<img src="https://ml.globenewswire.com/Resource/Download/908fb457-7f8e-4a08-9081-5565e3dfb3d7?size=2" nborder="0" align="left" hspace="5" vspace="5" title="22157.jpg" alt="Company Logo"/>Demand centers on multi-display, AI, voice, connectivity and in-cabin sensing, with adoption expanding from premium and Chinese OEMs to mass-market vehiclesDublin, Aug. 26, 2026 <a href="https://www.globenewswire.com" target="_blank">(GLOBE NEWSWIRE)</a> -- <a href="https://www.researchandmarkets.com/reports/6262689/the-automotive-digital-cockpit-market-1st?utm_source=GNE&amp;utm_medium=PressRelease&amp;utm_code=56b9lv&amp;utm_campaign=2338022+-+Automotive+Digital+Cockpit+Market+to+Reach+%e2%82%ac19.4+Billion+by+2030+%7c+Technology+Overview%2c+OEM+Digital+Cockpit+Strategies%2c+Technology+Vendors%2c+Market+Forecasts+and+Trends&amp;utm_exec=jocamsai" rel="nofollow" target="_blank" title="The Automotive Digital Cockpit Market - 1st Edition">The Automotive Digital Cockpit Market - 1st Edition</a> has been added to ResearchAndMarkets.com's offering. The global digital cockpit market is advancing rapidly as automotive OEMs introduce larger displays, sophisticated user interfaces and AI-enabled vehicle functions. Modern digital cockpits integrate instrument clusters, infotainment systems, head-up displays, passenger displays, physical and touch-based controls, voice interaction and in-cabin sensing. Supporting these capabilities requires powerful, integrated electronics architectures built around cockpit domain controllers. Cockpit domain controllers consolidate infotainment and other cockpit subsystems or display domains within a shared, system-on-chip-based controller architecture. This consolidation replaces functions previously managed by separate electronic control units while providing the computing performance required for advanced graphics, multi-display management, voice assistants, connected vehicle services, in-cabin monitoring and AI-powered user experiences. Annual cockpit domain controller shipments reached an estimated 23 million units in 2025, representing an attach rate of 26.4%. Shipments are forecast to grow at a compound annual growth rate of 16.5%, reaching 49.5 million units in 2030. Growth will be driven by expanding adoption of integrated digital cockpit architectures across more automotive manufacturers, vehicle platforms and market segments. Over the same period, the cockpit domain controller market is projected to increase from €9.9 billion in 2025 to €19.4 billion in 2030. Digital cockpit technology has become central to automotive brand differentiation and the overall driver and passenger experience. OEM strategies vary considerably according to technology maturity, sourcing models and the level of in-house control. Premium automotive manufacturers continue to lead the deployment of highly integrated cockpit systems, while mass-market OEMs are progressively introducing similar capabilities across higher-volume vehicle lines. Chinese automotive OEMs are at the forefront of intelligent cockpit adoption. Manufacturers in China are rapidly deploying advanced cockpit platforms, AI assistants and high-performance cockpit system-on-chips across a broad portfolio of vehicle models. This momentum is strengthening China's position as a key market for digital cockpit innovation and accelerating competition among global automakers and technology suppliers. The digital cockpit supplier ecosystem includes Tier 1 automotive suppliers, semiconductor companies, software platform providers and middleware specialists. Tier 1 suppliers frequently serve as system integrators, combining cockpit hardware, software and vehicle interfaces into complete solutions. Leading companies in this segment include Aptiv, Aumovio, Autolink, Bosch, Denso, Desay SV, ECARX, Forvia, Harman International, Hyundai Mobis, Joynext, LG Electronics, Marelli, Panasonic Automotive