ON-DEMAND WEBINAR 
Join us for a demonstration webinar and Q&amp;A showcasing the capabilities of the Ouster driver for ROS 2. This session will provide valuable insights and guidance into how the Ouster driver for ROS 2 can improve your ability to handle Ouster sensors, lidar data visualization, and processing workflows. Don't miss out on this opportunity to unlock the full potential of ROS 2. Register below to watch. 

What you'll learn in the webinar: 
<ol><li>How to set up the Ouster-ROS driver, connect to the sensor, and replay a bag file</li><li>How to examine the generated point cloud using RVIZ</li><li>How to make a data capture using the ROS driver</li><li>Learn about options offered by the driver such as auto-reconnection, de-staggering, organized vs non-organized point clouds, point type, setting max range etc.</li></ol>
Who should attend? 
<ol><li>Engineers and developers in the ROS community</li><li>Engineers and developers using Ouster lidar sensors and data</li><li>Anyone interested in learning more about Ouster's lidar data management and visualization capabilities</li></ol>

We’ve received your message and will get back to you as soon as possible. In the meantime, feel free to explore our case studies or check out our <a href="https://ouster.lndo.site/embedded-forms-tests">FAQs</a> for more information.

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Unleashing the power of ROS 2: A how-to ROS webinar for engineers, developers and users of lidar data

Ouster’s driver for ROS 2 is made to simplify the use of Ouster's sensors and captured lidar data. Join our short webinar and Q&amp;A to learn from our engineering team on how to take full advantage of the Ouster driver for ROS 2 for your lidar applications.

Learn how to unlock the full potential of the Ouster ROS 2 driver. <a href="https://ouster.com/insights/webinars/unleashing-the-power-of-ros2?utm_source=banner-ad&amp;utm_medium=web">Sign up for a live demo</a>

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Cable

A pre-built connector for the cable that has inputs for an ethernet cable and a 12V/24V power adapter.
Interface Box Termination: For easy connection during evaluation and pilot.

Baseplate

A pre-built heatsink and mounting plate integrated at the sensor's base, designed to dissipate heat generated by computing, communication, and power components.

Caps

A pre-installed cover on the sensor’s top side that protects internal electronics and provides a defined surface for thermal coupling or custom heat management solutions.

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Watch Unleashing the power of ROS 2: A how-to ROS webinar for engineers, developers and users of lidar data