N5-45X2

N5-45x2 Sector Antenna

All the gain and ground coverage of a sector.

All the sidelobe rejection of a horn.

The Mimosa N5-45x2 is the industry's first sector antenna to deliver the best of both worlds - incredible

noise rejection and long-distance performance, with wideband 4.9-6.4 GHz operation for fixed wireless broadband. The dual-slant polarization, 45º sector can be used with any third-party 2x2 MIMO radio solution, or two N5-45x2 antennas can be connected to the 4x4 MIMO Mimosa A5c access point, aimed in different directions, for 2x spectrum reuse, superior range and noise rejection at collocation and tower sites.

Reject Noise and Synchronize

Overcoming noise at tower sites is key to scaling capacity. The N5-45x2 delivers industry-leading side lobe rejection and an unprecedented 43 dB front-to-back (FTB) performance - the highest FTB ratio of any sector or horn antenna in the industry. Compatible with any third-party, 2x2 MIMO radio solution, there's no higher performance antenna in the industry.

Wideband Operation

Supporting 4.9 GHz public safety applications and multipoint licensed operation up to 6.4 GHz, where

regulations allow, the N5-45x2 provides an additional 800 MHz of spectrum beyond the crowded 5.15-5.85 GHz unlicensed channels.

Go the Distance

The Mimosa N5-45x2 offers the best of both worlds - a long distance, high gain sector with the superior

noise isolation of a horn. Competitive sectors offer high-gain, but fail to reduce side lobe and front-to-back noise. Symmetric horn antennas achieve good noise isolation, but typically offer lower gain and

inefficient symmetrical ground coverage patterns.

Compatible with Third-Party Radios

Blending the best of sector antennas with the best features of a horn, the Mimosa N5-45x2 is a great sector antenna choice to use with any 2x2 MIMO radio. Even better, the ultra-wide 9º vertical beamwidth covers substantially more ground than other leading sector antennas.

SPECIFICATIONS

Technical parameters

Wireless features

Connectors and Interfaces

Physical characteristics