Functional Safety Requirements (1): Semidrive E3 Microcontroller Series
3.2.17 New MCU Products Meeting Automotive Functional Safety Requirements (2): Blue Whale CVM0144
3.3 Key Technology Three: High Integration
3.3.1 Single MCU Integrates More Functions (1)
3.3.2 Single MCU Integrates More Functions (2)
3.3.3 Integrate MCU and Other Chips as MCU+ Solution (1)
3.3.4 Integrate MCU and Other Chips as MCU+ Solution (2)
3.3.5 Integrate MCU and Other Chips as MCU+ Solution (3)
3.3.6 Integrate MCU and Other Chips as MCU+ Solution (4)
3.3.7 Integrate MCU into SoC (1)
3.3.8 Integrate MCU into SoC (2)
3.3.9 Integrate MCU into SoC (3)


4 Foreign Automotive MCU Suppliers
4.1 Renesas
4.1.1 MCU Product Line
4.1.2 Automotive MCU Product: RH850 Series
4.1.3 Automotive MCU Product: Features of RH850 Series
4.1.4 Automotive MCU Product: RL78/F24 and RL78/F23
4.1.5 MCU Application: Low-cost Cockpit Cluster
4.1.6 MCU Application: Domain Control Unit
4.1.7 MCU Application: Automotive Gateway
4.2 NXP
4.2.1 Automotive MCU Product Line
4.2.2 Automotive MCU Product: S32K Series
4.2.3 New Automotive MCU Product: S32Z/S32E (1)
4.2.4 New Automotive MCU Product: S32Z/S32E (2)
4.2.5 New Automotive MCU Product: S32K39
4.2.6 MCU Production Base
4.3 Infineon
4.3.1 Automotive MCU Product Line (1)
4.3.2 Automotive MCU Product Line (2)
4.3.3 Automotive MCU Product: Traveo? II Series
4.3.4 I Automotive MCU Product: AURIX? Series
4.3.5 Automotive MCU Product: AURIX? TC 3 Series
4.3.6 Automotive MCU Product: AURIX? TC4xx (Under Development)
4.3.7 Automotive MCU Product: AURIX? TC4xx Software Application Architecture
4.4 ST
4.4.1 Automotive MCU Product Line
4.4.2 Automotive MCU Product: Stellar Series (1)
4.4.3 Automotive MCU Product: Stellar Series (2)
4.4.4 Automotive MCU Product: SPC5 Series (1)
4.4.5 Automotive MCU Product: SPC5 Series (2)
4.4.6 Automotive MCU Product: SPC5 Series (3)
4.4.7 Automotive MCU Product: SPC5 Series Process Evolution
4.4.8 New Automotive MCU Product: Stellar P
4.4.9 New Automotive MCU Product: Stellar E
4.4.10 Automotive MCU Eco-Partners
4.5 TI
4.5.1 MCU Business
4.5.2 Automotive MCU Product: C2000 Series
4.5.3 Automotive MCU Product: Jacinto Series (1)
4.5.4 Automotive MCU Product: Jacinto Series (2)
4.5.5 Automotive MCU Product: Sitara? AM2x Series
4.5.6 Production Base
4.6 Microchip Technology
4.6.1 Automotive MCU Product Line
4.6.2 Automotive MCU Product: 8-bit MCU
4.6.3 Automotive MCU Product: 16-bit MCU
4.6.4 Automotive MCU Product: dsPIC33 DSC
4.6.5 Automotive MCU Product: 32-bit MCU (1)
4.6.6 Automotive MCU Product: 32-bit MCU (2)
4.6.7 Automotive MCU Product: 32-bit MCU (3)
4.6.8 Automotive MCU Product: 32-bit MCU (4)


5 Chinese Automotive MCU Suppliers
5.1 ChipON
5.1.1 Profile
5.1.2 Competitive Edge in Automotive MCU: Self-developed KungFu Kernel
5.1.3 Automotive MCU Product Line
5.1.4 Advantages of 32-bit Automotive MCU in Replacing Foreign Counterparts
5.1.5 New Automotive MCU Product: KF32A136/KF32A146
5.1.6 Automotive MCU Application Scenarios
5.1.7 Automotive MCU Major Customers
5.2 GigaDevice
5.2.1 MCU Business
5.2.2 Automotive MCU Product Planning
5.2.3 Automotive MCU: GD32A503 (1)
5.2.4 Automotive MCU: GD32A503 (2)
5.2.5 Accelerate Localization and Replacement
