Ubiquiti Networks PBE-M5-620 network antenna
Contents
1. 5170 5875 MHz 5725 5850 MHz 200 2 N 200 km h 45 Ibf 125 mph 200 km h 125 mph 1 Power 1 LAN 4 WLAN Software Adjustable to Correspond to Custom RSSI Levels 5 8 10 20 30 40 MHz Dual Linear Outdoor UV Stabilized Plastic Pole Mount Kit Included Air 24 kV Contact 24 kV 40 to 70 C 40 to 158 F 5 to 95 Noncondensing IEC 68 2 11 ASTM B117 Equivalent MIL STD 810 G Method 509 5 IEC 68 2 6 IEC 68 2 14 IEC 68 2 5 at 40 C 104 F Equivalent ETS 300 019 1 4 ETS 300 019 1 4 Equivalent MIL STD 810 G Method 506 5 Specifications T TX Power Specifications RX Power Specifications Modulation Data Rate Avg TX Tolerance Modulation Data Rate Sensitivity Tolerance B 6 24 Mbps 26 dBm 2dB 6 6 24 Mbps 94 dBm Min 2dB A 36 Mbps 25 dBm 2 dB 36 Mbps 80 dBm 2dB a 48 Mbps 24 dBm 2dB A 48 Mbps 77 dBm 2dB 54 Mbps 23 dBm 2dB 54 Mbps 75 dBm 2dB F MCSO 26 dBm 2dB MCSO 96 dBm 2dB MCS1 25 dBm 2dB MCS1 95 dBm 2dB ae Mcs2 25 dBm 2dB Mcs2 92 dBm 2dB CO MCS3 25 dBm 2dB MCS3 90 dBm 2dB 5 MCS4 24 dBm 2dB Mcs4 86 dBm 2dB s MCS5 23 dBm 2dB s MCS5 83 dBm 2dB O MCS6 23 dBm 2dB MCS6 77 dBm 2dB O i MCS7 23 dBm 2dB i MCS7 74 dBm 2dB MCS8 26 dBm 2dB MCS8 95 dBm 2dB z MCS9 25 dBm 2 dB z MCS9 93 dBm 2 dB MCS10 25 dBm 2dB MCS10 90 dBm 2dB MCS11 25 dBm 2dB MCS11 87 dBm 2dB MCS12 24 dBm 2dB MCS12 84 dBm 2dB MCS13 23 dBm 2dB MCS13 79 dBm2. 2dB MCS14 23 dBm 2dB MCS14 78 dBm 2dB MCS15 23 dBm 2dB MCS15 75 dBm 2dB Gain 22 dBi Max VSWR 1 5 1 Built In Mechanical Downtilt 20 Return Loss Vertical Azimuth Vertical Elevation S11 dB an 30 i L 4 9 5 5 1 5 2 5 3 54 5 5 5 6 5 7 5 8 5 9 frequency GHz Horizontal Azimuth as O dB 90 90 Datasheet G D oO p D A Specifications Processor Specs Memory Networking Interface Wireless Approvals RoHS Compliance Dimensions Weight Power Supply Power Method Max Power Consumption Gain Operating Frequency Wind Loading Wind Survivability LEDs Signal Strength LEDs Channel Sizes Polarization Enclosure Mounting ESD EMP Protection Operating Temperature Operating Humidity Salt Fog Test Vibration Test Temperature Shock Test UV Test Wind Driven Rain Test PBE M2 400 System and Regulatory Compliance Atheros MIPS 74Kc 560 MHz 64 MB DDR2 8 MB Flash 1 10 100 Ethernet Port FCC IC CE Yes PBE M2 400 Physical Electrical Environmental 420 x 420 x 289 mm 16 54 x 16 54 x 11 38 1 795 kg 3 96 Ib 24V 0 5A PoE Passive PoE Pairs 4 5 7 8 Return 6 W 18 dBi 2405 2475 MHz 342 5 N 200 km h 77 Ibf 125 mph 200 km h 125 mph 1 Power 1 LAN 4 WLAN Software Adjustable to Correspond to Custom RSSI Levels 5 8 10 20 30 40 MHz Dual Linear Outdoor UV Stabilized Plastic Pole Mount Kit Includ