Systems, PATEO, Valeo and Visteon. Semiconductor vendors are also assuming a more influential role as cockpit computing requirements increase. Current platforms need high-performance processors capable of handling advanced graphics, multiple displays, artificial intelligence workloads, voice interaction, connectivity and increasingly complex software environments. Prominent cockpit semiconductor suppliers include AMD, Intel, MediaTek, NVIDIA, NXP Semiconductors, Qualcomm, Renesas Electronics, Samsung Electronics and Telechips. Cockpit software platforms and middleware are becoming equally important as automakers consolidate more functions on shared computing infrastructure. These technologies support instrument clusters, infotainment, head-up displays, voice assistants, connectivity features and vehicle services while helping OEMs manage safety, performance and software integration requirements. The supplier landscape covers real-time operating systems, hypervisors, middleware, development and integration tools, and associated software services. Leading cockpit software and middleware providers include Elektrobit, part of Aumovio; ETAS; Green Hills Software; KPIT; QNX, part of BlackBerry; TrustMotion, part of NXP; Vector Informatik; and Wind River, part of Aptiv. As software-defined vehicle strategies progress, collaboration across OEMs, Tier 1 suppliers, semiconductor vendors and software providers will remain critical to the expansion of the automotive digital cockpit and cockpit domain controller market through 2030. Key Topics Covered 1 The Global Passenger Car Market 1.1 Introduction 1.1.1 Passenger cars in use by region 1.1.2 New passenger car registration trends 1.2 Car manufacturers 1.2.1 Passenger car registrations in Europe by manufacturer 1.2.2 Passenger car registrations in North America by manufacturer 1.2.3 Passenger car registrations in China by manufacturer 1.2.4 Passenger car registrations in Japan by manufacturer 1.2.5 Passenger car and light vehicle registrations in South Korea by manufacturer 1.3 Automotive trends 1.3.1 Battery electric and plug-in hybrid electric vehicles 1.3.2 The software-defined vehicle 1.3.3 ADAS and autonomous driving technologies 2 Digital Cockpit Technology Overview 2.1 Digital cockpit architectural patterns 2.2 Cockpit domain controllers 2.3 Hardware stack 2.4 Platform software and operating systems 3 OEM Digital Cockpit Strategies 3.1 BMW Group 3.1.1 Overview of BMW passenger car models 3.1.2 Digital cockpit strategy 3.2 BYD Auto 3.2.1 Overview of BYD passenger car models 3.2.2 Digital cockpit strategy 3.3 Changan Motors 3.3.1 Overview of Changan Motors passenger car models 3.3.2 Digital cockpit strategy 3.4 Chery Group 3.4.1 Overview of Chery passenger car models 3.4.2 Digital cockpit strategy 3.5 Ford Motor Company 3.5.1 Overview of Ford passenger car models 3.5.2 Digital cockpit Strategy 3.6 Geely 3.6.1 Overview of Geely passenger car models 3.6.2 Digital cockpit strategy 3.7 General Motors 3.7.1 Overview of the main GM passenger car brands 3.7.2 Digital cockpit strategy 3.8 Great Wall Motors 3.8.1 Overview of Great Wall Motors passenger car models 3.8.2 Digital cockpit strategy 3.9 Honda Motor Company 3.9.1 Overview of Honda and Acura passenger car models 3.9.2 Digital cockpit strategy 3.10 Hyundai Motor Group 3.10.1 Overview of Hyundai and Kia passenger car models 3.10.2 Digital cockpit strategy 3.11 Jaguar Land Rover 3.11.1 Overview of Jaguar Land Rover passenger car models 3.11.2 Digital cockpit strategy 3.12 Leapmotor 3.12.1 Overview of Leapmotor passenger car models 3.12.2 Digital cockpit strategy 3.13 Li Auto 3.13.1 Overview of Li Auto passenger car models 3.13.2 Digital cockpit strategy 3.14 Mazda Motor Corporation 3.14.1 Overview of Mazda passenger car models 3.14.2 Digital cockpit strategy 3.15 Mercedes-Benz Group 3.15.1 Overview of Mercedes-Benz passenger car models 3.15.2 