Drone HDMI SDI Video

Drone HDMI SDI Video

The is airborne video downlink is a comprehensive aerial-based video transmission solution that delivers real-time surveillance that enhances law enforcement, emergency, and critical infrastructure operations.

It comprises an integrated suite of downlink transmitters, receivers, and antennas that capture real-time, reliable high-definition video from drones, helicopters, and other aircraft for display at command centers, mobile units, and video management systems.

It also integrated full duplex serial control data for flight and gimbal control at the same time by a pilot on the ground.

80km Long Range Drone HDMI/SDI Video and Serial Data Downlink

Frequency Option

➢800Mhz: 806~826MHz

➢1.4Ghz: 1428~1448MHz

Anti-interference

➢Automatically frequency hopping within the range to avoid interference.

Support Multiple Type Camera

➢Video Input: Support IP camera, HDMI camera, and SDI camera

➢1*LAN Port: TCPIP/UDP

➢Video Output Interface: HDMI+SDI+Ethernet

Short Latency

➢Latency: End to end 50ms for 1080P30 video

                  End to end 40ms for 720P60 video

Control the flight and Gimbal at the same time

➢2* Two way TTL Serial Ports: Control the flight and gimbal at the same time

80km Air to Ground Range BVLOS Communication

➢Long range transmission range up to 80km line-of-sight

Mini and Light Weight Special for Drone

➢Weight: 250g

➢The is a fully integrated, long-range microwave transmitter, based on aircraft industry standards for ruggedness, size, and weight. Highly efficient H.264/ FPGA Encoding.

➢It is components include a transmitter, receiver, and antennas. It supports IP Camera, HDMI camera, and SDI camera to access and control the flight and gimbal via TTL(3.3V) at the same time for 80km. As shown in the following diagram:

Application

has been deployed by law enforcement agencies, and adds an additional layer of safety and security to missions being carried out on the ground. It can play an essential role in the surveillance and BVLOS communications, assessment, and deployment operations. That is a critical tool for improving situational

Specification