10W 3.3GHz Video Transmitter Long Range FPV

测试视频
December 22, 2025
Category Connection: Analog Video Transmitter
Brief: In this video, we provide a detailed walkthrough of the 10W 3.3GHz Video Transmitter for long-range FPV applications. You'll see how this high-performance module ensures stable wireless video transmission across 14 channels and adjustable power levels, ideal for drones and remote monitoring. Stay tuned as we highlight the most important features and real-use results.
Related Product Features:
  • Operates on the 3.3GHz frequency band from 3025MHz to 3375MHz for reduced interference and stable performance.
  • Offers 14 selectable channels for adaptive frequency selection in diverse environments.
  • Provides flexible power output options including 200mW, 400mW, 1W, 4W, and 8-10W.
  • Supports a wide power supply range from 7V to 32V for versatile integration.
  • Uses IRC-Tramp protocol for reliable communication and easy setup.
  • Delivers high-power reliability with up to 10W output for extended transmission range.
  • Designed for seamless compatibility with drones, UAVs, and monitoring systems.
  • Enhances long-range FPV flight experiences with robust signal penetration through obstacles.
FAQs:
  • What is the frequency range of this video transmitter?
    The transmitter operates within the 3025MHz to 3375MHz frequency band, providing a broad and less congested range for stable video transmission.
  • How many power output levels are available?
    It offers five adjustable power levels: 200mW, 400mW, 1W, 4W, and 8-10W, allowing you to balance transmission distance and energy efficiency.
  • Is this transmitter compatible with my existing drone or UAV system?
    Yes, it is designed for versatile compatibility with drones, UAVs, and remote monitoring equipment, supporting plug-and-play setup for easy integration.
  • What is the advantage of using the 3.3GHz frequency?
    The 3.3GHz band is less congested than lower frequencies, minimizing signal disruption and enhancing video and audio clarity in complex electromagnetic environments.