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Poynting EPNT-4 Omni-directional 5G/LTE Antenna, 21 dBi, SMA Male
The Poynting EPNT-4 is a high-performance omni-directional antenna designed for 5G and LTE networks, providing a comprehensive solution for customer-premises equipment. It integrates 4x4 5G/LTE MIMO, 2x2 Wi-Fi MIMO, and GPS antennas into a single, robust housing. With a maximum gain of 21 dBi and a wide frequency range of 0.617 to 4.2 GHz, it ensures stable signal reception and high data throughput. The unit is built to withstand harsh conditions, featuring an IP67 and IK10-rated enclosure that is resistant to weather, dust, and vandalism, making it suitable for both indoor and outdoor professional networking applications.
The primary advantage of the EPNT-4 is its all-in-one design, which combines cellular, Wi-Fi, and GPS capabilities to simplify installation and reduce the need for multiple antennas. The cross-polarized antenna elements significantly improve signal quality and data transmission speeds. Its construction using UV-stable ASA material ensures durability even in highly corrosive, chemical, or toxic environments, including coastal areas with high salt exposure. Furthermore, the antenna is engineered to survive wind speeds of up to 220 km/h, ensuring reliable connectivity in extreme weather conditions.
This antenna may not be suitable for indoor environments where space is extremely limited, as its robust design and size are optimized for external mounting. It is also not intended for users who do not have a compatible router or hardware that supports the specific SMA connector interface and power requirements.
The antenna is designed for wall or pole mounting. Ensure that the mounting location provides a clear line of sight to the cellular towers for optimal performance. Connect the SMA cables to your compatible router, ensuring all connections are tightened securely to maintain the weather-resistant seal. The device requires a DC power source within the specified voltage range for operation.
For best results, position the antenna as high as possible and away from large metal obstructions that could interfere with signal reception. Regularly inspect the mounting hardware and cable connections in extreme weather environments to ensure long-term performance.
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