- Valens Semiconductor's VA7000 chipsets power D3 Embedded's first MIPI A-PHY platform for embedded vision.
- The platform facilitates high-speed data transmission up to 8Gbps and operates over a range of 30 meters.
- It is engineered for industrial applications with strong electromagnetic interference resilience and cost-effective cabling.
Valens Semiconductor (VLN, Financial) has announced a landmark development with the integration of its VA7000 chipsets into D3 Embedded's new MIPI A-PHY platform, marking the first market-ready solution for implementing high-performance connectivity in embedded vision systems. This milestone extends Valens' reach into industrial automation, robotics, and medical imaging markets.
The A-PHY platform leverages NVIDIA Jetson Orin processors, boasting 8 A-PHY input ports that operate at 8Gbps, and integrates six camera options based on Sony ISX031 sensors. This configuration allows for enhanced electromagnetic interference (EMI) resilience and supports data transmission over distances of up to 30 meters using economical Unshielded Twisted Pair (UTP) cabling.
D3 Embedded's solution includes optional ruggedized IP69K camera enclosures, designed for use in harsh environments and equipped with built-in diagnostics for continuous system monitoring. This platform aims to simplify system design and provide a robust, flexible toolset to address the challenges faced by industries requiring reliable, high-speed connectivity.
By facilitating high-speed data over long distances and using cost-effective UTP channels, this platform offers a transformative solution for industries reliant on embedded vision and AI system deployments.
Explore more on D3 Embedded's product offerings on their website.