3. 74Kc 560 MHz 64 MB DDR2 8 MB Flash 1 10 100 1000 Ethernet Port FCCC CE Yes PBE M5 620 Physical Electrical Environmental 620 x 620 x 386 mm 24 41 x 24 41 x 15 2 6 4 kg 14 11 Ib 24V 0 5A Gigabit PoE Passive PoE Pairs 4 5 7 8 Return 8 5W 29 dBi 5170 5875 MHz 5725 5850 MHz 872 N 200 km h 196 Ibf 2125 mph 200 km h 125 mph 1 Power 1 LAN 4 WLAN Software Adjustable to Correspond to Custom RSSI Levels 5 8 10 20 30 40 MHz Dual Linear Outdoor UV Stabilized Plastic Pole Mount Kit Included Air 24 kV Contact 24 kV 40 to 70 C 40 to 158 F 5 to 95 Noncondensing IEC 68 2 11 ASTM B117 Equivalent MIL STD 810 G Method 509 5 IEC 68 2 6 IEC 68 2 14 IEC 68 2 5 at 40 C 104 F Equivalent ETS 300 019 1 4 ETS 300 019 1 4 Equivalent MIL STD 810 G Method 506 5 Specifications PBE M5 620 Output Power 24 dBm v TX Power Specifications RX Power Specifications Modulation Data Rate Avg TX Tolerance Modulation Data Rate Sensitivity Tolerance L i 6 24 Mbps 24 dBm 2dB 6 24 Mbps 94 dBm Min 2dB A 36 Mbps 24 dBm 2 dB 36 Mbps 80 dBm 2dB a 48 Mbps 23 dBm 2dB A 48 Mbps 77 dBm 2dB 54 Mbps 22 dBm 2dB 54 Mbps 75 dBm 2dB gt MCSO 24 dBm 2dB MCSO 96 dBm 2dB MCS1 24 dBm 2dB MCS1 95 dBm 2dB ae Mcs2 23 dBm 2dB Mcs2 92 dBm 2dB CO MCS3 23 dBm 2dB MCS3 90 dBm 2dB 5 MCS4 22 dBm 2dB Mcs4 86 dBm 2dB x lt MCS5 21 dBm 2 dB x lt MCS5 83 dB
4. OE ME eae ae MSN NE Se vine ME ee eee eee AA ee wa SE AA de KA KAA AA cc pre Metu ae on Seti es RONNIE MAILI ve eae anes KIKIWA aaa 30 30 90 23 z235 24 Z4 5 Horizontal Azimuth O dB Specifications are subject to change Ubiguiti products are sold with a limited warranty described at www ubnt com support warranty 2013 2014 Ubiquiti Networks Inc All rights reserved Ubiquiti Ubiquiti Networks the Ubiquiti U logo the Ubiquiti beam logo airControl air MAX www ubnt com airOS airView InnerFeed NanoBridge TOUGHCable TOUGHSwitch and PowerBeam are trademarks or registered trademarks of Ubiquiti Networks Inc in the United States and in other countries All other trademarks are the property of their respective owners JL120114
5. u a So 5 725 Real time View Power Level dBm Pt x A7 2 ee oe Ao ore OE UE OR OREO CON RE CRO PEO ORD O RNS ee NY NK Ee ROUT 6 o ea a o mowa abe om Op 2 6 OE eat s CED eK sa i a OSAP Oe Wo GIONS MOD aa L ME ILI mm Cote 2 26 ba AA cme kk SEE o _ ae t poop ee pu ee som Owm e aae Reset All Data 111 aa 103 98 ee k T KESE ODPO S O LI oa soe U Ru CS ORM 6 NR PE oe FER ORIN GO 61 aa ED ED Go CAPM COT GO NONE ATOM O MO EOS OS 1322 00 CE COS ee OE EO EO BES DO CO OUR OO EE Ee KAA RR CR oe OD eo END CORN ORO O GO SEE 0 ED IE EO OR 5 730 5 735 5 740 5 745 5 750 3 Po AA pop IAA 5 725 5 730 5 735 5 740 5 745 5 750 5 755 5 760 5 5 755 5 760 765 5 765 nga 5 770 5 775 5 780 5 785 5 790 5 795 5 800 MHz 5 770 5 775 5 780 5 785 5 790 5 795 5 800 MHz Sans REE SRE ene 5 805 5 810 5 815 5 820 of hits T 0 5 10 15 20 5 810 5 815 5 820 147 148 IM 149 IM 150 IM 151 BH 152 MH 153 IM ise Miss IM ise MB i157 IM iss IM 159 Bi 160 MN ici IM 162 MO 163 5 730 5 735 5 740 5 745 5 750 5 755 5 760 5 765 5 770 5 775 5 780 5 785 5 790 5 795 5 800 MHz 5 805 5 810 5 815 5 820 Datasheet Unplaced Devices x allows operators to centrally manage SE s UBNT a een entire networks of Ubiquiti devices 2 NEKO 10 e Network Map e Monitor Device Status Mass Firmware Upgrade e Web UI Access Manage Grou
