Understand the approaches an OEM can take for building digital Cockpit Domain Controllers (CDCs) that provide value throughout vehicle lifecycles.
Evaluate the economic and competitive advantages and disadvantages of these different approaches to future-proofing.
Identify the organizational adjustments needed across the ecosystem to adapt to quickening innovation cycles in the digital cockpit.
Critical Questions Answered
What are OEMs asking for in their CDCs?
What is driving the increase in computing power in CDCs over time?
How do key silicon vendors enable CDCs with longer lifecycles and efficient OTA updates?
Research Highlights
Analysis of stakeholder considerations for building the next generation of CDCs with future-proofed hardware and software.
Forecast of 3 computing specifications of a typical mid-market CDC, encompassing AI processing, graphical processing, and system processing.
Comparison of approaches to product management and in-the-field OTA updates.
Who Should Read This?
Strategic decision makers at Tier One CDC suppliers and Original Equipment Manufacturers (OEMs).
Product managers at silicon vendors in the automotive space, including both newer entrants and experienced suppliers adapting to changing OEM priorities.
Product managers at hypervisor vendors adapting to different OEM requirements for mixed-criticality, future-proofed CDCs.
