Performance

• Max Throughput 750+ Mbps
• Low Latency 2+ ms
• Wireless Protocols Auto-TDD/TDMA

Radio

• MIMO & Modulation 2x2:2 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 (*new* US/FCC 5600-5650 support)
• 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
• Characteristics 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 (14500') maximum
• Shock & Vibration ETS 300-019-2-4 class 4M5

Regulatory + Compliance

• Approvals* FCC Part 15.407and Part 90Y, IC RS10, CE,
• ETSI 301 893/302 502
• RoHS Compliance Yes
• Safety UL/EC/EN/ 60950-1 + CSA-22.2

Low Latency & High Performance

• The Mimosa TDMA protocol establishes a new benchmark for PHY:MAC efficiency, low latency, and spectrum re-use.
• Choose between the highest possible throughput TDMA slot times (which use high packet aggregation techniques), or low latency slot times to support latency-critical vertical applications.

Advanced RF Efficiencies

• Stream Power Peaking- Multi-stream MIMO radios normally settle on the lowest MCS rate across all the streams, severely degrading performance. Mimosa’s backhaul radios constantly advise the remote-side radio of individual stream receive levels, increasing those signal levels to meet the highest common attainable MCS rate.
• 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 to accelerate packet signal level detection.
• Precision Receive Activation- A technique by which the receiver is precision-activated only when packets are expected to arrive over the link. Thus reducing the potential interference typically seen if a receiver prematurely begins decoding.