HANNOVER MESSE 2026: RealSense demonstrates comprehensive GMSL depth camera portfolio

RealSense announced expanded support for Gigabit Multimedia Serial Link (GMSL) across its depth camera portfolio at HANNOVER MESSE 2026 in Germany.

The company said that its expanded lineup delivers a scalable, production-ready perception platform for robotics and industrial automation.

Expanding the GMSL portfolio

RealSense said that GMSL is rapidly emerging as the preferred standard for robotic industrial vision systems, overcoming the limitations of USB with improved synchronization, longer cable reach and greater dependability in demanding environments.

By enabling rugged, scalable multi-camera perception through a single cable infrastructure, RealSense said that GMSL supports the next generation of autonomous machines operating in factories, warehouses and logistics environments.

“Industrial autonomy depends on perception that works in the real world, not just in the lab,” said Nadav Orbach, CEO of RealSense. “With our GMSL portfolio, we enable scalable multi-camera vision with the reliability, reach and integration simplicity required for production deployment. Together with partners like AVerMedia, we are making it easier to build and deploy complete perception systems, faster and at scale.”

At HANNOVER MESSE, RealSense introduced GMSL support across three of its depth cameras:

• D401: Sub-millimeter precision in a compact form factor, which the company said is ideal for robotic arms and humanoids, with a tiny GMSL package that enables near-invisible integration into manipulators
• D430: High-accuracy, mid-range 3D depth sensing, which RealSense said can be deployed extensively across robotics systems worldwide
• D415: Precision mid-range scanning and spatial intelligence in factories and warehouses

RealSense said that these offerings join the existing D457, creating the industry’s most comprehensive lineup of industrial-ready GMSL depth cameras.

The cameras are powered by the RealSense SDK 2.0, featuring native ROS 2 support for easy integration into modern robotics stacks. The RealSense D457 also includes native models in Isaac Sim, which the company said will accelerate development and significantly reduce sim-to-real deployment time.

Additionally, RealSense said that cameras perform depth processing directly on-device via the company’s AI Vision ASIC, eliminating the need for external compute while delivering low-latency, reliable performance at the edge.

From cameras to a ‘visual cortex’

RealSense said that USB-based systems often require complex synchronization and can suffer from instability in harsh environments. However, GMSL enables:

• Consistent, predictable performance with reduced calibration needs
• Native multi-camera synchronization with up to 8 cameras per system
• Long-reach, secure industrial cabling via FAKRA connectors
• Reduced system complexity and cost with up to four cameras per deserializer

The company said that these capabilities allow OEMs and system integrators to deploy scalable, multi-camera perception systems with greater reliability and lower total cost of ownership.

RealSense added that the launch marks a shift from standalone sensors to an integrated perception platform, designed for industrial-scale deployment and multi-camera autonomy. The company said that this innovation reinforces its position as the visual cortex of physical AI, delivering the perception layer that enables machines to see, understand and act in the physical world.

At Hannover Messe, RealSense demonstrated the real-world applications of scalable perception alongside partners AVerMedia and Inbolt.