3.Product Advantages

• Max Output Power (P1dB) of 36dBm (4W) The P1dB refers to the point where the output power of the amplifier starts to compress and is typically used to specify the amplifier's maximum linear output power. In this case, 36dBm, which equals 4 watts of output power, provides a significant boost in signal strength, greatly extending the communication range and improving signal reliability.
• Dual Band (2.4GHz and 5.8GHz) Operation Supports both 2.4GHz and 5.8GHz frequencies, making it versatile and compatible with a wide range of devices such as drones, wireless routers, and radio communication systems. These two frequency bands are commonly used in Wi-Fi systems, UAVs (unmanned aerial vehicles), and other RF communication setups. 2.4GHz Band: Known for its ability to penetrate obstacles better, making it ideal for longer-distance communication in areas with obstructions. 5.8GHz Band: Offers faster data rates and less congestion, making it ideal for high-speed applications, though with less penetration compared to 2.4GHz.
• Bidirectional Amplification This amplifier not only boosts the outgoing transmission signals but also amplifies incoming signals, ensuring clearer communication in both directions. This feature is important for maintaining reliable connections between a controller and a drone or other device over long distances.
• High Gain The amplifier typically provides a substantial signal gain (measured in dB), which helps extend the effective range of devices and maintain stronger signals in areas with weak coverage or interference. The high gain is particularly useful for environments where maintaining a stable signal is critical.
• Low Noise Figure Despite amplifying signals, these devices often maintain a low noise figure, meaning they add minimal distortion or noise to the signal, which is essential for maintaining the quality of communication, particularly in critical applications such as drone flights or long-range radio communications.

4.Product details