Digital cockpit strategy 3.16 NIO 3.16.1 Overview of NIO passenger car models 3.16.2 NIO digital cockpit strategy 3.17 Nissan Motor Company 3.17.1 Overview of Nissan and Infiniti passenger car models 3.17.2 Digital cockpit strategy 3.18 Renault Group 3.18.1 Overview of Renault and Dacia passenger car models 3.18.2 Digital cockpit strategy 3.19 SAIC Motor 3.19.1 Overview of SAIC Motor passenger car models 3.19.2 Digital cockpit strategy 3.20 Stellantis 3.20.1 Overview of Stellantis passenger car models 3.20.2 Digital cockpit strategy 3.21 Tesla 3.21.1 Overview of Tesla passenger car models 3.21.2 Digital cockpit strategy 3.22 Toyota Motor Corporation 3.22.1 Overview of Toyota and Lexus passenger car models 3.22.2 Digital cockpit strategy 3.23 Volkswagen Group 3.23.1 Overview of Volkswagen Group passenger car brands and models 3.23.2 Digital cockpit strategy 3.24 Volvo Cars 3.24.1 Overview of Volvo passenger car models 3.24.2 Digital cockpit strategy 4 Technology Vendors 4.1 Tier 1 suppliers and system integrators 4.1.1 Aptiv 4.1.2 Aumovio 4.1.3 Autolink 4.1.4 Bosch 4.1.5 Denso 4.1.6 Desay SV 4.1.7 ECARX 4.1.8 Forvia 4.1.9 Harman International 4.1.10 Hyundai Mobis 4.1.11 Joynext 4.1.12 LG Electronics 4.1.13 Marelli 4.1.14 Panasonic Automotive Systems 4.1.15 PATEO 4.1.16 Valeo 4.1.17 Visteon 4.2 Semiconductor suppliers 4.2.1 Advanced Micro Devices (AMD) 4.2.2 Intel 4.2.3 MediaTek 4.2.4 NVIDIA 4.2.5 NXP Semiconductors 4.2.6 Qualcomm 4.2.7 Renesas Electronics 4.2.8 Samsung Electronics 4.2.9 Telechips 4.3 Cockpit software platform and middleware providers 4.3.1 Elektrobit (Aumovio) 4.3.2 ETAS (Bosch) 4.3.3 Green Hills Software 4.3.4 KPIT 4.3.5 QNX (BlackBerry) 4.3.6 TrustMotion (NXP Semiconductors) 4.3.7 Vector Informatik 4.3.8 Wind River (Aptiv) 5 Market Forecasts and Trends 5.1 Car sales forecast 5.2 Shipments of cockpit domain controllers 5.2.1 The cockpit domain controller market in EU27+EFTA+UK 5.2.2 The cockpit domain controller market in North America 5.2.3 The cockpit domain controller market in China 5.2.4 The cockpit domain controller market in Japan 5.2.5 The cockpit domain controller market in South Korea 5.2.6 The cockpit domain controller market in Rest of World 5.3 Value chain analysis 5.3.1 Automotive OEMs 5.3.2 Tier 1 suppliers 5.3.3 Semiconductor suppliers 5.3.4 Software platform and middleware providers 5.3.5 Application, map and service enablers 5.4 Market trends 5.4.1 Android Automotive, GAS and alternative cockpit OS strategies 5.4.2 The growing number of digital cockpit displays change cockpit architectures 5.4.3 Interior sensing becomes an increasingly important part of the cockpit HMI 5.4.4 Gen AI-powered in-car assistants are becoming increasingly popular 5.4.5 Cockpit functions are increasingly updated OTA 5.4.6 Western OEMs localise cockpit strategies for China 5.4.7 Cockpit domain controllers move towards cross-domain compute 5.4.8 Thermal management is a design constraint for high-compute cockpits 5.4.9 TCU and digital cockpit integration gains traction For more information about this report visit <a href="https://www.researchandmarkets.com/reports/6262689/the-automotive-digital-cockpit-market-1st?utm_source=GNE&amp;utm_medium=PressRelease&amp;utm_code=56b9lv&amp;utm_campaign=2338022+-+Automotive+Digital+Cockpit+Market+to+Reach+%e2%82%ac19.4+Billion+by+2030+%7c+Technology+Overview%2c+OEM+Digital+Cockpit+Strategies%2c+Technology+Vendors%2c+Market+Forecasts+and+Trends&amp;utm_exec=jocamsai" rel="nofollow" target="_blank" title="">https://www.researchandmarkets.com/r/xmv0ru</a> About ResearchAndMarkets.com ResearchAndMarkets.com is the world's leading 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Automotive Digital Cockpit Market to Reach €19.4 Billion by 2030 | Technology Overview, OEM Digital Cockpit Strategies, Technology Vendors, Market Forecasts and Trends

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