Mimosa B24
Nearly a Gigabit of low latency IP traffic may be sent in only one way with the Mimosa B24 Backhaul.
The B24 provides exceptional performance at a revolutionary price that matches the economics of broadband providers and businesses in suburban and urban areas. It was built from the bottom up utilizing dependable, large volume components. Using Auto-TDMA technology, the B24 automatically responds to changing needs.
To make the most of the available spectrum throughout the day, low-latency Gigabit throughput may be sent either upstream or downstream as necessary. Due to the symmetric traffic consumption restrictions of legacy FDD radios, large portions of spectrum remain perpetually underutilized.
24.00-24.25 GHz | 1.5 Gbps | 3 Km
Mimosa B24 Applications
Fixed wireless broadband backhaul
Business & MDU rooftop connections
Campus building connections
Video surveillance and Wi-Fi hotspot distribution
Smart City connectivity
Lightweight, Low Power Gigabit Ethernet: Supports SFP+ interface for fiber operation; 10/100/1000-BASE-T Fiber Capable
Ethernet Does not allow simultaneous Ethernet + fiber operation; dual link fail-over redundancy
Operation of Two Protocols: It is possible to achieve performance similar to classic FDD or TDMA automatically balancing traffic across 4 total MIMO streams with individual stream encoding up to 256 QAM using 2 dual-stream radios running on non-contiguous frequencies.
Mimosa cloud management and monitoring services. Syslog and SNMPv2 monitoring HTML-based web UI using HTTPS
802.11b/g/n radio operating at 2.4 GHz for local management access
128-bit AES PSK with hardware acceleration for security
Supports four pre-configured levels of QoS.
Location using GPS and GLONASS: GNSS-1
Collocation 1PPS GPS TX/RX synchronization for paired co-channel radios is a form of synchronization. Upstream/downstream bandwidth ratio is scalable
Gigabit on Demand
The B24 flexibly adjusts to shifting demands utilizing Auto-TDMA technology to accommodate current internet traffic needs, where approximately 90% of the peak nighttime traffic demand might be in the download direction. To make the most of the available spectrum throughout the day, low-latency Gigabit throughput may be sent either upstream or downstream as necessary. Due to the symmetric traffic consumption restrictions of legacy FDD radios, large portions of spectrum remain perpetually underutilized.
