4G/LTE Grid Antennas are a kind of Dish Antennas that Asian Creation offers, in which featured on the technology of 4G or LTE. The 4G/LTE grid Antennas which are high-efficient and having strong penetration ability, enable customers to freely choose and select the suitable products they want.

Important factors affecting 4G/LTE Grid Antennas performance

In radio communication, the 4G/LTE grid Antenna is the interface of the external medium, and the 4G/LTE grid Antenna can radiate and receive radio waves. When the 4G/LTE grid Antenna transmits, it can convert high-frequency current into electromagnetic waves, and convert the received electromagnetic waves into high-frequency current. The direction, gain and power of the 4G/LTE grid Antenna are three important factors that affect the performance of the 4G/LTE grid Antenna.

Important factors affecting 4G/LTE Grid Antennas performance

Gains of 4G/LTE Grid Antennas

Compared to other Antennas with the same technology and frequency range, the 4G/LTE Grid Antennas have higher and superior gains. In this way, these antennas have a better ability of penetration and are more efficient and effective.

4G LTE Parabolic Grid Antenna Applications

Parabolic grid antennas are commonly used in 4G/LTE networks for specific applications that require long-range, high-gain communication. Here are some typical applications of parabolic grid antenna 4g:

Long-Distance Point-to-Point Communication: 4G/LTE Parabolic grid antennas excel in establishing long-distance point-to-point communication links. They are often used to connect remote locations or to establish backhaul links between cell towers in areas with challenging terrain.

Wireless Internet Service Providers (WISPs): WISPs often use parabolic antenna 4g lte to deliver high-speed internet access to customers in rural or underserved areas. These antennas provide directional coverage, enabling WISPs to reach subscribers over longer distances.

Backhaul Links for Cellular Networks: 4G/LTE Parabolic grid antennas are employed in the backhaul infrastructure of cellular networks. They connect base stations and small cells to the core network, supporting high-capacity data transfer and enhancing the overall network performance.

Surveillance and Security Systems: 4G/LTE Parabolic grid antennas are used in surveillance and security applications to establish long-range communication links for transmitting video and data. This is common in scenarios where a centralized monitoring station needs to communicate with remote cameras or sensors.

Broadcasting and Media Production: In broadcasting and media production, 4G/LTE parabolic grid antennas may be used for live event coverage. They enable reliable and high-capacity data transmission from remote locations to broadcasting centers, supporting the transmission of audio, video, and data.

Military and Defense Applications: 4G/LTE Parabolic grid antennas find applications in military and defense for secure and long-range communication. They are used for tactical deployments, remote monitoring, and communication between different military units.

Research and Exploration: In research and exploration activities, such as environmental monitoring or scientific research in remote locations, 4G/LTE parabolic grid antennas can establish communication links for data transfer and remote monitoring.

Point-to-Multipoint Communication: 4G/LTE Parabolic grid antennas can be used for point-to-multipoint communication scenarios where a central hub communicates with multiple remote locations. This can be useful in scenarios like connecting multiple buildings or providing coverage in a specific geographic area.

Fixed Wireless Access (FWA): 4G/LTE Parabolic grid antennas are employed in fixed wireless access deployments, delivering high-speed internet to homes and businesses. Their directional characteristics help focus the signal and extend coverage to specific areas.