HPE Outdoor MIMO Antenna Kit Ant-2x2-5005

Engineered for reliable outdoor wireless connectivity, the HPE ANT-2x2-5005 antenna kit delivers robust performance for 802.11n MIMO mesh links and client access in outdoor deployments. This two-antenna kit uses two differently polarized omnidirectional elements to form a true 2x2 MIMO pair, enabling improved diversity, higher data rates, and stronger link reliability across the 4.9–5.875 GHz spectrum. Designed to support modern outdoor networks, the ANT-2x2-5005 helps networks expand coverage, reduce dead zones, and deliver consistent performance in campuses, stadiums, industrial yards, and other open-air environments. With a focus on simple integration and broad compatibility, this kit provides a practical, scalable solution for networks that require dependable 5 GHz performance without complicated installations. Whether you’re extending a wireless backbone, delivering client access in challenging outdoor spaces, or building an outdoor mesh, the ANT-2x2-5005 kit is engineered to maximize coverage and support seamless, high-throughput operation.

• Two omnidirectional antennas optimized for outdoor 802.11n MIMO mesh links and client access applications.
• Two differently polarized elements to form a true 2x2 MIMO pair, improving link reliability and throughput through spatial diversity.
• Wide frequency coverage from 4.9 to 5.875 GHz to accommodate modern 5 GHz deployments and spectrum variations in outdoor environments.
• Optimized radiation pattern to deliver consistent, broad coverage in open spaces while mitigating common multipath and interference challenges outdoors.
• Outdoor-oriented design that enables straightforward integration with compatible wireless infrastructure to extend network reach with minimal disruption.

Technical Details of HPE Outdoor MIMO Antenna Kit Ant-2x2-5005

• Frequency Range: 4.9–5.875 GHz
• Antenna Type: Omnidirectional
• Polarization: Two differently polarized antennas
• MIMO Configuration: 2x2 MIMO pair
• Applications: 802.11n MIMO mesh link and client access
• Usage: Outdoor deployments

how to install HPE Outdoor MIMO Antenna Kit Ant-2x2-5005

• Plan your installation by selecting mounting locations that provide favorable coverage for your outdoor network, taking into account line of sight, elevation, and potential obstructions.
• Install the two antennas as a 2x2 MIMO pair, ensuring that the polarization orientations are aligned with your radio hardware to maximize diversity and performance.
• Connect each antenna to the corresponding radio ports as specified by your access point or outdoor radio device documentation, following proper cable routing to minimize loss and exposure.
• Secure antennas and cabling to withstand outdoor conditions, using weatherproof connectors and appropriate fasteners to prevent movement during wind or vibration.
• Test the link quality after installation, adjust antenna orientation if needed to optimize signal strength, throughput, and coverage across the intended area.

Frequently asked questions

• What is included in the ANT-2x2-5005 kit? It includes two omnidirectional antennas designed to operate as a 2x2 MIMO pair for outdoor 4.9–5.875 GHz networks, with two differently polarized elements to enhance diversity and throughput.
• What wireless scenarios is this kit best suited for? Ideal for 802.11n MIMO mesh links and client access in outdoor environments, such as campuses, arenas, industrial sites, and large outdoor spaces requiring reliable 5 GHz coverage.
• Can this kit be used indoors? The kit is designed for outdoor deployments to extend coverage; for indoor use, verify compatibility with your indoor radio equipment and verify mounting suitability.
• Does the kit provide coverage in a specific sector? The antennas are omnidirectional, offering broad coverage around the installation site to support multipoint connectivity and flexible deployment strategies.
• How do I optimize performance after installation? Align the polarization and positioning of the two antennas to maximize diversity, maintain clean cable routing to minimize losses, and test the network to confirm that throughput and range meet your requirements.