Breaking through the barriers of price, size, and power requirements, the B24 delivers up to 1.5 Gbps of aggregate speed in the less crowded and unlicensed 24 GHz frequency band. By dynamically adjusting bandwidth based on upstream and downstream demand, the B24 efficiently delivers the most usable bandwidth possible with 1 ms low-latency, to meet modern internet traffic needs. The B24 is revolutionizing the industry, satisfying the needs of customers in multiple applications and verticals
Price Performance Leader
Delivering nearly a Gigabit of low latency IP traffic in a single direction, the Mimosa B24 is the industry’s price performance leader in unlicensed 24 GHz backhaul. Designed from the ground-up using reliable, high volume components, the B24 achieves incredible performance at a disruptive price that fits the economics of broadband providers and enterprises in suburban and urban markets.
Gigabit on Demand
To meet modern internet traffic needs where nearly 90% of the peak evening traffic demand can be in the download direction, the B24 dynamically adapts to changing demands using Auto-TDMA technology. Low-latency Gigabit throughput can be directed either upstream or downstream as needed to maximize spectrum utilization throughout the day. Legacy FDD radios are limited to symmetric traffic usage, leaving vast amounts of spectrum constantly underutilized.
Don’t be distance-limited by higher frequency microwave technology. Use the B24 to avoid the congested 5 GHz spectrum and deliver superior reliability, even with rain, at practical distances up to 3 km (2 mi).
Weighing in at just 2.7 kg (6 lbs), Mimosa’s B24 is incredibly easy to transport and install.
Small and Beautiful
At a fraction of the weight, size, and power of alternative solutions, the B24 is incredibly easy to install and its compact design fits discretely into any visually-sensitive area.
For flexibility, redundant Ethernet and fiber connections are supported, a feature that was previously only available in stratospherically priced outdoor products.