IP 无线电网桥将视频 MAVlink 遥测从 Jetson 传输到 GCS

Here is the demand of IP radio network bridge transfers video MAVlink Telemetry from Jetson to GCS.

Customer Requirements:

1. IP Radio and Network Bridge:
   • The customer is asking whether the device functions as an IP radio and if it can create a network bridge.
2. Video Transmission from Jetson to GCS:
   • The customer wants to know if they can send encoded video from a Jetson platform on the drone to the Ground Control Station (地面站).
3. Video and MAVlink Telemetry Together as IP Packets:
   • The customer is looking for a solution that can transmit both video and MAVlink telemetry data together as IP packets over the same communication link.

Here is our reply to recommend TX900

Thank you for your interest in our products. 根据您的要求, I would recommend the TX900 long-range wireless video transmitter-receiver 系统, which is specifically designed for UAV and GCS (地面控制站) 应用. Below are the answers to your questions:

1. Is it an IP radio; does it create a network bridge?
   是, the TX900 operates as an IP radio, and it can create a network bridge. It supports Ethernet IP connections, and you can configure the system to establish a data link between your drone and the GCS.
2. Can I send encoded video from Jetson on the drone to GCS?
   绝对地! The TX900 supports various video sources, including encoded video from platforms like Jetson. You can transmit the encoded video from the drone to the GCS seamlessly, ensuring high-quality real-time video for your operations.
3. Can I send video and MAVlink telemetry together as IP packets?
   是, the TX900 supports both video and telemetry data transmission together as IP packets. It allows bidirectional transmission of video, telemetry (MAVLink), 和控制数据. This makes it ideal for applications like UAVs, where both video feeds and telemetry need to be integrated and transmitted simultaneously.

此外, 这 TX900 offers the following features:

• AES 128-bit video encryption for secure communication.
• Long-range transmission capabilities (up to 150km) with selectable transmission power (2W¯¯, 5W¯¯, 10W¯¯).
• 带宽可调 (3中号, 5中号, 10中号, 20中号) to suit your specific requirements.
• Support for both LOS (视线) 和非视距 (非视距) 场景.
• Configuration and monitoring through a Web UI for easy setup and control.
• Dual antennas for improved signal stability and coverage.
• Ability to support multiple transmitters (例如, for multi-camera setups).

We have several models in the TX900 series that cater to different range requirements (22千米, 55千米, 100千米, 和150公里). This flexibility ensures that you can choose the right model depending on your operational needs.

Let me know if you need any additional details or if you’d like a specific configuration. We’d be happy to help you set up the ideal solution for your drone operation.

Customers mentioned that the model that only needs a transmission distance of 5 kilometers and is smaller in size. We recommend the 威肯1681, which has only a built-in 300mW amplifier, no external amplifier, no shell, and no default transmit and receive antenna. 仅有的 19.6 克.

What is Jetson?

Jetson refers to a family of embedded computing platforms developed by NVIDIA. These platforms are designed for edge AI applications, especially in robotics, 无人机, 自动驾驶汽车, and other systems requiring high-performance computing in compact form factors.

Jetson platforms typically include a powerful 图形处理器 (Graphics Processing Unit), 中央处理器 (Central Processing Unit), and various hardware accelerators, making them well-suited for AI and machine learning tasks, 图像处理, 计算机视觉, 还有更多. They’re widely used for tasks such as:

• Autonomous Drones: Jetson is often integrated into UAVs for real-time image processing, 导航, 和决策.
• 机器人技术: Many robots use Jetson for AI-driven functionalities like object recognition, path planning, and interaction with the environment.
• Edge AI: Jetson is a great choice for processing data at the edge (IE。, on-site instead of in a remote cloud) for applications in security cameras, smart cities, 和物联网.

In the context of this customer inquiry, Jetson likely refers to an NVIDIA Jetson board being used on the drone for running AI algorithms and processing video feeds before transmission to the GCS.