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HG2371-17XP-065-4NF is listed in the Antennas RF range at ChipApex. The manufacturer field lists L-com. Its product description is 2300-2700+5150-5850MHZ/5900-7200. Review the specifications below when checking this part for your BOM.
The L-com HG2371-17XP-065-4NF is a tri-band MIMO sector antenna designed for high-performance wireless deployments. It operates across three frequency ranges: 2300 MHz to 2700 MHz, 5150 MHz to 5850 MHz, and 5900 MHz to 7200 MHz. The unit provides directional gain of 17 dBi in the lower band, 20 dBi in the mid-band, and 17 dBi in the upper band. It features four N-type female connectors supporting 4x4 MIMO configurations. The antenna utilizes cross-polarization technology to enhance signal isolation and reduce interference from adjacent channels or co-located equipment.
Verify that the specific model suffix matches the required beamwidth and connector type. Confirm that the operating environment supports the antenna's environmental ratings. Ensure that the connected access points or routers support 4x4 MIMO standards across all three specified frequency bands. Check local regulatory compliance for the 5.9–7.2 GHz range before deployment.
Select this model when multi-band coverage is required within a single physical unit. The 20 dBi gain in the 5 GHz band makes it suitable for longer-range directional links. Consider the 65-degree horizontal beamwidth for focused coverage areas. Ensure compatibility with N-type female interfaces on the host radio equipment.
This component belongs to the HG2371 series of sector antennas from L-com. It is part of a family offering various beamwidths and mounting options. The HG2371-17XP-065-4NF specifically denotes the 17/20/17 dBi gain profile and 65-degree horizontal beamwidth variant. It is engineered for professional RF applications requiring stable, high-throughput connections.
The HG2371-17XP-090-4NF is a confirmed public substitute offering similar tri-band specifications but with a different horizontal beamwidth. Verify that the alternative beamwidth aligns with the intended coverage area requirements before substitution.
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