FPV Video Products Manufacturer & OEM/ODM Supplier
7–8.5GHz 5W analog FPV video transmitter with 80-channel architecture and custom frequency input support. Adjustable output (0mW–5W) and IRC Tramp control.
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| Weight | 6907076 kg |
|---|---|
| Power Output | 0mW/25mW/2.5W/5W |
| Frequency | 7GHz-8.5GHz |
| Channel | 80CH |
| Control Protocol | IRC-Tramp |
| Mounting Holes | 20×20mm |
| Antenna Connector | SMA |
| Weight | 56g |
| Dimensions | 63.13×37.2×17.2mm |
This 7–8.5GHz analog video transmitter is designed for UAV systems requiring flexible frequency configuration and operation outside standard FPV bands.
With an extended frequency range and support for user-defined frequency input, the module enables system-level RF deployment tailored to specific project requirements.
With in-house development and continuous iteration, the design supports customization and system-level integration, making it suitable for OEM and ODM projects across different UAV platforms.
The transmitter supports user-defined frequency configuration within its operating range, allowing direct frequency input through flight controller systems.
Unlike fixed channel transmitters, this design enables flexible frequency planning based on deployment requirements, interference conditions, or regulatory constraints.
This feature is particularly useful for:
Projects requiring non-standard frequency operation
Multi-system deployments with frequency separation
Custom RF communication solutions
The module operates across a wide frequency range and supports a high channel count architecture for flexible RF deployment.
Output power is adjustable up to 5W, allowing configuration for testing, standard operation, or higher power transmission scenarios.
The module supports DC 15–36V input and is compatible with common UAV battery systems, allowing direct integration without additional voltage regulation.
IRC Tramp protocol enables remote adjustment of frequency and power via flight controller or OSD interface, improving configuration efficiency.
Antenna must be installed before powering on
Ensure sufficient cooling during high-power operation
Verify correct voltage input before connection
Avoid improper wiring to prevent module damage
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