Quantity | 3+ units | 10+ units | 30+ units | 50+ units | More |
---|---|---|---|---|---|
Price /Unit | $3,936.28 | $3,855.95 | $3,735.45 | $3,574.78 | Contact US |
10km Digital Image Transmission System Audio Video Transmitter Receiver 1080P 352MHz for Drone Quadcopter TL1000-352
Description:
HD digital image transmission system is suitable for the equipment that needs to be lightweight real-time image return. Encoder, receiver and antenna are integrated. And the image is converted into a wireless signal and transmitted back to the ground.The returned signal will be received by a set of dual antenna receiver and displayed on the television screen.
Features:
- Support standard HDMI video wireless transmission.
- With DR-2108 dual antenna mobile digital receiver, image resolution 1080P, 352MHz transmission distance can reach 9-10km (specific distance due to environmental changes).
- Wireless transmission, image delay 300-350MS.
- Overall power consumption is less than 12W.
- Machine weight less than 100 g.
- Using H.264 image compression technology, high quality and fine compression
- Support USB upgrade and recording, playback function.
- Typical DC12V/DC24V power supply, support voltage range DC10V-26V.
- Adopt separate type design, and the position of the machine can be selected at will, and the heat dissipation function is good.
- With a double set receiver (automatic selection of the signal with a strong decoding), stable performance.
- Excellent receiving sensitivity.
- High definition picture effect, anti multipath interference and anti fading, and can support the stable image transmission under the 230Km/h fast moving.
Package List:
- Encoder (46 x 38 x 19mm) 35g * 1
- Transmitter (99 * 40 * 15mm) 64g * 1
- Receiver (124 * 85 * 20MM) 147g * 1
- Transmitter antenna * 1
- Receiver antenna * 2
- Receiver antenna suction cup x 2
- Mirco HDMI connection line * 1
- MCX to SMA connection line * 1
- SMA male to SMA female connection line * 1
- SMA male to SMA male cable * 1
- SMA male to SMA Female Elbow * 1
- Filter * 1
- Receiver equipment * 1