W771N-LTE

W771N-LTE antennas, belonging to the field of RF antennas, are widely used in telecommunications and other radio-frequency applications. They are used to transmit and receive radio signals, usually within the frequency range of 800 to 2500 Megahertz.

The primary use of W771N-LTE antennas is for mobile broadband and cellular networks. The antenna is used to provide enhanced coverage for both 2G (GSM) and 3G/4G (UMTS and LTE) mobile phone networks. It is able to transmit signals in multiple frequency bands, allowing the user to maintain continuous 2G/3G/4G/LTE connectivity. In addition, they are used for Point-to-Point (PTP) and Point-to-Multipoint (PTMP) systems, as well as in Wi-Fi networks.

When considering W771N-LTE antennas, the S.I. value, or the signal-to-interference ratio, is very important. This value measures the ratio between the desired signal and any unwanted signals from other sources. The higher the S.I. value, the higher the performance of the antenna, with higher signal strength and more reliable connections. The W771N-LTE antenna features a S.I. value of up to 25, providing excellent signal strength and interference rejection.

When it comes to the working principle, W771N-LTE antennas use a directional radiating element. This element has a particular polarization, which is determined by its geometric pattern and shape. This polarization, as well as the antenna element’s orientation and length, directly influence an antenna’s radiation pattern, which in turn determines the transmission and reception of signals.

By connecting the antennas in parallel, which is the arrangement in W771N-LTE antennas, each element radiates a stronger signal in the vertical direction. This increases the power that is directed towards the intended target, thus reducing the radiation in other directions. This antenna, with its specific polarization, is perfect for long distance communication, allowing effective communication over a much larger area. The improved radiation pattern makes the W771N-LTE antennas highly suitable for antenna networks.

Another important factor to consider is the gain of the antenna. The antenna’s gain is determined by its directional pattern, which consists of the overall shape and size of the antenna. By increasing the antenna’s gain, its signal-to-noise ratio can be improved, resulting in a higher signal quality and a stronger signal strength. The W771N-LTE antenna has a gain of up to 15 dBi, offering excellent signal reception and transmission.

In conclusion, W771N-LTE antennas are perfect for a wide range of radiofrequency applications, such as mobile broadband and cellular networks. Their directional radiating elements, with the specific polarization, are perfect for long distance communication, allowing effective communication over a much larger area. Additionally, the antenna’s S.I. value and gain are very impressive, making W771N-LTE antennas one of the best choices for long-distance wireless communication.