3.3GHz 7W Variable Power Output Wireless Video Transmitter Module for Drones
3.3GHz wireless video transmitter module
,7W variable power video transmitter
,drone video transmitter module
This high-stability 3.3GHz FPV Video Transmitter with adjustable power output operates from 3060MHz to 3500MHz and is designed for reliable, low-latency, long-range drone video transmission in professional and industrial UAV applications.
This 3.3G 64-channel VTX (Video Transmitter) is a high-performance wireless video transmission module designed specifically for drone applications, providing stable and reliable video signal transmission with flexible parameter customization. The product supports 7-26V wide voltage input, adapting to various drone power supply systems, and features a dedicated LED display for intuitive real-time monitoring of working parameters, ensuring convenient operation and parameter management.
Compared to standard single-channel or fixed-parameter VTX modules, this product offers 8 selectable bands and 8 channels per band, totaling 64 channels, which greatly enhances the anti-interference capability of video transmission and avoids signal conflicts in complex flight environments.
| Brand Name | Kimghz technology |
|---|---|
| Model Number | KH-ALV3307AC |
| Frequency | 3060MHz~3500MHz |
| Power Output | 7 Watt |
| Output Voltage | 5V |
| Power Supply | 7-26V |
| Antenna Connector | SMA connector |
| Extra Feature | IRC |
- Frequency & Channel Configuration: 3.3G frequency band with 8 selectable bands (A-H) and 8 channels per band, totaling 64 channels for strong anti-interference and flexible signal transmission
- Flexible Power Adjustment: Supports 2 high-power levels (2000mW and 7000mW) and 0dBm P-mode, with convenient power switching via button operation (4-second press to enter, short press to adjust)
- Wide Voltage Adaptation: 7-26V input voltage range, compatible with various drone power supply systems for strong versatility
- Enhanced Heat Dissipation: Dedicated heat sink design with recommended installation on uppermost drone frame layer for optimal airflow and stable long-term operation
- Safety Features: Supports pit mode for safe ground debugging with flexible entry/exit methods via Betaflight or button operation
