Video Transport Topology Roadmap for Ultra-High Resolution Automotive Displays

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Video Transport Topology Roadmap for Ultra-High Resolution Automotive Displays

Event: InCabin USA

| Session date: Wednesday 11th June

Session date: Wednesday 11th June

, 2025

Hear from:

Jonathan Rose

Director, IVI Product Definition,

Analog Devices, Inc.

Jonathan Rose

Director, IVI Product Definition,

Analog Devices, Inc.

Displays of 24 Megapixel or higher require a tremendous amount of video data. For example, a
24Mpx/30bpp/60fps pillar-to-pillar display requires approximately 50Gbps of video payload data. In
automotive display systems, there are 3 primary choke points: the ECU SOC-to-serializer, serializer-to
deserializer, and deserializer-to-TCON (or equivalent).
Smaller displays which bring the gaming experience into the vehicle can demand frame rates of up to 144 fps.
This linearly increases the video data payload.