Accommodating Mixed-Criticality Compute in Digital Cockpit Domain Controllers
Price:
Starting at USD 1,950
Publish Date: 14 Feb 2024
Code: AN-5541
Research Type: Report
Pages: 12
RELATED SERVICE:
Smart Mobility & Automotive
Actionable Benefits
- Identify cockpit domain consolidation trends in cockpit domain controllers.
- Understand the economic and technological market drivers of consolidation.
- Assess the viability and cost-benefits of consolidation.
Research Highlights
- Assessment of differentiating factors for hypervisors.
- Forecast of vehicle shipments with CDCs.
- Overview of the ecosystem for CDCs, with highlights of key companies for each component and regulation that affects the CDC.
Critical Questions Answered
- How does the ecosystem for cockpit domain controllers interact in development and production?
- What planning should go into the production of a Cockpit Domain Controller (CDC) with mixed-criticality compute capabilities?
- What are the key enabling technologies in automotive mixed-criticality?
Who Should Read This?
- Product managers at hypervisors and Operating System (OS) vendors, including both automotive-experienced vendors and those new to the automotive industry.
- Strategic decision makers at Tier One suppliers and Original Equipment Manufacturers (OEMs).
- Product managers at automotive silicon and silicon Intellectual Property (IP) companies.
Companies Mentioned
Table of Contents
Key Findings
Recommendations
Key Forecasts
Key Companies in the CDC Ecosystem
Semiconductor Companies
Hypervisor Companies
Operating System Companies
Tier One Suppliers
Regulation
Mixed-Criticality Enabling Technology
What Separates a Good Hypervisor from a Bad One
Companies Mentioned
- AMD
- BlackBerry QNX
- Intel Corporation
- NVIDIA
- NXP Semiconductors
- Qualcomm Inc
- Wind River
- Xen Project