Siklu MultiHaul Base Unit, MH-B100-CCS-PoE-MWB

Description

Multi-Gigabit Throughput in an Always-On Point-to-Multipoint RadioMultiHaul[tm] is a PTMP multi-gigabit radio operating over millimeter waves. It brings the advantages of mmW - multi-gigabit capacity, immunity to interference and always-on reliability - to a cost effective small form factor PTMP solution. MultiHaul[tm] is a plug & play system designed to easily scale, taking advantage of patent-pending scanning antennas that auto-align links, as well as robust planning and management Immune Narrow BeamsMultiHaul[tm] units operate over the millimeter wave spectrum using narrow beams. This confers several advantages including complete immunity to interference and network jamming, as well as high security. In contrast to wide-beam wireless systems that need to use multiple strategies to perform in dense areas, and are not successful 100% of the time, MultiHaul[tm] is inherently interference-free and secure under any circumstances because of its use of a unique combination of narrow beams and high Ocean of SpectrumThe MultiHaul[tm] takes advantage of large millimeter wave spectrum and wide channels in order to bring multi-gigabit capacity to a PTMP system with a single Base Unit and up to 8 Terminal Units. With its extremely high reuse factor, the wide spectrum is available anywhere, even in dense urban areas and challenging deployment Benefits* Point-to-multipoint 2.3Gbps over the air capacity to rooftops or street fixtures.* Plug & play radio uses beamforming antennas that auto-align, making installation a lightning quick one-person job.* The advanced beamforming technology combines a wide 90-degree scanning angle with pencil-thin beams, maximizing coverage with no interference.* Physically immune narrow beams are as reliable, interference free and secure as fiber, making them a natural extension of your fiber plant.* Hacker and jam-proof thin beams provide robust security in addition to the AES encryption.* Easy street level and rooftop site acquisition and