HPE ANT-2X2-5010 Antenna Kit

The HPE ANT-2X2-5010 Antenna Kit delivers reliable, high-performance wireless coverage for 802.11n MIMO mesh links and client access. This dual-antenna set features two differently polarized, omnidirectional elements that work together as a 2x2 MIMO pair, expanding capacity and improving signal integrity across the 4.9 to 5.875 GHz frequency band. Ideal for enterprise wireless deployments where robust 5 GHz connectivity and diverse multipath handling are critical, this kit is designed to optimize throughput, reliability, and overall network performance in modern 802.11n environments.

• Omnidirectional, dual-polarized design for 2x2 MIMO – The kit includes two antennas with different polarization to optimize diversity and throughput, enabling efficient use of MIMO in 802.11n networks.
• Wide 4.9–5.875 GHz frequency coverage – Coverage is tailored for high-band 5 GHz operations, supporting common enterprise 5 GHz deployments that require stable mesh links and reliable client access.
• Designed for 802.11n MIMO mesh and client access – Engineered to enhance mesh backhaul and end-user connectivity by reinforcing signal quality and capacity across 2x2 MIMO architectures.
• Two antennas per kit for a complete 2x2 MIMO pair – The paired set ensures proper MIMO diversity and improved performance in environments with multipath and interference.
• Easy integration with compatible APs and wireless radios – Ready to pair with 802.11n compatible access points and mesh nodes, simplifying deployment in existing networks without extensive reconfigurations.

Technical Details of HPE ANT-2X2-5010 Antenna

• Frequency range: 4.9 GHz to 5.875 GHz
• Antenna configuration: 2 antennas in the kit, designed to be used together as a 2x2 MIMO pair
• Polarization: Differently polarized antennas in the pair to improve multipath handling and signal diversity
• Antenna type: Omnidirectional, suitable for broad coverage in 5 GHz bands
• Applications: Intended for 802.11n MIMO mesh links and client access scenarios

How to install HPE ANT-2X2-5010 Antenna

• Identify compatible 802.11n access points or mesh radios that support 2x2 MIMO and operate in the 4.9–5.875 GHz band.
• Mount the two antennas as a matched 2x2 MIMO pair, ensuring they are positioned to maximize coverage and minimize interference. Place them in locations that offer a clear path to the target coverage area.
• Connect each antenna to the corresponding RF ports on the wireless device using the appropriate RF cabling and connectors specified by your AP or radio hardware. Maintain proper RF impedance matching to preserve signal integrity.
• Configure your wireless controller or AP for 2x2 MIMO operation and verify that the 5 GHz radio is enabled for the intended SSIDs or mesh links. Confirm that the antennas are recognized as a pair and that diversity features are active.
• Test the deployed network with performance tests and adjust antenna placement if necessary to optimize throughput, latency, and signal strength across the target areas.

Frequently asked questions

• What is the frequency range of the HPE ANT-2X2-5010 Antenna? The antennas cover 4.9 GHz to 5.875 GHz, enabling operation within the common 5 GHz bands used for enterprise wireless networks.
• How many antennas are included in the kit? The kit contains two omnidirectional antennas designed to be used together as a 2x2 MIMO pair.
• What type of MIMO configuration does this support? It is intended for 2x2 MIMO configurations in 802.11n networks, supporting mesh backhaul and client access with dual-polarized elements.
• What are the key benefits of using two differently polarized antennas? Different polarizations improve signal diversity and resilience to multipath, potentially increasing overall throughput and reliability in challenging environments.
• Where does this antenna kit fit in an enterprise deployment? It is suited for deployments requiring reliable 5 GHz coverage in MIMO mesh networks and client access scenarios, providing enhanced coverage and capacity for enterprise wireless topologies.