Development Of Smart Automotive Electronic Control Units by Leading Chipmakers (pre-order) | Valuates Reports

Development Of Smart Automotive Electronic Control Units by Leading Chipmakers (pre-order)

With the burgeoning advancement of smart car-related technologies such as smart cockpits, connected vehicles, and advanced driver assistance systems (ADAS), automotive electronic control units (ECUs), which act as the brain of vehicles, are poised to enhance vehicle functionalities. In recent years, leading international chipmakers have delved into product development in this domain. Both traditional automotive chip manufacturers and emerging players in the information and communication chip sector have launched products tailored to diverse market segments while meeting the stringent safety and reliability standards of the automotive industry. This report explores the development landscape of automotive ECUs by major chipmakers, including Qualcomm, Nvidia, MediaTek, NXP, and TI.

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Table of Contents

1. Preface
1.1 Scope of Smart Automotive ECUs
2. Development of Leading Chipmakers Smart Automotive ECUs
2.1 Qualcomm
2.1.1 Snapdragon Car-to-Cloud Services
2.1.2 Snapdragon Auto Connectivity Platform
2.1.3 Snapdragon Cockpit Platform
2.1.4 Snapdragon Ride Platform for ADAS
2.1.5 Snapdragon Ride Flex Leads the Integration Trend of Smart Cockpit & ADAS (Cockpit-driving Integration)
2.1.6 Key Aspects of Qualcomm's Strategic Expansion in the Automotive Market
2.2 Nvidia
2.2.1 Nvidia Xavier
2.2.2 Nvidia Drive Orin
2.2.3 Nvidia Drive Thor
2.2.4 Nvidia Drive Hyperion Full-Stack Solution
2.2.5 Nvidia's Full Range of Solutions Boast Scalability & High Computing Power
2.3 MediaTek
2.3.1 Autus Brand (1st Generation Products)
2.3.2 Dimensity Auto Brand (2nd Generation Products)
2.3.3 Leveraging Advantages in Consumer Electronics for Automotive Connectivity Solutions
2.4 NXP
2.4.1 NXP S32 Platform
2.4.2 Continued Optimization in Image Perception and Information Security
2.5 TI
2.5.1 Jacinto 7 Processor Platform
2.5.2 TDA4 ADAS Solution
2.5.3 Implementing Redundancy in Product Applications
3. Comparison of Leading Chipmakers' Smart Automotive ECUs
3.1 Leading Chipmakers Secure Market Share in Different Computing Segments
3.2 ECUs Diverging Towards Distributed and Centralized Architectures
4. MIC Perspective
Appendix
List of Companies

List of Tables

Table 1: Comparison of Qualcomm's Representative Smart Cockpit Products
Table 2: Comparison of Nvidia Products
Table 3: Comparison of TI's Core Computing Processors

List of Figures

Figure 1: Qualcomm Four Major Automotive Product Lines
Figure 2: Architecture of Snapdragon Cockpit Platform
Figure 3: Level Differentiation of Snapdragon Ride Platform
Figure 4: Architecture and Features of Snapdragon Ride Flex
Figure 5: Application Scope of Snapdragon Ride Flex
Figure 6: Evolution of Nvidia Drive Chips
Figure 7: Architecture of Nvidia Xavier Chip
Figure 8: Architecture of Nvidia Drive Hyperion Full-Stack Solution (Using Hyperion 8 as an Example)
Figure 9: Illustration of MediaTek Dimensity Auto Products
Figure 10: Comparison of TI's ADAS Solutions
Figure 11: Major Chipmakers Dominate Product Segments with Varying Computing Power Requirements
Figure 12: Major Chipmakers' Products Shift From Distributed to Centralized Architectures

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