6. 150 Mbps real TCP IP throughput PowerBeam M Model Frequency Gain Dish Reflector The PBE M5 400 supports up to 150 Mbps real TCP IP throughput Its Antenna Feed has a thin gray ring around the center of the cap to differentiate it from the PBE M5 300 La Antenna Feed J Models 2 PowerBeam M Model Frequency Gain Dish Reflector PBE M5 300 5 GHz 22 dBi 300 mm The PBE M5 300 supports up to 150 Mbps real TCP IP throughput PowerBeam M2 Model Freguency Gain Dish Reflector PBE M2 400 FA GHZ 18 dBi The PBE M2 400 supports up to 150 Mbps real TCP IP throughput PowerBeam M 400mm Radome Model PBE M2 400 PBE M5 400 PBE M5 300 PBE RAD 400 v v N A A protective radome is available as an optional accessory for the PBE M2 400 and PBE M5 400 Datasheet G D oO D A Datasheet G D oO p D A Specifications Processor Specs Memory Networking Interface Wireless Approvals RoHS Compliance Dimensions Weight Power Supply Power Method Max Power Consumption Gain Operating Frequency Worldwide USA Wind Loading Wind Survivability LEDs Signal Strength LEDs Channel Sizes Polarization Enclosure Mounting ESD EMP Protection Operating Temperature Operating Humidity Salt Fog Test Vibration Test Temperature Shock Test UV Test Wind Driven Rain Test PBE M5 620 System and Regulatory Compliance Atheros MIPS
7. 50 MHz 342 5 N 200 km h 77 Ibf 125 mph 200 km h 125 mph 1 Power 1 LAN 4 WLAN Software Adjustable to Correspond to Custom RSSI Levels 5 8 10 20 30 40 MHz Dual Linear Outdoor UV Stabilized Plastic Pole Mount Kit Included Air 24 kV Contact 24 kV 40 to 70 C 40 to 158 F 5 to 95 Noncondensing IEC 68 2 11 ASTM B117 Equivalent MIL STD 810 G Method 509 5 IEC 68 2 6 IEC 68 2 14 IEC 68 2 5 at 40 C 104 F Equivalent ETS 300 019 1 4 ETS 300 019 1 4 Equivalent MIL STD 810 G Method 506 5 Specifications T TX Power Specifications RX Power Specifications Modulation Data Rate Avg TX Tolerance Modulation Data Rate Sensitivity Tolerance B 6 24 Mbps 26 dBm 2dB 6 6 24 Mbps 94 dBm Min 2dB A 36 Mbps 25 dBm 2 dB 36 Mbps 80 dBm 2dB a 48 Mbps 24 dBm 2dB A 48 Mbps 77 dBm 2dB 54 Mbps 23 dBm 2dB 54 Mbps 75 dBm 2dB F MCSO 26 dBm 2dB MCSO 96 dBm 2dB MCS1 25 dBm 2dB MCS1 95 dBm 2dB ae Mcs2 25 dBm 2dB Mcs2 92 dBm 2dB CO MCS3 25 dBm 2dB MCS3 90 dBm 2dB 5 MCS4 24 dBm 2dB Mcs4 86 dBm 2dB s MCS5 23 dBm 2dB s MCS5 83 dBm 2dB O MCS6 23 dBm 2dB MCS6 77 dBm 2dB O i MCS7 23 dBm 2dB i MCS7 74 dBm 2dB MCS8 26 dBm 2dB MCS8 95 dBm 2dB z MCS9 25 dBm 2 dB z MCS9 93 dBm 2 dB MCS10 25 dBm 2dB MCS10 90 dBm 2dB MCS11 25 dBm 2dB MCS11 87 dBm 2dB MCS12 24 dBm 2dB MCS12 84 dBm 2dB MCS13 23 dBm 2dB MCS13 79 dBm 2dB M
