Mimosa Networks – B5 – Backhaul PTP Radio, MIMO 4X4: 4ac, frequency 5.150 – 5.875 GHz, IP67, Speed up to 1.5 Gbps,

MFG # 100-00001 The Mimosa B5 backhaul is the easiest to deploy and highest capacity unlicensed 5 GHz backhaul solution for short and mid-range link applications. Cutting edge 802.11 ac + radical engineering come together to give you 1.7 Gbps PHY, 1 million PPS and the highest reliability backhaul on the market; and it’s still light as a feather. The ultra-rugged carrier grade IP67 design allows the B5 to withstand the harshest of environmental conditions and with the integrated high gain antenna, and super easy quick mount; you can install the B5 in minutes and accurately aim it with your smartphone via WiFi.

Unique high precision GPS Synch technology allows Mimosa B5 products to reuse the same channel network wide, and up to 4 links can auto-coordinate. Immediately after install, your links are ready to be monitored via the free Mimosa Cloud service. With vast data collection and analysis, assessing link health and identifying potential problems has never been easier The B5 is for urban or rural areas where there is greater spectrum availability.
Frequency: 5150 – 5875 MHz (supports the new band 5600-5650 MHz). Distance from 0 to 10 km approximately depends on the restrictions of the local regulations. Maximum performance up to 1.5 Gbps of added speed in DL / UL. 25 d Bi antenna, 8 ° dual-polarization V / H.
Adjustable elevation: ± 20 ° mechanical. Metallic mounting included. Main characteristics for B5 and B5c. Integrated GPS + GLONASS system for efficient synchronization of data packets in Tx and Rx. Dual-channel with simultaneous and independent Tx and Rx for redundancy and interference reduction. Radio in 2.4 GHz 802.11 b / g / n integrated for management via Wi Fi from a cell phone or tablet.
MIMO and modulation: 4x 4: 4 MIMO OFDM up to 256 QAM. Management of bandwidth in DL /
UL: 50/50, 75/25, 25/75% and automatic by demand of the traffic direction.
Operation mode: access point and station.
Channel widths: Single-channel of 1×20 / 1×40 / 1×80 MHz in environments with noise. The double channel of 2×20 / 2×40 / 2×80 MHz for less noisy environments. Channels 1×20 / 1×40 / 1×80 MHz in HD.
Maximum transmission power: 30 d Bm (2-stream), 27 d Bm (4-stream).
Wireless protocols: Time Division Multiple Access ( TDMA), TDMA- FD.
For inclement weather: IP67.
Temperature range: -40 to 55 ° C (-40 to 131 ° F).
Maximum power consumption: 20 W, ideal for solar systems.
Power supply: 48-56 Vdc, via Po E passive POE56 V injector (included). ESD integrated overvoltage protection.
Network interface: Gigabit Ethernet.
Advanced security: 128-bit AES- PSK. Up to one million packages per second. EASILY ADD NEW LINKS Typical backhaul solutions waste spectrum with each link installed and impact network capacity. The unique high-precision GPS synchronization technology allows the Mimosa B5 and B5c products to reuse the same channel throughout the network, and up to 4 links can be automatically coordinated. DOUBLE RELIABILITY Unlicensed spectrum can be unpredictable. Therefore, Mimosa custom designed a unique multi-channel and automatic technology to protect its links when it encounters interference. The B5 and B5c automatically maintain their links with two independent operating channels and adapt using our auto-everything technology to proactively resolve problems to provide optimal link speed and reliability. It’s like 2 smart links in a single radio. INCREDIBLY FAST, INCREDIBLY FLEXIBLE. Awarded as the fastest unlicensed backhaul in the industry, the B5 and B5c also offer broad bandwidth control options. Dynamic modes automatically adapt to traffic demand and provide an ultra-low link latency of ~ 1 ms for confidential voice and video communications services. While reserved bandwidth and GPS synchronization modes allow asymmetric reservation or 75/25 in the direction of traffic.

MONITOR WITH EASY AND MUCH MORE Immediately after installation, your links are ready to be monitored through the free Mimosa Cloud service. With extensive data