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Development Trends of Third-Generation Semiconductors in Automotive and Charging Applications (pre-order)
Published Date: March 2025
|
Report Code: MICR-Othe-2L6
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Development Trends of Third Generation Semiconductors in Automotive and Charging Applications
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Development Trends of Third-Generation Semiconductors in Automotive and Charging Applications (pre-order)

Code: MICR-Othe-2L6
Report
March 2025
Pages:16
Market Intelligence and Consulting Institute
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TABLE OF CONTENT
TABLES & FIGURES

Development Trends of Third-Generation Semiconductors in Automotive and Charging Applications (pre-order)

Third-generation semiconductors, with their superior material properties such as high-frequency operation and low power consumption, are becoming essential for advancing automotive electrification, smart vehicle technologies, and the modernization of charging infrastructure. These semiconductors play a pivotal role in enhancing energy efficiency, reducing charging times, and improving sensor accuracy, driving technological innovation and market growth in both the automotive and charging sectors. This report explores the current applications and future trends of third-generation semiconductors in the automotive and charging markets. As the automotive industry experiences rapid electrification and digital transformation, the adoption of third-generation semiconductors is expected to accelerate, further expanding their market share.

Table of Contents

1. Electrification and Digitalization as Key Automotive Trends

1.1 Electric Power as the Primary Energy Source for Future Vehicles

1.2 Growing Demand for Automotive Charging Infrastructure Amid Electrification

1.3 Smart and Entertainment-Driven Innovations Accelerating Automotive Digitalization

2. Development Trends of Third-Generation Semiconductors in Automotive Applications

2.1 Powertrain Applications


2.1.1 SiC Adoption Trends in Automotive Power Systems

2.1.2 GaN Development Trends in Automotive Power Applications

2.2 Automotive Charging Devices Sector

2.2.1 SiC Development Trends in Automotive Charging Devices

2.2.2 GaN Development Trends in Automotive Charging Devices

2.3 Automotive Intelligence and Entertainment Sector

3. Opportunities for Taiwanese Third-Generation Semiconductors in the Automotive Sector

3.1 Significant Growth Potential for Taiwanese Third-Generation Semiconductors in the Automotive Market

3.2 Leveraging System Integration and Geopolitical Opportunities to Accelerate Taiwan's Third-Generation Semiconductors in the Automotive Market

4. MIC Perspective

Appendix

List of Companies

List of Tables

Table 1: Strategic Development of Key SiC Players in the Automotive Power Sector

List of Figures

Figure 1: Market Growth Trends of Various Electric Vehicle Segments

Figure 2: Market Trends in Automotive Charging Systems

Figure 3: The Role of Smart and Entertainment Features in Driving Automotive Digitalization

Figure 4: Development Trends in the Market Size of SiC Devices for Automotive Power Applications

Figure 5: Strategic Development of Key GaN Players in the Automotive Power Market

Figure 6: Strategies of Third-Generation Semiconductors in Automotive Charging Devices

Figure 7: Role of Third-Generation Semiconductors in Advancing Automotive Intelligence and Entertainment

Table of Contents

1. Electrification and Digitalization as Key Automotive Trends

1.1 Electric Power as the Primary Energy Source for Future Vehicles

1.2 Growing Demand for Automotive Charging Infrastructure Amid Electrification

1.3 Smart and Entertainment-Driven Innovations Accelerating Automotive Digitalization

2. Development Trends of Third-Generation Semiconductors in Automotive Applications

2.1 Powertrain Applications


2.1.1 SiC Adoption Trends in Automotive Power Systems

2.1.2 GaN Development Trends in Automotive Power Applications

2.2 Automotive Charging Devices Sector

2.2.1 SiC Development Trends in Automotive Charging Devices

2.2.2 GaN Development Trends in Automotive Charging Devices

2.3 Automotive Intelligence and Entertainment Sector

3. Opportunities for Taiwanese Third-Generation Semiconductors in the Automotive Sector

3.1 Significant Growth Potential for Taiwanese Third-Generation Semiconductors in the Automotive Market

3.2 Leveraging System Integration and Geopolitical Opportunities to Accelerate Taiwan's Third-Generation Semiconductors in the Automotive Market

4. MIC Perspective

Appendix

List of Companies

List of Tables

Table 1: Strategic Development of Key SiC Players in the Automotive Power Sector

List of Figures

Figure 1: Market Growth Trends of Various Electric Vehicle Segments

Figure 2: Market Trends in Automotive Charging Systems

Figure 3: The Role of Smart and Entertainment Features in Driving Automotive Digitalization

Figure 4: Development Trends in the Market Size of SiC Devices for Automotive Power Applications

Figure 5: Strategic Development of Key GaN Players in the Automotive Power Market

Figure 6: Strategies of Third-Generation Semiconductors in Automotive Charging Devices

Figure 7: Role of Third-Generation Semiconductors in Advancing Automotive Intelligence and Entertainment

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