Brief: See the solution in real use and note how it behaves under normal conditions. This video provides a detailed walkthrough of the 3.3GHz 3W Wireless Video Transmitter, demonstrating its stable signal performance across 14 channels and flexible power output settings. You'll observe how this transmitter module ensures reliable, long-range video transmission for drones, UAVs, and remote monitoring systems in diverse operational environments.
Related Product Features:
Operates on a stable 3.3GHz frequency band from 3025MHz to 3375MHz for clear video and audio transmission.
Offers 14 selectable channels to minimize interference and adapt to various frequency requirements.
Provides flexible power output options including 200mW, 400mW, 1W, 4W, and up to 10W for different range needs.
Supports a wide power supply range from 7V to 32V for versatile integration with different systems.
Uses IRC-Tramp protocol for reliable communication and easy configuration.
Designed for high-power reliability with up to 10W output, enabling robust signal penetration through obstacles.
Ideal for drones, UAVs, and remote monitoring applications requiring stable long-range connectivity.
Features plug-and-play setup for quick deployment in both professional and hobbyist scenarios.
FAQs:
What is the frequency range of this wireless video transmitter?
The transmitter operates within the 3025MHz to 3375MHz frequency band, providing a stable 3.3GHz signal that is less congested than lower bands for enhanced clarity.
How many power output options are available and what are they?
It offers five adjustable power output levels: 200mW, 400mW, 1W, 4W, and 8-10W, allowing you to balance transmission distance with energy efficiency for various mission requirements.
Is this transmitter compatible with different drones and monitoring systems?
Yes, it is designed for versatile compatibility and seamless integration with drones, UAVs, and remote monitoring equipment, supporting plug-and-play setup for quick deployment.
How many channels does the transmitter support and why is this important?
It supports 14 selectable channels, which helps reduce interference risks by allowing adaptive frequency selection in diverse electromagnetic environments.