Cambium 5.4-6.0 GHZ, Antenna for 90 Degree Sector
- SKU: 85009324001
- Manufacturer: Cambium Networks
- Data Sheet: Download
Product Information
Cambium Networks 85009324001
5.4-6.0 GHZ, 90° Sector Antenna
The Cambium Networks Point-to-Multipoint (PMP) 450 Access Point (AP) can provide more than 90 Mbps throughput and is interoperable with PMP 430 and PMP 100 Series Subscriber Modules (SM). Service providers with an installed base of PMP 100 subscribers can now migrate to new high-throughput PMP 450 modules to enhance overall capacity; allowing more users and/or higher rate plans.
Utilizing 2x2 MIMO-OFDM technology, new deployments can take advantage of Cambium Networks proprietary feature set, while achieving data rates higher than 90 Mbps. From the available synchronization options to its diverse feature set, the PMP 450 provides flexible deployment options that make it a good fit for high capacity, high reliability networks.
Cambium Networks provides exceptional wireless broadband connectivity solutions. With more than 3 million modules deployed in thousands of networks around the world, Cambium solutions are proven to provide cost effective, reliable data, voice and video connectivity.
Specifications
Specifications 85009324001
Frequency Range | 5.4-6.0 GHz |
Antenna Type | Access Point Sector |
Gain | 17dBi +1dBi /-1dBi |
VSWR | 1.5:1 max |
Port To Port Isolation | 33 dB |
3dB Beamwidth-Azimuth | 65° |
3dB Beamwidth-Elevation | 6° |
Elevation Null Fill | Down to -23° |
1st Null | -18dB min |
2nd Null | -33dB min |
3rd Null | -36dB min |
Azimuth Sidelobes | ETSI EN 302.326-3 SS2 |
Polarization | Dual Linear, Horizontal / Vertical |
Maximum Input Power | 30 W |
Input Impedance | 50 Ohms |
Front-to-Back Ratio | V-pol>32 dB |
Cross Polarization | >28 dB |
Dimensions (HxWxD) (mm) | 570 x 146 x 64 |
Antenna Weight (kg) | 2.9 kg, w/o bracket kit |
Antenna Connector | 2 x N-Type Female, Straight |
Wind Survival | 216 km/h |
Pole Mounting Hardware | Quick Release, 1.5” to 4.5” Dia. Pole |
Mechanical Downtilt | 0° to 11° |