Mimosa B5-Lite KIT AC 750 mbps 2×2 Mimo Point to Point Link

**Mimosa B5-Lite KIT AC 750 mbps 2×2 MIMO Point to Point Link** The Mimosa B5-Lite AC is a 750 Mbps 2×2 MIMO point-to-point link. It is a low-cost, high-throughput backhaul radio that uses Mimosa’s TDMA protocol and 802.11ac technology. This makes it an ideal solution for locations that do not require collocation. With a maximum throughput of 750 Mbps, the B5-Lite can easily serve areas with less bandwidth requirements. It offers the same low 2 ms latency as the B5 model and a 20 dBi antenna. However, the B5-Lite lacks a few advanced features found in the B5 model to provide you with a more affordable alternative. **Key Features** – 750 Mbps max throughput – Auto Everything – Low 2 ms latency – 802.11ac – Gigabit Ethernet 10/100/1000-BASE-T – Management services – Mimosa cloud monitoring and management – SNMPv2 & Syslog legacy monitoring – HTTPS – HTML 5 based Web UI **Wireless Interference** Wireless interference can change rapidly, and your network needs to adapt accordingly. The Mimosa B5-Lite offers constant spectrum analysis with historical and real-time data. This allows it to make smarter decisions dynamically. The Auto Everything feature automatically adjusts frequency, channel width, and power levels based on environmental feedback. However, this feature can be turned off for users who prefer more control over these settings. **Technical Specifications** – Performance: Max Throughput 750 Mbps, Low Latency 2 ms – Wireless Protocols: Auto-TDD/TDMA – Radio: MIMO & Modulation 2×2:2 MIMO OFDM up to 256 QAM – Bandwidth: 20/40/80 MHz channels tunable to 5 MHz increments – Frequency Range: 5150-5850 MHz restricted by country of operation – Max Output Power: 20 dBm – Sensitivity (MCS 0): -87 dBm @ 80 MHz, -90 dBm @ 40 MHz, -93 dBm @ 20 MHz – Antenna: Gain 20 dBi, Beamwidth (3dB) 14° (azimuth and elevation), Cross-Polar Isolation >20 dB, Polarization Dual 45° slant polarization – Power: Max Power Consumption 15 W, System Power Method 802.3at compliant, PoE Power Supply Passive POE compliant, 48-56 V Power over Ethernet supply with IEC61000-4-5 surge protection – Physical: Dimensions Width: 153.31 mm, Diameter: 260.33 mm, Weight 0.72 Kg, Enclosure: Outdoor UV stabilized plastic, Wind Survivability 200 km/h (125 mph), Wind Loading 39 kg @ 160 km/h (86 lbs @ 100 mph), Mounting Single pole strap feed point integrated into plastic back plate with integrated curvature for contact with mounting poles. Azimuth and Elevation adjustability only provided via J-mount elevation adjustment and hose clamp loosened rotation on the pole. – Environmental: Operating Temperature -40°C to 55°C (-40°F to 131°F), Operating Humidity 5 to 100% condensing, Operating Altitude 4420 m (14,500′) maximum, Shock & Vibration ETS 300-019-2-4 class 4M5 – Regulatory Compliance: Approvals* FCC Part 15.407 and Part 90Y, IC RS10, CE, ETSI 301 893/302 502, RoHS Compliance Yes, Safety UL/EC/EN/ 60950-1 CSA-22.2 **Low Latency and High Performance** The Mimosa TDMA protocol establishes a new standard for PHY:MAC efficiency, low latency, and spectrum reuse. You can choose between the highest possible throughput TDMA slot times, which use high packet aggregation techniques, or low latency slot times to support applications that require low latency. **Advanced RF Efficiencies** Stream Power Peaking: Multi-stream MIMO radios usually settle on the lowest MCS rate across all streams, severely degrading performance. The Mimosa backhaul radios constantly advise the remote-side radio of individual stream receive levels. This increases those signal levels to meet the highest common attainable MCS rate, improving performance. Predictive AGC: When there’s a consistent signal from a single client, Mimosa’s Automatic Gain Control narrows the gain window of the receive signal amplitude for the next incoming packets. This accelerates packet signal level detection and reduces potential interference typically seen when a receiver prematurely begins decoding. Precision Receive Activation: A technique by which the receiver is precisely activated only when packets are expected to arrive over the link. This reduces the potential interference typically seen if the receiver begins decoding prematurely.