8. CS14 23 dBm 2dB MCS14 78 dBm 2dB MCS15 23 dBm 2dB MCS15 75 dBm 2dB Gain 25 dBi Max VSWR 1 5 1 Built In Mechanical Downtilt 20 to 10 Return Loss Vertical Azimuth Vertical Elevation o m Ba PEN ee JIMI e Le Le or WA Wa e Qo ae mm 0 5 NG S 20 FP eeni SREE PRES WATASEMA pee NG SARE MOME U OSU emesis 3 x A Y f K 25 fee sec eeee i Hi yu d 90 90 30 I i i fi Li it i 4 9 5 5 1 5 2 5 3 5 4 5 5 5 6 5 7 5 8 5 9 frequency GHz Horizontal Azimuth Horizontal Elevation O dB Datasheet G D oO p D A Specifications Processor Specs Memory Networking Interface Wireless Approvals RoHS Compliance Dimensions Weight Power Supply Power Method Max Power Consumption Gain Operating Frequency Worldwide USA Wind Loading Wind Survivability LEDs Signal Strength LEDs Channel Sizes Polarization Enclosure Mounting ESD EMP Protection Operating Temperature Operating Humidity Salt Fog Test Vibration Test Temperature Shock Test UV Test Wind Driven Rain Test PBE M5 300 System and Regulatory Compliance Atheros MIPS 74Kc 560 MHz 64 MB DDR2 8 MB Flash 1 10 100 Ethernet Port FCC IC CE Yes PBE M5 300 Physical Electrical Environmental 325 x 325 x 256 mm 12 80 x 12 80 x 10 08 1 203 kg 2 65 Ib 24V 0 5A PoE Passive PoE Pairs 4 5 7 8 Return 6W 22 dBi
9. X Technology Included d u lt d V Unlike standard Wi Fi protocol I Ubiguiti s Time Division Multiple The PowerBeam as a powerful Use a PowerBeam on each side ofa Access TDMA airMAX protocol wireless client PtP link allows each client to send and receive data using pre designated time slots scheduled by an intelligent AP controller This time slot method eliminates hidden node collisions and airMAX TDMA Technology maximizes airtime efficiency It lf provides significant performance improvements in latency throughput and scalability compared to all other outdoor systems in its class AY Ya WA Intelligent QoS Priority is given to voice video for seamless streaming Scalability High capacity and scalability TN A Long Distance Capable of high speed carrier class links Time Slot 1 Time Slot 2 Time Slot 3 Time Slots Packet Prioritization Up to 100 airMAxX stations can be connected to an airMAX Sector four air MAX stations are shown to illustrate the general concept Software airOS airOS is an intuitive versatile highly developed Ubiquiti firmware technology It is exceptionally intuitive and was designed to require no training to operate Behind the user interface is a powerful firmware architecture which enables high performance outdoor multi point networking Channel Shifting Disable ab 7 Protocol S u p po rt Frequency Scan List mo Enable 2A e U
10. biquiti Channelization oe es a e Spectral Width Adjustment ago me ja Max TX Rate Mbps MCS 15 300 A Automatic 7 ACK Auto Timing Wireless Security lt AAP Technology Securty none A Multi Language Support airView Integrated on all Ubiquiti M products airView provides advanced spectrum analyzer functionality waterfall waveform and real time spectral views allow operators to identify noise signatures and plan their networks to minimize noise interference Waterfall Aggregate energy over time for each frequency Waveform Aggregate energy collected Real time Energy is shown in real time as a function of frequency Recording Automate airView to record and report results airControl airControl