7.2GHz 5W Video Transmitter

Product Description

7.2GHz 5W Video Transmitter

 

Specifications:

Input Voltage: ***6V

Frequency Band: ********0MHz

Channel: *4 CH

Band: 8 Bands

Power Level: 0.1W/0.5W/2W/3W/5W

Antenna Connector: SMA

Connector: 8 Pin GH1.*5

Dimensions (L x W x H): *6**6**6mm

Weight: *5g

 

Red: ***6V

Red: ***6V

Black: GND

Black: GND

White: IRC

Yellow: VIDEO

Black: GND

Red: *5V



Functions:
Real-time Video Streaming
Delivers live, zero-latency-sensing video from a remote platform (drone, robot, vehicle) to a ground station or pilot, enabling immediate visual feedback for manual control.

Multi-Channel Transmission
4.**6GHz 8 Bands, *4 Channels. Pilots can switch channels easily to avoid interference when flying with others.

Simultaneous Reception
An analog signal can be received by an unlimited number of receivers at the same time with no added latency or pairing process, making it easy to broadcast to multiple viewers.


Key Advantages:
Ultra-Low and Consistent Latency
Analog systems introduce only microseconds of delay, latency is predictable and does not vary with signal quality—critical for high-speed racing and aggressive freestyle flying where every millisecond matters.

Graceful Signal Degradation
Instead of freezing or pixelating when the signal weakens, analog video gradually degrades into snow. This allows the pilot to see interference early and react—backing out of a building or adjusting the antenna—without the video suddenly cutting to black.

Simplicity and Reliability
Analog circuits are mature and robust, with no firmware crashes, compression artifacts, or decoding errors. The system starts working immediately upon power-up with minimal configuration.

Lightweight and Low Power Consumption
Analog Video Transmitter modules are often smaller and consume less power than their digital counterparts, making them ideal for micro drones, toothpicks, and long-range setups where grams and milliamps count.

Cost-Effectiveness
Hardware is significantly cheaper than digital alternatives, lowering the barrier to entry for hobbyists.


Application Scenarios:
Drone Racing and Freestyle
The dominant use case. Racers demand the lowest possible latency to navigate tight courses at high speed. Freestyle pilots rely on the predictable video behavior and immediate feedback when performing tricks, split-S maneuvers, and proximity flying around obstacles.
 
Hobbyist and Beginner Flying
For newcomers entering, analog systems provide an affordable, forgiving platform to learn manual flight without a large investment. The easy recovery from signal interference (snow instead of a frozen frame) builds confidence.
 
Long-Range Fixed-Wing and Cinema Cruisers
While digital systems are gaining ground here, many long-range pilots still prefer analog for its predictable degradation and ability to fly far out on minimal signal without a sudden video lock-up. Custom diversity receivers with directional antennas help push analog signals to tens of kilometers.
 
Ground-Based: RC Cars, Boats, Robots
Analog video is widely used in ground vehicles and robotics for exploring terrain, navigating courses, or remote inspection. The low latency is essential for real-time steering, and the multi-receiver capability allows team members to share the same feed.
 
Broadcasting and Monitoring in Niche Industries
In niche applications—such as inflight video for rocket telemetry, high-vibration industrial inspection, or racing onboard feeds (e.g., car racing)—analogs robustness, low latency, and immunity to compression delays make it a practical choice.
 
Backpack/Portable Repeater Setups
For search-and-rescue or event coverage, analog signals can be easily repeated or retransmitted without re-encoding. A portable ground station can relay the feed to a command center with negligible extra lag.