| Brand Name: | Kimghz technology |
| Model Number: | KH-3330T |
| MOQ: | 10 |
| Price: | 56$-399$ |
| Delivery Time: | 3-8days |
| Payment Terms: | L/C,D/P,T/T,Western Union |
| Band Name | Kimghz technology |
|---|---|
| Model Number | KH-3330T |
| Frequency | 3.3GHz |
| Power |
3 Watt (200MW400MW 800MW1600MW 3000MW) |
| Channel | 14CH |
| Power Supply | 7-32V |
| Protocol | IRC-Tramp |
| Frequency Range | 3025MHz-3375MHz |
This 3.3GHz Wireless Video Transmission Module is a versatile solution designed for reliable, high-performance video/audio signal transmission, operating within the 3025MHz–3375MHz frequency range. It features 14 selectable channels and adjustable power output options (200mW, 400mW, 800mW, 1600mW, 3000mW/3W), making it suitable for drones, UAVs, remote monitoring systems, and FPV applications requiring flexible connectivity across various scenarios.
Precision Frequency Control
Operates at a stable 3.3GHz frequency with a 350MHz bandwidth (3025MHz–3375MHz), complemented by 14 independent channels to mitigate interference and ensure clear signal transmission in congested environments.
Scalable Power Output
Offers 5 customizable power levels (200mW to 3W) to adapt to mission requirements: lower power for short-range efficiency and up to 3W for extended long-range transmission, balancing distance and battery life.
Enhanced Signal Integrity
The 3.3GHz band provides better penetration through obstacles compared to higher frequencies, while the multi-level power adjustment minimizes signal loss, ensuring consistent video/audio quality even in complex electromagnetic conditions.
Broad Application Versatility
Ideal for both professional and hobbyist use cases, including aerial photography, industrial inspection, agricultural monitoring, and FPV racing, with plug-and-play compatibility for easy integration into existing systems.
Efficient Channel Management
14 channels allow simultaneous operation of multiple devices without cross-interference, supporting multi-unit deployments in team operations or crowded environments.