is a powerful and intuitive web based server network management application which 8900 PowerBeam M5 WIRELESS NETWORK Basic Wireless Settings Wireless Mode WDS Transparent Bridge Mode SSID Lock to AP MAC Country Code IEEE 802 11 Mode Channel Width Station Enable ubnt United States A N mixed Auto 20 40 MHz ADVANCED SERVICES Select Ar OS Change Copyright 2006 2012 Ubiquiti Networks Inc AirView Spectrum Analyzer File View Help Device M5 0027220435C3 on ubnt 192 168 1 20 18888 Total RF Frames 125 FPS 10 2 Waterfall View Elapsed Time seconds PD Waveform View Power Level dBm
11. ed Air 24 kV Contact 24 kV 40 to 70 C 40 to 158 F 5 to 95 Noncondensing IEC 68 2 11 ASTM B117 Equivalent MIL STD 810 G Method 509 5 IEC 68 2 6 IEC 68 2 14 IEC 68 2 5 at 40 C 104 F Equivalent ETS 300 019 1 4 ETS 300 019 1 4 Equivalent MIL STD 810 G Method 506 5 Specifications PBE M2 400 Output Power 28 dBm v TX Power Specifications RX Power Specifications Modulation Data Rate Avg TX Tolerance Modulation Data Rate Sensitivity Tolerance B 1 24 Mbps 28 dBm 2dB 1 24 Mbps 97 dBm Min 2dB A 36 Mbps 26 dBm 2dB 36 Mbps 80 dBm 2dB o 48 Mbps 25 dBm 2dB A 48 Mbps 77 dBm 2 dB es 54 Mbps 24 dBm 2dB 54 Mbps 75 dBm 2dB gt MCSO 28 dBm 2dB MCSO 96 dBm 2dB MCS1 28 dBm 2dB MCS1 95 dBm 2dB ae Mcs2 28 dBm 2dB Mcs2 92 dBm 2dB CO MCS3 28 dBm 2dB MCS3 90 dBm 2dB 5 MCS4 27 dBm 2dB Mcs4 86 dBm 2dB s MCS5 25 dBm 2dB s MCS5 83 dBm 2dB O MCS6 23 dBm 2dB MCS6 77 dBm 2dB O i MCS7 22 dBm 2dB i MCS7 74 dBm 2dB MCS8 28 dBm 2dB MCS8 95 dBm 2dB z MCS9 28 dBm 2 dB z MCS9 93 dBm 2 dB MCS10 28 dBm 2dB MCS10 90 dBm 2dB MCS11 28 dBm 2dB MCS11 87 dBm 2 dB MCS12 27 dBm 2dB MCS12 84 dBm 2 dB MCS13 25 dBm 2 dB MCS13 79 dBm 2 dB MCS14 23 dBm 2dB MCS14 78 dBm 2dB MCS15 22 dBm 2dB MCS15 75 dBm 2dB Gain 18 dBi Max VSWR 1 52 Built In Mechanical Downtilt 20 to 10 Return Loss Vertical Azimuth Vertical Elevation i O de 30 aB UA AA
12. m 2 dB O MCS6 20 dBm 2dB MCS6 77 dBm 2dB O i MCS7 20 dBm 2dB i MCS7 74 dBm 2dB MCS8 24 dBm 2dB MCS8 96 dBm 2dB z MCS9 24 dBm 2dB z MCS9 95 dBm 2dB MCS10 23 dBm 2dB MCS10 92 dBm 2dB MCS11 23 dBm 2dB MCS11 90 dBm 2dB MCS12 22 dBm 2dB MCS12 86 dBm 2dB MCS13 21 dBm 2dB MCS13 83 dBm 2dB MCS14 20 dBm 2dB MCS14 77 dBm 2dB MCS15 20 dBm 2dB MCS15 74 dBm 2dB Gain 29 dBi Max VSWR 1 6 1 Built In Mechanical Downtilt 15 to 15 Return Loss E Plane E Plane Specs 5 45 5 5 frequency GHz 180 Datasheet G D oO p D A Specifications PBE M5 400 System and Regulatory Compliance Processor Specs Memory Networking Interface Wireless Approvals RoHS Compliance Dimensions Weight Power Supply Power Method Max Power Consumption Gain Operating Frequency Worldwide USA Wind Loading Wind Survivability LEDs Signal Strength LEDs Channel Sizes Polarization Enclosure Mounting ESD EMP Protection Operating Temperature Operating Humidity Salt Fog Test Vibration Test Temperature Shock Test UV Test Wind Driven Rain Test Atheros MIPS 74Kc 560 MHz 64 MB DDR2 8 MB Flash 1 10 100 1000 Ethernet Port FCCC CE Yes PBE M5 400 Physical Electrical Environmental 420 x 420 x 275 mm 16 54 x 16 54 x 10 83 1 753 kg 3 87 Ib 24V 0 5A Gigabit PoE Passive PoE Pairs 4 5 7 8 Return 8W 25 dBi 5170 5875 MHz 5725 58
