29+Years
29+Years
12 Available
Condition: New
The ANT-2X2-5005 is a high-performance pair of 5G omni-directional antennas designed to enhance your wireless connectivity. With a gain of 5 dBi, these antennas provide robust signal reception and transmission, making them ideal for both indoor and outdoor applications.
These antennas come with a durable construction, ensuring long-lasting performance in various environmental conditions. Perfect for improving your network range and reliability.
The HPE ANT-2X2-5005 is a pair of 5G omni-directional antennas engineered to improve wireless signal reception and transmission. Each antenna offers a 5 dBi gain, which can contribute to more robust connectivity in various deployment scenarios. Designed for both indoor and outdoor use, these units feature durable construction to withstand different environmental conditions. They provide 360-degree coverage, suitable for applications requiring broad signal dissemination. This product, identified by part number JW026A, is intended for IT professionals and businesses looking to extend network range and enhance reliability within their 5G infrastructure. It addresses common issues such as weak signal areas or limited coverage by providing a higher-performance antenna solution compared to standard integrated options.
These antennas are designed for 5G applications, aiming to enhance wireless connectivity by providing robust signal reception and transmission. They are suitable for improving network range and reliability.
Yes, the antennas feature durable construction, making them suitable for both indoor and outdoor applications. This ensures long-lasting performance across various environmental conditions.
The ANT-2X2-5005 antennas feature an omni-directional design, which provides 360-degree coverage. This allows for broad signal dissemination from a single point.
The antennas come with included mounting accessories, facilitating easy installation. They are also compatible with most routers.
JW026A - Hpe ANT-2X2-5005 PAIR 5G 5DBI OMNI
