MW Radios - Ceragon IP20 Series
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FiberAir IP20C
The FibeAir IP-20C is a highly versatile, compact and all-outdoor wireless backhaul node that suits any network deployment scenario, from aggregation sites to small cell backhaul, at LTE, LTE-Advanced pro and 5G mobile network.
The IP-20C-HP enables 1Gbps radio capacity over a single 28MHz channel or 2Gbps over a single 56MHz channel.
FiberAir IP20E
The FibeAir IP-20E is an ultra-compact, high-capacity, all-outdoor wireless backhaul node that helps you meet your capacity requirements, simplify network deployment and installation, and reduce your spectrum costs. Whether your challenge is connecting high-capacity sites, overcoming microwave spectrum limitations and costs, or simply expanding your LTE or LTE-Advanced network in a metro environment or any other scenario where it is impossible to deploy high-volume, heavy-weight backhaul equipment – Ceragon’s FibeAir IP-20E allows you to achieve your business goals.
The FibeAir IP-20G is a split-mount edge node suitable for macrocell and microcell backhaul and delivering up to 1Gbps radio capacity to your transport network. It provides you with the simplicity that comes with deploying a very compact, fixed configuration node, and helps you meet your operational efficiency targets.
FiberAir IP20G
FiberAir IP20N
The FibeAir IP-20N is a highly-flexible aggregation node that delivers multi- Gbps radio capacity at a very large scale. Now available with multicore technology and new radio units, it features high modularity and flexibility, and supports a large number of radio carriers with an exceptionally wide variety of line interfaces via pluggable modules in a wide range of network topologies – making it the preferred node for your transport network’s aggregation sites.
The FibeAir IP-20N operates within the entire microwave and millimeter-wave spectrum, offering high spectral efficiency across licensed and license-exempt frequency bands (4-86GHz). It also supports all high-speed data interfaces (10GE/1GE/FE) and a wide variety of TDM interfaces (T1, OC-3); operates with a wide variety of multicore, standard and high power radios; and accommodates various network configurations including 2x 8+0 and 8x 2+0.
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