Brief: Looking for a straightforward way to extend your FPV drone's signal range? This video provides a real-scene factory demonstration of the RX with TX WIFI 2.4GHz 10W 12V dual band signal extender. You'll see how this RF power amplifier uses advanced modulation technology to deliver long-distance transmission and strong anti-interference capabilities while maintaining stable performance.
Related Product Features:
Extends FPV drone signal range using 2.4GHz dual-band WiFi technology with 10W output power.
Features advanced single carrier modulation with DSSS and OFDM for reliable long-distance communication.
Operates on 12-31V voltage with low current consumption of approximately 1A.
Provides transmission gain of 18dB±1 and receiving gain of 16dB±1 for enhanced signal strength.
Supports fast TX/RX switching with delay less than 1 microsecond for responsive performance.
Designed with compact size, high efficiency, and excellent linearity for stable operation.
Works in extreme conditions from -40°C to 70°C with up to 95% humidity tolerance.
Customizable operating frequency between 2300-2400MHz to meet specific application needs.
FAQs:
What is the operating voltage range for this signal extender?
The amplifier operates on a voltage range of 12-31V, providing flexibility for different power supply configurations in your FPV drone setup.
How does this product extend the drone's signal range?
It uses leading single carrier modulation technology combined with DSSS and OFDM frequency extension methods to significantly expand wireless RF communication distance while maintaining transmission rates.
What environmental conditions can this amplifier withstand?
It operates reliably in temperatures from -40°C to 70°C and up to 95% humidity, making it suitable for various outdoor and challenging environmental conditions.
Do you offer customization options for this product?
Yes, we support customization of operating frequency and other parameters, and we welcome factory visits to discuss specific requirements for your FPV drone applications.