Drone UAV wireless video data transmitter-receiver module DIY
Table of Contents
Feature
- Beginner’s entry-level learning drone transmitter and receiver module.
- TDD Two-way bidirectional transceiver module.
- 1420-1530Mhz has 110MHz frequency range for FHSS FHSS Frequency-hopping spread spectrum automatic frequency hopping
- 2x Ethernet connector for IP camera video at the drone air unit or computer Mission Planner or QGC at ground receiver unit.
- 2x Data port. (Optional TTL, RS232, Sbus), TTL for flight controller, Sbus for remote control.
- Max speed: 30Mbps@20MHz bandwidth
- Multiple bandwidth options
- Operation frequency range: 806-826MHz, 1427-1447MHz, 1420-1530MHz, 2401-2481MHz
- AES128 encryption and decryption
- Web UI Management Tool
- Max 16 nodes at the same networking
- RF Channel 1T2R
- RF PA Power output: 0.3W (default) 25dBm
- Channel bandwidth: 3/5/10/20MHz
- RF connector: 2 SMA
Relative Post
FAQ
What is the Drone UAV wireless video data transmitter-receiver module used for?
It is used for real-time video streaming and data transmission between drones and ground stations, ideal for DIY and professional UAV projects.
Is this module suitable for beginner drone enthusiasts?
Yes, it is designed as an entry-level module, making it easy for beginners to learn drone video and data transmission.
What type of transceiver does this module use?
It uses a TDD two-way bidirectional transceiver for stable video and data communication.
Which frequency ranges does the module support?
It supports 806-826MHz, 1427-1447MHz, 1420-1530MHz, and 2401-2481MHz frequency ranges.
Does the module support FHSS frequency hopping?
Yes, the 1420-1530MHz range includes 110MHz FHSS automatic frequency hopping for interference-free transmission.
How many nodes can connect in the network?
Up to 16 nodes can be connected simultaneously for a multi-drone or multi-device setup.
What is the maximum data speed of this module?
The maximum speed is 30Mbps at 20MHz bandwidth, sufficient for high-quality video streaming.
Can I connect IP cameras to this module?
Yes, it has 2 Ethernet connectors for IP camera video at the drone air unit or ground station.
Does the module support flight controller connections?
Yes, it supports TTL data for flight controllers and Sbus for remote control.
Is there encryption available for secure transmission?
Yes, AES128 encryption ensures secure video and data communication.
What are the RF output power specifications?
The RF PA output is 0.3W (default) or 25dBm, adjustable for different use cases.
How many SMA connectors does it have?
It has 2 SMA RF connectors for antenna connection.
What channel bandwidths are available?
It supports 3, 5, 10, and 20MHz channel bandwidth options.
Can this module be used for DIY drone projects?
Absolutely, it is designed specifically for DIY drone UAV video and data experiments.
Does it support web management tools?
Yes, a Web UI Management Tool is included for easy configuration.
Is the module compatible with Mission Planner or QGC software?
Yes, you can use Mission Planner or QGC at the ground receiver unit for drone control.
What type of video signals does it transmit?
It transmits digital IP video from Ethernet-connected cameras.
Can it be used for multi-drone networking?
Yes, it supports up to 16 nodes for synchronized drone operations.
Does it support two-way communication?
Yes, the TDD module allows bidirectional video and data exchange.
Is this module suitable for professional UAVs?
Yes, it can be used in both beginner and professional UAV projects due to its versatility.
Can the bandwidth be adjusted?
Yes, multiple bandwidth options allow optimization for speed and stability.
What is the operation distance of this module?
Distance depends on frequency, antennas, and environment, but it provides stable long-range video transmission.
Does it support real-time telemetry data?
Yes, the data ports transmit telemetry for flight controllers or remote controls.
Is this module compatible with standard UAV controllers?
Yes, TTL and Sbus support allows connection with most popular UAV controllers.
How do I connect an IP camera to this module?
Use the provided Ethernet port to connect IP cameras on the drone or ground unit.
Can it work with other video transmitters?
Yes, it can integrate with other networked video systems using standard IP protocols.
Does it support dual RF channels?
Yes, the module uses 1T2R RF channels for better stability and signal quality.
Is AES128 encryption mandatory?
No, it is optional but recommended for secure drone communications.
Can it be used indoors?
Yes, it works indoors but is optimized for open-air UAV operations.
Is it easy to DIY with this module?
Yes, step-by-step guides and intuitive design make it ideal for DIY drone enthusiasts.
What is the typical latency of video transmission?
Latency is minimal, suitable for real-time video monitoring and drone control.
Does it support Sbus remote control integration?
Yes, Sbus support allows seamless connection with compatible remote controls.
Can it operate on multiple frequencies simultaneously?
It can switch frequencies using FHSS but operates on one channel at a time.
Is the module lightweight for small drones?
Yes, it is compact and lightweight, suitable for small to medium UAVs.
Can it handle high-definition video?
Yes, with 30Mbps maximum speed, HD video streaming is supported.
Is the module water-resistant?
No, it is not waterproof; use protective enclosures if needed.
Does it require special antennas?
Standard SMA antennas are compatible, but high-gain antennas can extend range.
How is the module powered?
It can be powered via standard UAV power supply compatible with TTL/Sbus modules.
Can it transmit both video and telemetry simultaneously?
Yes, the dual data ports allow simultaneous video and telemetry transmission.
Does it support Ethernet data streaming?
Yes, it has 2 Ethernet connectors for direct IP video streaming.
Can the module connect to a PC for testing?
Yes, the ground unit can connect to a computer for monitoring and control.
Is firmware update possible?
Yes, firmware can be updated through the Web UI management tool.
Does it work in crowded RF environments?
Yes, FHSS automatic frequency hopping reduces interference in busy RF areas.
Can multiple modules be networked together?
Yes, up to 16 nodes can form a stable network for multi-drone applications.
Is technical support available for DIY users?
Yes, the manufacturer provides guidance for installation and troubleshooting.
Does the module require configuration before use?
Yes, initial configuration via the Web UI is recommended for optimal performance.
Is it compatible with Raspberry Pi or similar boards?
Yes, TTL and Ethernet ports make it compatible with Raspberry Pi for DIY projects.
Can it be used for ground robot control as well?
Yes, the module can transmit video and data for ground robotics applications.
What type of video compression does it use?
It uses standard IP video streaming protocols compatible with most networked cameras.
Is this module cost-effective for DIY UAV projects?
Yes, it provides high performance and versatility at a reasonable price.
Can the module be expanded for large UAV fleets?
Yes, networking up to 16 nodes allows expansion for multiple UAV operations.
iVcan.com –
I recently used this Drone UAV wireless video data transmitter-receiver module for my DIY drone projects, and I’m extremely impressed. The setup was straightforward, even for a beginner, and the bidirectional TDD transceiver works flawlessly for both video and data transmission. The multiple frequency options and FHSS automatic hopping ensure stable and interference-free connections. I especially appreciate the Ethernet and TTL/Sbus ports, which make integrating IP cameras and flight controllers effortless. The web UI management tool is intuitive, and the AES128 encryption adds confidence in secure communications. Overall, it’s a reliable, high-performance module that makes drone networking and real-time video streaming simple and efficient. Highly recommended!