EN
MIMOSA B24 is a robust, gigabit speed point-to-point radio link for the 24GHz band.
Offering close to Gigabit transfer in one direction and low latency, B24 has become the price leader for unlicensed 24GHz performance. Built with top-notch components, but because it's designed completely from the ground up, you get such good transfers at still acceptable costs. Smaller or out-of-town operator will no longer be associated with worse services.
The specifics of current Internet traffic in the evening peak are often 90% towards the customer. B24 dynamically adapts to changing demand thanks to Auto-TDMA technology. This allows for free redirection of resources both towards the customer and depending on the changing conditions during the day. Older FDDs have permanently blocked symmetrical traffic directions, often wasting a lot of resources.
Do not be restricted by higher radio frequencies. B24 will allow you to avoid the congested 5 GHz band and at the same time give you a stable connection over the most common distance up to 3km, even in the rain.
Thanks to its compact design, small size and low weight, B24 is extremely easy to transport and install. In addition, it is often no problem during installation where the visual side is important.
With only 19.5W consumption, the B24 can be powered straight from most PoE switches. It will also be easier and cheaper to power it from batteries or solar systems. The whole is complemented by two ways of supplying data - classic FTP cable and fiber optic via SFP connector.
Like many other MIMOSA products, the B24 has a built-in GPS. This allows you to synchronize the transmission of devices and work on one channel up to eight radio links in one place. Each with its maximum speed of 1.5 Gbps.
Features / filters | |
Antenna frequency | 24 GHz |
Number of LAN ports | 1x [100/1000M (RJ45)] , 1x SFP (1,25G), |
Antenna gain | Above 30dBi |
Device type | Radioline |
Radio link distance | 3 km |
Performance | |
Max. throughput | Up to 1.5 Gbps of total UL/DL traffic |
Max. radio capacity (PHY) | 1.7 Gbps |
Delay | <1ms |
Protocols | TDMA, TDMA-FD |
Radio | |
MIMO and modulation | 4x4:4 MIMO, OFDM max 256 QAM |
Bandwidth | One or two channels, 20/40/80 MHz |
Frequency range | 24.00-24.25 GHz (depending on the operating region) |
EIRP | ~20dBm (CE), ~33dBm (FCC/IC), ~37 dBm (other regions) |
Sensitivity | -84 dBm @ 80 MHz, -87 dBm @ 40 MHz, -90 dBm @ 20 MHz |
Antenna | |
Profit | 33 dBi |
Beam width (3dB) | 3° |
FTB (Principal to Reverse Radiation Ratio) | >30 dB |
Inter-polarization separation | >20 dB |
Polarisation | Dual 45° diagonal line |
Power supply | |
Max. Power consumption | 19,5 W |
Power supply | 48V DC according to 802.3at |
Surge protection | 6kV |
Power supply from the kit | Passive PoE 50V 1.2A |
Dimensions | |
Height | 260 mm |
Width | 260 mm |
Depth | 134 mm without fixing; 252 mm with frame |
Weight (with handle) | 2.76 kg |
Connections | RJ45 10/100/1000-BASE-T; SFP 1Gb |
Working environment | |
Degree of protection | IP67 |
Operating temperature | -40°C to +55°C |
Moisture | 5 to 100% |
Certification | FCC 15.249; IC RSS210; ETSI EN 300-440 V2.1.1; CE; WEEE; EC/EN/ 60950-1 |
Datasheet | Download |