Prose is offering a wide portfolio on multi-beam antennas to address the unpredictable MIMO performances at cell edges enhancing capacity and coverage for the legacy systems. Multiple sectors solutions for twin-beam, triple-beam, penta-beam, hexa-beam and nano-beam antennas can be customized supporting even 4T4R upon request. We are developing innovative high-capacity antennas based on our multi-band and multi-beam design capability to develop efficient hybrid antennas solutions in one radome for low rise-urban, sub-urban and rural cell sites.

Prose’s innovative Dual Band Antenna ( E band plus conventional MW band) ensures a strong, stable wireless connection for higher capacity and better availability. A combination of a high and low frequency band leverages the advantages of both bands – supporting higher capacities and broader availability over greater distances. Use of Dual band antenna can reduce total cost of ownership and result in CAPEX/OPEX savings by significantly reducing transportation requirements, installation time, tower loading and rental fees. Enables end users to keep up with increasing capacity demands

Massive MIMO is one of the key technologies addressing the high-capacity and low latency applications in dense areas. We have patented designs of radiating elements and massive co-located arrays to provide 3D beamforming antennas where on-demand pattern coverage for any given users’ location and selected applications. Our broad portfolio covers multiple TRx platforms being widely implemented like 16T16R, 32T32R, 64T64R with more than 128 antenna elements for the mid and Sub-6GHz bands applicable for both FDD and TDD Advanced Antenna Systems (AAS). We have capability in designing innovative multi-band integrated with Massive MIMO antennas to generate Active+Passive antenna solutions in one radome.

Our TDD solution is based on a 4-columns arrays with single column beamwidth options of 65deg or 90deg. It supports 8T8R beamforming where the 4-columns can be combined in the azimuth plan to generate a broadcast beam or a traffic beam that can be steered at a given direction off-boresight while putting few nulls at undesired directions; thus, providing higher cell capacity and better in-building penetration for NR systems.