13. ps of Devices Task Scheduling UBNT 192 168 1 31 UBNT 192 165 1 20 UBNT 192 168 1 20 UBNT 192 168 1 190 UBNT 192 168 1 90 aoed Devices Distance Signal Strength Noise Floor Transma CCQ TXRX Rate AirMax AirMax Quality AirMax Capacty Distance Signal Strength Noise Floor Trans TORX Rate AirMax AirMax Quality AirMax Capacty 2540 m 95 dBm 100 150 0 Mbps 150 0 Mbps 150 0 Mbps 150 0 Mops enables ia _ NAD gata 2010 Google Terme Sisa Hardware Overview v Innovative Mechanical Design Corrosion Resistance L Built in mechanical tilt The mounting bracket Fasteners GEOMET coated for improved corrosion conveniently offers 20 of uptilt and up to 20 of resistance when compared with zinc plated fasteners A downtilt Dish and brackets Made of galvanized steel that is e Quick assembly The number of fasteners was reduced powder coated for superior corrosion resistance to simplify assembly Tools are required only when the The redesigned pole bracket for the 400 mm dish and technician mounts the PowerBeam on the pole fender washers for the 300 mm dish prevent paint from Easy removal The antenna feed can be detached with being removed from the metal brackets for improved the push of a button corrosion resistance Models PowerBeam M Model Freguency Gain Dish Reflector PBE M5 620 5 GHz 29 dBi 620 mm G D oO p D A The PBE M5 620 supports up to
14. tdo _ DATASHEET PowerBeam High Performance airMAX Bridge Models PBE M5 620 PBE M5 400 PBE M5 300 PBE M2 400 Uniform Beamwidth Maximizes Noise Immunity High Speed Processor for Superior Performance NETWORKS Innovative Mechanical Design Overview T Starting with the first generation Application Examples NanoBridge Ubiquiti Networks A pioneered the all in one design for an PtMP Client Links airMAX product functioning as a CPE O Customer Premises Equipment Now Ubiquiti Networks launches the latest SP generation of CPE the PowerBeam Improved Noise Immunity The PowerBeam directs RF energy ina tighter beamwidth With the focus in one direction the PowerBeam blocks or spatially filters out noise so noise immunity is improved This feature is especially important in an area crowded with other RF signals of the same or similar frequency G D oO p D A Integrated Design oe gt Ubiquiti s InnerFeed technology integrates the radio into the feedhorn The PowerBeam used as a CPE device for each client in an air MAX PtMP network of an antenna so there is no need for ji a cable This improves performance Wireless Client PtP Link because it eliminates cable losses ST Providing high performance and i I I _ innovative mechanical design at a le a low cost the PowerBeam is extremely IOE versatile and cost effective to deploy airMA
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