Microchip Technology and Marelli have demonstrated a display connectivity solution using the open ASA Motion Link standard to transmit video from centralized vehicle computers to automotive displays. The architecture supports data rates up to 16 Gbps and aims to provide a standardized, interoperable alternative to proprietary SerDes technologies for software-defined vehicles.
This demonstration signals a shift away from fragmented, proprietary video connectivity toward interoperable standards in the automotive display market. By decoupling hardware from software through an open SerDes standard, manufacturers gain greater sourcing flexibility and can consolidate heavy graphics processing into a single central computer. This transition is critical for the streaming ecosystem as vehicles evolve into high-bandwidth consumption hubs requiring secure, low-latency video delivery. As software-defined vehicles become the industry benchmark, the adoption of standardized links will likely reduce integration costs for infotainment providers. Watch for whether other Automotive SerDes Alliance members release compatible hardware to validate this interoperability framework.
The shift toward hybrid live production workflows mirrors the broader industry trend of moving away from proprietary hardware silos in favor of flexible, IP-based architectures, as seen in recent software-defined broadcast infrastructure developments. The industry is increasingly adopting AV-over-IP systems to bridge the gap between traditional ProAV and modern IT infrastructure.
Microchip Technology and Marelli have demonstrated ASA Motion Link connectivity, capable of streaming 16 Gbps video from centralized vehicle computers to cockpit displays. This development is significant as it promotes an open-standard alternative to proprietary SerDes technologies, enabling manufacturers to consolidate graphics processing and improve flexibility for future software-defined vehicle architectures.
The demonstration showcases an open-standard alternative to proprietary SerDes technologies for streaming high-speed video from centralized vehicle computers to cockpit displays.
The architecture supports high-speed data rates of up to 16 Gbps, suitable for navigation, infotainment, and vehicle control interfaces.
The system utilizes the VS7000 ASA-ML chipset to enable centralized graphics processing.
The system includes link-layer authentication, encryption, and high immunity to electromagnetic interference.
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