Global and China Automotive Intelligent Cockpit Platform Configuration Strategy Research Report 2024 Featuring Layout of 22 OEMs, and 8 Global and 12 Chinese Intelligent Cockpit System Integrators - ResearchAndMarkets.com

The "Automotive Intelligent Cockpit Platform Configuration Strategy and Industry Research Report, 2024" report has been added to ResearchAndMarkets.com's offering.

According to the evolution trends and functions, the cockpit platform has gradually evolved into technical paths such as cockpit-only, cockpit integrated with other domains, cockpit-parking integration, cockpit-driving-parking integration, and cockpit-driving integrated central computing platform. OEMs and Tier1s are actively laying out.

The automotive industry is witnessing a paradigm shift in the configuration of intelligent cockpit platforms, with major OEMs and Tier1s intensifying their strategic layouts. As vehicles advance towards greater autonomy and enhanced user experiences, the cockpit platforms are diversifying into integrated solutions, combining the functionalities of traditional cockpits with advanced driver-assistance systems (ADAS), parking, and driving capabilities.

Mid- to Low-Configured Models Leading the Charge

Among the various configurations, the cockpit-parking integration is gaining traction as a cost-effective solution for mid- to low-range models. The integration of parking functions into the cockpit leverages high-computing power System on Chips (SoCs) and multi-camera hardware, propelling mass production acceleration projected for 2023. Renowned providers are contributing to a flurry of innovations that promise to enhance the automotive experience by converging multiple functions onto single cockpit SoC solutions, thereby streamlining system performance and user interaction.

Advancement in Autonomous Driving Integration

The cockpit-driving-parking integration solution, suitable mainly for vehicles equipped with L2 ADAS functionalities, underscores the industry's dedication to efficiency and cost reduction. Leapmotor's C10 model, for instance, exemplifies the profound integration of cockpit and intelligent driving, leveraging SoC and MCU chips for synergizing QNX, Android, Linux, and RTOS systems. This deep fusion illustrates the broader commitment across the sector to integrating intelligent driving capabilities within the vehicle cockpit.

The Epoch of One Box: Central Computing Platforms

Looking ahead towards 2025, the cockpit-driving integration via central computing platforms is envisioned as the embodiment of sophisticated automotive architecture. Aptly termed the 'ultimate solution', this integration path runs both the intelligent driving domain and the intelligent cockpit domain on single-chip platforms. Industry protagonists are sculpting next-generation single-chip cockpit-driving solutions anticipated to achieve mass production, signaling a transformative leap in the car's brain's structural efficiency.

AI-Driven High-Performance Cockpit Solutions

Furthermore, the intersection of generative AI with high-definition displays and immersive experiences necessitates increasingly potent cockpit platforms. As AI foundational models continue their ascent into the vehicular cockpit, suppliers are introducing products that demonstrate substantial leaps in AI performance and multimodal interaction. The forthcoming era is characterized by cockpit configurations capable of supporting large-scale AI models that fortify the vehicle’s intelligence and interactive sophistication.

Market Dynamics: Supply Chain Insights

On the cusp of substantial ubiquity in 2024-2025, solutions like Qualcomm's 8255 cockpit platform are poised to emerge as market-standard solutions. Concurrently, Samsung's V920 and AMD’s V2000A platform solutions are outlining their territorial stakes, aligned with mass production movements and catering to various market segments. These developments underscore a concerted emphasis across the supply chain on high computing power, a commitment to AI excellence, and an aspiration for a flexible, customizable consumer experience.

In summary, the automotive intelligent cockpit platform landscape is exhibiting dynamic advancements, with an array of integrative options set to redefine vehicular sophistication. As this technological epoch unfolds, the world is poised to witness an unparalleled automotive journey in the near future.

Key Topics Covered:

1 Analysis of Intelligent Cockpit Platform Configuration Strategy and Development Direction

1.1 Summary of Automotive Intelligent Cockpit Platform Development Trends

1.2 Cockpit Platforms and Architectures for Mainstream Layouts in 2024

1.3 Development Direction of Intelligent Cockpit Platform (1): Cockpit-only Platform

1.4 Development Direction of Intelligent Cockpit Platform (2): Layout and Trends of Cockpit-parking Integration Solution

1.5 Development Direction of Intelligent Cockpit Platform (3): Layout and Trends of Low- and Mid-level Cockpit-driving-parking Integration Solution

1.6 Development Direction of Intelligent Cockpit Platform (4): Solutions of Cockpit Integrated with Connectivity and other Functional Domains

1.7 Development Direction of Intelligent Cockpit Platform (5): Cockpit-driving integrated Central Computing Platform

1.8 Intelligent Cockpit Platform (by Type) Market Size and Penetration Rate Trends

2 Intelligent Cockpit Platform Suppliers' Solutions and Competitiveness

2.1 Development Layout and Competitiveness of Intelligent Cockpit Platforms from Major Chinese Suppliers

2.2 Development Layout and Competitiveness of Intelligent Cockpit Platforms from Major Foreign Suppliers

2.3 Latest Solutions and Main Functions of Intelligent Cockpit Platform Solutions (by Platform Category) from Major Suppliers

2.4 Intelligent Cockpit Platform Development and Supply Modes Evolution

2.5 Layout of Cockpit Platforms Going Overseas

2.6 Localization for Intelligent Cockpit Platforms

3 Intelligent Cockpit Platform Supporting Relationships and Development Trends of OEMs

3.1 Intelligent Cockpit Platform Supporting Relationships of Major OEMs

3.2 OEMs' Cockpit Platform Layout Planning

3.3 New Trend in OEMs' Intelligent Cockpit Platform Development (1): AI Foundation Model Applied in Cockpit

3.4 New Trend in OEMs' Intelligent Cockpit Platform Development (2): Phone-car Connection

4 Intelligent Cockpit Platform Layout of OEMs

4.1 Tesla

4.2 Mercedes-Benz

4.3 BMW

4.4 Volkswagen

4.5 Audi

4.6 Volvo

4.7 Ford

4.8 Stellantis

4.9 BYD

4.10 Great Wall Motor

4.11 SAIC

4.12 GAC

4.13 Geely

4.14 FAW Hongqi

4.15 BAIC

4.16 Changan Automobile

4.17 Neta Auto

4.18 Li Auto

4.19 Xpeng Motor

4.20 Xiaomi Auto

4.21 NIO

4.22 Leapmotor

5 Global Intelligent Cockpit System Integrators

5.1 Harman

5.2 Visteon

5.3 FORVIA

5.4 Aptiv

5.5 Bosch

5.6 Continental

5.7 Denso

5.8 Marelli

6 Chinese Intelligent Cockpit System Integrators

6.1 PATEO CONNECT+

6.2 Desay SV

6.3 Hangsheng Electronics

6.4 Joyson Electronics

6.5 Huawei

6.6 ThunderSoft

6.7 Navinfo

6.8 ArcherMind Technology

6.9 Kotei Information

6.10 BICV

6.11 ADAYO

6.12 ECARX

For more information about this report visit https://www.researchandmarkets.com/r/m9vy8w

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