how to set two transmitters and one receiver of the drone video data link?
Question: I already bought your three units of the drone video data link, TX900. How to set the two transmitters in the air and one receiver on the ground?
I can’t find the configuration to set 2 IPs to receive from the 2 Tx simultaneously. They found how to set only one IP.
Answer: The below is our answer for your question.
Please check the above diagram picture, the receiver IP address is 192.168.1.11, one Transmitter IP address is 192.168.1.12 and another transmitter IP address is 192.168.1.13. Then via our three units of TX900, they will form a broadband network.
Then the receiver can connect to a computer, at the computer, you can run the Ping command, ping 192.168.1.12, and ping 192.168.1.13, ping ok, then the network is working well.
If you connect 2 IP cameras on the 192.168.1.12 and 192.168.1.13 transmitter, Then the IP camera also has their IP address, if you set them to 192.168.1.30 and 192.168.1.40, then you can at the receiver computer type the IP camera address to get the real video.
You also can use the Easyplayer RTSP player to play two video streams from the two air transmitters.
Our two transmitters and one receiver only form a 2-to-1 wireless transmission network. The two transmitters should be connected to the data devices that the customer needs to transmit (for example, IP cameras, two IP cameras have two independent IP addresses), and the receiving end should be connected to the customer’s data receiving device (for example, a video player, which requires the customer’s software to pull data from the two transmitters’ own devices. For example, two video player software threads pull RTSP streams respectively, corresponding to different RTSP addresses of the sending end video).
In fact, all the settings are for the customer’s own equipment connected to the wireless network, and the settings need to be analyzed specifically based on the customer’s use or need to connect the equipment.
How to connect and set up the data serial port depends on what device the data serial port is connected to at each end, how to use the data serial port to transmit serial port data, and how to connect and set it.
For example, you can use the D1 serial port on the ground side to control the flight controller connected to transmitter 1, and the D2 serial port on the ground side to control the flight controller connected to transmitter 2.
If you first tell us what devices you want to connect to transmitter 1, transmitter 2, and the ground end, and how to transmit data, we will propose a specific solution to help you connect and set up.
Regarding the connection and configuration of the transparent serial port, you need to give your usage scenario, draw a block diagram, let us know how many serial port data need to be transmitted, and the flow direction of the serial port data, so that we can guide you how to connect and configure.