HUAWEI ANTDG0407A1NR 27011668 OMNIDIRECTIONAL ANTENNA SPECIFICATIONS AND DETAILS

Overview

Omni-directional Antenna,2400~2500MHz&5150~5850MHz,4dBi/7dBi,linear polarized,isotropic,5W,N/male,without bracket

Features

The Huawei ANTDG0407A1NR 27011668 Omnidirectional Antenna is an essential component in optimizing wireless communication networks, providing enhanced signal reception and transmission capabilities. This omnidirectional antenna is engineered with precision to meet the demands of modern connectivity, offering a range of features that contribute to its effectiveness in various applications. Let’s delve into the key attributes and functionalities that make the Huawei ANTDG0407A1NR a noteworthy choice for those seeking reliable and efficient omnidirectional antenna solutions.

1. Omnidirectional Coverage: The primary feature of the ANTDG0407A1NR is its omnidirectional coverage, meaning it can receive and transmit signals in a 360-degree radius. This design allows for seamless communication with multiple devices or network points in all directions, making it well-suited for scenarios where signals need to be distributed evenly.

2. Frequency Band Support: This antenna is designed to support specific frequency bands, ensuring compatibility with various wireless communication standards. This capability allows it to integrate seamlessly into diverse communication systems, providing reliable performance across different frequency ranges.

3. High-Gain Performance: The antenna is engineered for high-gain performance, amplifying the strength of both received and transmitted signals. High gain is particularly beneficial in scenarios where the signal needs to cover an extensive area or overcome obstacles, providing a more robust and stable connection.

4. Compact and Durable Design: The ANTDG0407A1NR boasts a compact and durable design, making it suitable for both indoor and outdoor installations. Its robust construction ensures longevity and resistance to environmental factors, making it reliable in various weather conditions.

Tech Specifications

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