Our API makes it easy to write software that takes advantage of multiple ZED cameras. For best performance, connect the Sender and Receiver via an Ethernet switch instead of using Wi-Fi (see General Workflow).īoth the ZED and ZED Mini cameras support the Streaming features needed for this workflow. Therefore, the Receiver also requires an NVIDIA GPU as it is a requirement for the SDK.īoth the Sender and Receiver must be connected to the same local network. On the other side, the Receiver reads the stream and processes the images using the ZED SDK. Please note that for H.265 encoding, a Pascal GPU or a Jetson is required. For performance purposes, the ZED SDK uses hardware-based encoders built into NVIDIA graphics cards (H.264 or H.265). The Sender is responsible for encoding and streaming an attached ZED’s video via the local network. Lower TCO (total cost of ownership): Since ZED cameras don’t need their images processed locally, they can run on low-cost intermediary devices such as the NVIDIA Jetson Nano, cutting down on hardware setup requirements. This improves the efficiency of compute-heavy applications, such as deep learning, by processing images in batches. Simple Installation: Users can deploy ZED cameras anywhere reachable by Ethernet cabling, enabling long-range and outdoor coverage.Ĭompute Efficiency: Users can now offload the image processing workload for multiple ZEDs onto a single powerful server. An unlimited number of remote computers, also running the SDK, can use the stream as input as though they were connected over USB.Įasy Collaboration: Several users can simultaneously access any video feed on the network, making teamwork a lot easier. The new streaming feature turns ZED cameras into IP cameras, offering the following advantages for multiple-camera setups:įlexible Architecture: Users can now connect as many ZED cameras as needed, directly to a network.
#IP CAMERA SDK HOW TO#
In this tutorial, we describe how to set up a network of ZED cameras using the new streaming feature in ZED SDK v2.8. How to Set Up a Multi-Depth Camera Network The need to aggregate 3D Perception from multiple cameras has been growing rapidly. Build new immersive experiences with Spatial AIĬreate real-time and extraordinary interactive experiences that will blow away your audience.īring the best of virtual and augmented reality together with our ZED cameras.Remotely monitor human activity and spacesĬreate a digital twin of any space by using off-the-shelf skeleton tracking, object detection and depth estimation modules.Popular among robotics engineers, the ZED camera provides all the necessary blocks to add 3D perception to robots. All-in-one 3D perception platform for robots.
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