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Yuan GMSL2 to Holoscan Sensor Bridge GMSL2 Camera Holoscan Sensor Bridge with Fakra Input and Multi-Mode Fiber at 1080p60

The GMSL2 to Holoscan Sensor Bridge is Yuan's single-camera GMSL2 Holoscan Sensor Bridge, taking one GMSL2 camera on a Fakra Z-code connector at up to 1920 x 1080p60 and sending it to an NVIDIA Holoscan system over multi-mode fiber with an LC connector. It suits camera positions on robots and inspection rigs.

  • GMSL2 Camera Input: One GMSL2 input on a Fakra Z-code connector takes a camera at up to 1920 x 1080p at 60 or 30 fps.
  • Multi-Mode LC Fiber Output: Video leaves on one Holoscan Sensor Bridge output over multi-mode fiber with an LC connector, in the input format.
  • Ultra-Low Latency: Yuan specifies ultra-low latency for real-time processing, which matters when AI decisions depend on live camera data.
  • Very Small Housing: A very small, compact unit that can sit right beside the camera on a robot arm, gantry or inspection rig.
  • Modular Pipeline Design: A modular, flexible pipeline design with edge-to-cloud support and integration with NVIDIA AI tools, powered from 12V DC.
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  • Overview
  • Specifications

GMSL2 to Holoscan Sensor Bridge Overview

Machine vision cameras on robots, gantries and inspection rigs often sit far from the computer running the AI model, and a GMSL2 cable alone may not reach. The GMSL2 to Holoscan Sensor Bridge from Yuan is designed for that single-camera job. It converts one GMSL2 camera feed into Holoscan Sensor Bridge output over fiber, so an NVIDIA Holoscan pipeline can process it in real time. Typical uses include robot arms, gantry inspection and quality checks on production lines, depending on the camera chosen.

The input is one GMSL2 connection on a Fakra Z-code connector, supporting 1920 x 1080p at 60 or 30 fps. The output is one Holoscan Sensor Bridge channel over multi-mode fiber with an LC connector, carrying the camera video in its input format. Yuan specifies ultra-low latency for real-time processing, a modular and flexible pipeline design, and easy edge-to-cloud support alongside NVIDIA AI tools.

The GMSL2 to Holoscan Sensor Bridge is very small, plug and play, and runs from a 12V DC input. Where four cameras are grouped together, the 4×GMSL2 to Holoscan Sensor Bridge aggregates them into one SFP+ output. When the same pipeline also needs an HDMI or SDI source, the HDMI2.0 / 12G-SDI to Holoscan Sensor Bridge brings a 4K60 feed into Holoscan alongside the cameras.

In practice the bridge mounts beside the camera, with fiber running back to the Holoscan system, so the computer can sit in a cabinet or equipment room rather than on the moving machine. We supply it configured and tested with the camera, fiber and processing system it will connect to, so the full path is proven before installation.

GMSL2 to Holoscan Sensor Bridge Specifications

Overview
Brand & ModelYuan GMSL2 to Holoscan Sensor Bridge
FeaturesCompact
Video Capture
Simultaneous Video Inputs1
Video Input1x GMSL2
Video Resolution InputHD60 [1920x1080p @ 60/50fps]
Video Output1x LC Fiber (Multi-Mode)
Video Resolution OutputHD60 [1920x1080p @ 60/50fps]
Power
Power Input12V DC
Mechanical Properties
Dimensions40mm x 31mm x 20mm (1.57" x 1.22" x 0.79")

Official Yuan USA Distributor

Things Embedded is an official Yuan USA distributor, and we supply the GMSL2 to Holoscan Sensor Bridge configured and tested with the sources, displays and network it will connect to. Within the Yuan range, the 4×GMSL2 to Holoscan Sensor Bridge takes four GMSL2 cameras with an SFP+ output, and the HDMI2.0 / 12G-SDI to Holoscan Sensor Bridge brings HDMI 2.0 or 12G-SDI video into Holoscan instead.

Across our range, the GMSL2 to Holoscan Sensor Bridge sits with our GMSL2 Holoscan Sensor Bridges, our NVIDIA and our frame grabbers.

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Things Embedded is a leading USA supplier of industrial computing and edge AI systems. We combine technical expertise with a collaborative approach to deliver optimal solutions for your application. Whether it’s an off-the-shelf platform or a custom design, we stay at the forefront of the latest technologies to ensure your success at the edge. Our team works closely with you from concept through deployment, providing guidance, engineering support, and integration expertise every step of the way.

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