RELATED SERVICE:
Smart Mobility & Automotive
Actionable Benefits
- Build or future-proof hardware and software solution strategies based on the expected evolution of ADAS and AV architecture.
- Understand how to deploy and monetize from advanced AV functionalities within the current regulation with L2+ vehicles.
- Assess the semiconductor components (CPU, GPU, FPGA, and ASIC NNA) and functional OTA software updates shipments and revenue opportunities until 2030.
- Use the detailed assessment of key players, market share, and OEM releases as input for product planning.
Research Highlights
- In-depth analysis of the vehicle architecture evolution, from SAE Level 1 to 5.
- A detailed assessment of the ADAS and AV hardware key players, partnerships, and carmakers releases.
- Detailed hardware components forecasts per region and SAE level for passenger vehicles and robotaxis.
- Functional OTA software update forecasts by SAE Level.
Critical Questions Answered
- How the hardware requirements differ in the different automated driving stages, from driver assistance to fully autonomous systems?
- How will the transition from legacy to AV vehicle architecture take place?
- What are the AI edge processing and networking requirements in L2+ and fully autonomous systems?
- What are the semiconductor components (CPU, GPU, FPGA, and ASIC NNA) shipments and revenue opportunities for passenger vehicles and robotaxis?
- What is the functional OTA software updates market opportunity per SAE level?
Who Should Read This?
- Decision-makers and OEMs, and Tier 1s responsible for ADAS and Autonomous Technology deployments.
- Product managers in silicon companies with dedicated automotive-grade SoCs.
- Automotive product managers at networking semiconductor vendors.
Companies Mentioned
