3.7GHz 8W FPV Video Transmitter Long Range

测试视频
December 22, 2025
Category Connection: Video Transmitter
Brief: Get a guided demo that shows common workflows and troubleshooting tips for the 3.7GHz 8W FPV Video Transmitter. This video provides a detailed walkthrough of its long-range capabilities, demonstrating how to configure the 16 channels and adjust the RF power from 200mW to 3W for optimal performance in various scenarios like UAV live feeds and outdoor broadcasting.
Related Product Features:
  • Operates on the 3.7GHz frequency band for high-definition video transmission with minimal latency.
  • Features 16 selectable channels to mitigate interference in congested environments.
  • Offers adjustable RF power from 200mW to 3W for flexible range and energy efficiency.
  • Supports a wide voltage input range of 7-32V for versatile power supply options.
  • Utilizes the IRC-Tramp protocol for reliable communication and control.
  • Covers a frequency range from 3705MHz to 4080MHz for broad compatibility.
  • Engineered to handle 1080p and 4K video signals for professional broadcasting applications.
  • Ideal for UAV live feeds, outdoor events, and short-range professional video transmission.
FAQs:
  • What is the maximum transmission range of this video transmitter?
    The transmitter offers extended coverage up to 800m-1.5km when set to its maximum 3W power mode, making it suitable for long-range FPV and broadcasting applications.
  • How many channels does this transmitter support and why is this important?
    It supports 16 selectable channels, which is crucial for reducing signal overlap and interference in crowded RF environments, ensuring stable video transmission for multi-device setups.
  • What power supply options are compatible with this device?
    The transmitter features a wide voltage input range of 7-32V, providing flexibility to use with various power sources, from standard batteries to professional power systems.
  • Is this transmitter suitable for 4K video transmission?
    Yes, the high-frequency 3.7GHz bandwidth is engineered to support smooth HD and 4K video signals with minimal latency, ideal for real-time surveillance and drone cinematography.