Mimosa B5c connectorized backhaul radio GPS 11ac PoE w/ 34dBi 4.9-6.2Ghz dish antenna NetPoint NP2, created for Point to Point backhaul with a range of up to 70km, ideal for sending large data traffic, suitable for licensed public safety operation.
Part: NP2 BD4
Sku: fly9161
Availability: High Availability
Usually Ships Same Business Day
Connectivity with other brands: Ubiquiti, Mimosa, Cambium, etc.
45 ° Slant type polarization for reduction of noise levels
Highly robust and stable
Customizable: Wind and corrosion resistance could be increased to order in addition to customizable mounting for all types of towers.
Features
High-precision parabolic reflector
Extruded aluminum manufacturing
V/H dual-polarization
Includes mounting
Includes support for universal radio
45° Polarization
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Model: B5C
Part # 100-00014-HW
The Mimosa B5c is the industry’s fastest connectorized unlicensed and public safety connectivity solution, allowing virtually any antenna to be used for long distance Point to Point backhaul.
The B5c is ideal for long range relay and tower links and custom engineered collocation. It is also suitable for licensed Public Safety operation on 4.9 GHz spectrum.
Ultra Rugged
Carrier-grade IP67 design allows the B5c to withstand the harshest of environmental conditions
Double Reliability
Tames unlicensed spectrum interference via custom engineered multi-channel and auto-everything technology. As good as two smart links in one radio
Easily Add New Links
The B5c is spectrum friendly. Unique high precision GPS Sync technology reuses the same channel network wide. Keep adding more capacity to more sites and waste less spectrum
Incredibly Fast. Incredibly Flexible.
Recognized as the fastest unlicensed backhaul in the industry. Extensive bandwidth control options, low latency, reserved bandwidth and GPS sync mode mean peak performance.
Monitor with Ease
Assessing link health and identifying potential problems has never been easier. Links are instantly monitored by our Mimosa Cloud service with rich data collection and analysis.