5.3 Semidrive Semiconductor
5.3.1 Automotive MCU Product: E3 Series (1)
5.3.2 Automotive MCU Product: E3 Series (2)
5.3.3 E3 MCU-based Domain Controller Gateway Solution
5.4 BYD Semiconductor
5.4.1 Profile
5.4.2 Automotive MCU Product Line
5.4.3 Automotive MCU Product Planning
5.4.4 New Automotive MCU Product: BS9000AMXX Series
5.5 AutoChips
5.5.1 Automotive MCU Product Line
5.5.2 Automotive MCU Product: AC781x Series
5.5.3 Automotive MCU Product: AC7801x Series
5.5.4 New Automotive MCU Product: AC7802x
5.5.5 New Automotive MCU Product: AC7840x (1)
5.5.6 New Automotive MCU Product: AC7840x (2)
5.6 NationalChip
5.6.1 Automotive MCU Product Line
5.6.2 New Automotive MCU Product: CCFC2012BC
5.6.3 New Automotive MCU Product: CCFC2007PT
5.6.4 New Automotive MCU Product: CCFC2016BC
5.6.5 New Automotive MCU Product: CCFC3007PT
5.7 Sine Microelectronics
5.7.1 Automotive MCU Product Line
5.7.2 Layout of MCU+ Power
5.7.3 MCU Application Dynamics
5.8 Huada Semiconductor
5.8.1 MCU Business
5.8.2 Automotive MCU Layout of Xiaohua Semiconductor
5.9 Hangshun Chip
5.9.1 Automotive MCU Products Series
5.9.2 Automotive MCU: HK32AUTO39A
5.9.3 Automotive MCU Application: Skoda Center Console Entertainment System
5.10 Geehy Semiconductor
5.10.1 MCU Business
5.10.2 MCU Automotive Certification
5.10.3 Automotive MCU Layout
5.10.4 Automotive MCU Product: APM32F103RCT7
5.10.5 Automotive MCU Product: APM32A407 Series
5.10.6 Automotive MCU Product: APM32A091 Series
5.10.7 Automotive MCU Application – LED Lights
5.11 Yuntu Semiconductor
5.11.1 Profile
5.11.2 Automotive MCU Product Line
5.11.3 New Automotive MCU Product: YTM32B1L
5.11.4 New Automotive MCU Product: YTM32B1ME (1)
5.11.5 New Automotive MCU Product: YTM32B1ME (2)
5.11.6 Automotive MCUs Benchmarked Against NXP Products
5.12 MindMotion Microelectronics
5.12.1 MCU Business
5.12.2 New Automotive MCU Product: MM32A0140 (1)
5.12.3 New Automotive MCU Product: MM32A0140 (2)
5.12.4 New Automotive MCU Product: MM32F5 Series
5.13 CVA Chip
5.13.1 MCU Product Line
5.13.2 New Automotive MCU Product: CVM014x Series MCU (1)
5.13.3 New Automotive MCU Product: CVM014x Series MCU (2)
5.13.4 New Automotive MCU Product: CVM014x Series MCU (3)
5.14 Chipsea
5.14.1 Automotive Product Layout
5.14.2 Automotive MCUs
5.15 AMEC
5.15.1 Automotive MCU Product Line
5.15.2 Automotive MCU Product: BAT32A337
5.15.3 Automotive MCU Product: BAT32A237
5.16 Flagchip
5.16.1 Automotive MCU Product: FC4150F2M
5.16.2 Automotive MCU Product: FC4150F512
5.16.3 Automotive HPU Product: FC7300 Series (1)
5.16.4 Automotive HPU Product: FC7300 Series (2)
5.17 Binary Semiconductor
5.17.1 Profile
5.17.2 Automotive MCU Product Planning
5.17.3 New Automotive MCU Product: Fuxi 2360
5.17.4 New Automotive MCU Product: Fuxi 2360 Kernel
5.17.5 Construction of Automotive Chip Ecosystem
5.18 HPMicro
5.18.1 Automotive MCU Layout
5.18.2 New Automotive MCU Product: HPM6200
5.19 Others
5.19.1 Automotive MCU Product of Fudan Microelectronics: FM33LG0xxA
5.19.2 Automotive MCU Layout of Indie Microelectronics
5.19.3 Automotive MCU Layout of Nations Technologies
5.19.4 Automotive MCU Layout of Linko Semiconductor
5.19.5 Automotive MCU Layout of Chipways
5.19.6 Automotive MCU Layout of Chipower Tech