Mimosa B24 24GHz 1.5 Gbps PtP Backhaul Radio

Mimosa B24 24GHz 1.5 Gbps PtP Backhaul Radio The Mimosa B24 24GHz 1.5 Gbps PtP Backhaul Radio is engineered to deliver high-speed, reliable point-to-point connectivity in the less crowded and unlicensed 24 GHz frequency band. Its compact design and advanced features make it an excellent choice for urban and suburban deployments requiring robust wireless backhaul solutions. Performance / Functionality The Mimosa B24 24GHz 1.5 Gbps PtP Backhaul Radio supports 1.5 Gbps aggregate throughput , ensuring efficient data transmission for bandwidth-intensive applications. It utilizes 4×4:4 MIMO OFDM up to 256 QAM , optimizing spectral efficiency and enabling high-capacity links. The radio operates within the 24.00–24.25 GHz frequency range , providing unlicensed spectrum for flexible deployments. Compatibility Equipped with a Gigabit Ethernet (RJ45) port and an SFP cage for fiber connectivity, the Mimosa B24 24GHz 1.5 Gbps PtP Backhaul Radio offers versatile integration options. It supports GPS synchronization , allowing multiple radios to operate on the same channel without interference, making it suitable for dense deployments. Safety / Convenience The Mimosa B24 24GHz 1.5 Gbps PtP Backhaul Radio features an IP67-rated enclosure , ensuring durability and reliable performance in harsh environmental conditions. It is powered via 56V PoE , simplifying installation by reducing the need for separate power cables. The included mounting bracket and pipe clamps facilitate easy and secure installation. Design / Build The Mimosa B24 24GHz 1.5 Gbps PtP Backhaul Radio boasts a compact and robust design, measuring 10.24 x 10.24 x 3.5 inches and weighing 6 lbs . Its integrated 33 dBi antenna minimizes the need for additional external components, streamlining the setup process and reducing potential points of failure. Usage Tips To maximize the performance of the Mimosa B24 24GHz 1.5 Gbps PtP Backhaul Radio , ensure proper alignment with the corresponding endpoint device. Regularly monitor link health and adjust configurations as needed to maintain optimal throughput. Utilize the GPS synchronization feature to coordinate multiple radios and mitigate interference in dense deployments.