Summary

Actionable Benefits

• Develop a strategy to build future proof architectures that can enable future connected and autonomous vehicle applications.
• Gain strategic insight into future in-vehicle networking (IVN) requirements, and how these are driven by autonomous and connected car technology trends.
• Identify which new networking technologies can support future IVN requirements.
• Identify key vendors and industry associations advancing secure, high-throughput, low-latency IVN protocols.
• Anticipate transition from flat topologies through to zonal architectures.

Critical Questions Answered

• How will connected and autonomous vehicle trends drive in-vehicle network requirements?
• What are the IVN requirements for domain controller and zonal architectures?
• Which protocols can fulfill future requirements?
• Which current protocols will face displacement by Ethernet and when?

Research Highlights

• Overview of CAN, LIN, MOST, FlexRay, Ethernet and HDBaseT protocols.
• Analysis of domain controller and zonal architectures.
• Ethernet port forecast.
• Timeline of architecture changes up to 2030.

Who Should Read This?

• Strategic decision-makers in the network semiconductor vendors.
• Decision makers within Tier 1 suppliers and OEMs.
• Automotive product managers at network semiconductor vendors.

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