SWX-R5ACLAccess Point

5 GHz Carrier Class airMAX ® ac BaseStation Model: R5AC-Lite Introduction Thank you for purchasing the Ubiquiti Networks® Rocket ™ 5ac Lite. This Quick Start Guide is designed to guide you through installation and show how to access the airOS® Configuration Interface. This guide also includes the warranty terms and is for use with the Rocket5ac Lite, model R5AC-Lite. Package Contents 5 GHz Carrier Class airMAX ® ac BaseStation Model: R5AC-Lite Rocket5ac Lite Gigabit PoE Adapter (24V, 0.5A) Power CordQuick Start Guide Installation Requirements • Shielded Category 5 (or above) cabling should be used for all wired Ethernet connections and should be grounded through the AC ground of the PoE. We recommend that you protect your networks from the most brutal environments and devastating ESD attacks with industrial-grade shielded Ethernet cable from Ubiquiti Networks. For more details, visit www.ubnt.com/toughcable TERMS OF USE: Ubiquiti radio devices must be professionally installed. Shielded Ethernet cable and earth grounding must be used as conditions of product warranty. TOUGHCable ™ is designed for outdoor installations. It is the customer’s responsibility to follow local country regulations, including operation within legal frequency channels, output power, and Dynamic Frequency Selection (DFS) requirements. Hardware Overview RP-SMA Antenna Connectors Port Cover LED Panel LED Panel Signal The default wireless signal strength values are shown below: LED will light blue when the wireless signal strength is equal to or above -65 dBm. LED will light blue when the wireless signal strength is equal to or above -73 dBm. LED will light blue when the wireless signal strength is equal to or above -80 dBm. LED will light blue when the wireless signal strength is equal to or above -94 dBm. LANLAN The main Ethernet LED will light steady blue when an active Ethernet connection is made to the LAN port and flash when there is activity. Power The Power LED will light blue when the device is connected to a power source. Ports LAN Port Reset Button LAN This Gigabit Ethernet port is used to connect the power and should be connected to the LAN. Reset Button To reset to factory defaults, press and hold the Reset button for more than 10 seconds while the Rocket is already powered on. Alternatively, the Rocket may be reset remotely via a Reset button located on the bottom of the Gigabit PoE Adapter. RESET Switching Gigabit Power Supply / PoE Reset Button Hardware Installation The Rocket5ac Lite is designed to mount directly onto a Ubiquiti airMAX RocketDish ™ antenna. 1. Lift the release latch on the bottom of the Rocket and slide the Port Cover off. 2. Connect an Ethernet cable to the LAN port. 3. Replace the Port Cover. *640-00104-08* 640-00104-08 4. Connect the RF cables (included with the RocketDish) to the RP-SMA Connectors located on top of the Rocket. 5. Attach the Rocket to the RocketDish. a. Align the mounting tabs on the back of the Rocket with the four mounting slots on the RocketDish. b. Slide the Rocket down until it locks into place. H V 6. Attach the other end of the RF Cables to the RF connectors in this combination: Chain 1 to H and Chain 0 to V. H V H V 7. Attach the Protective Shroud. a. Align the hash mark on the top of the shroud with the notch on the RocketDish. b. Rotate the shroud clockwise until it locks into place. H V Connecting Power over Ethernet 1. Connect the other end of the Ethernet cable from the Rocket to the Ethernet port labeled POE on the Gigabit PoE Adapter. 2. Connect an Ethernet cable from your LAN to the Ethernet port labeled LAN on the Gigabit PoE Adapter. 3. Connect the Power Cord to the power port on the Gigabit PoE Adapter. Connect the other end of the Power Cord to a power outlet. Accessing airOS Connect to the airOS Configuration Interface. 1. Make sure that your host machine is connected via Ethernet to the Rocket. 2. Configure the Ethernet adapter on your host system with a static IP address on the 192.168.1.x subnet. 3. Launch your web browser. Type https://192.168.1.20 in the address field. Press enter (PC) or return (Mac). 4. The login screen will appear. Enter ubnt in the Username and Password fields. Select your Country and Language. You must agree to the Terms of Use to use the product. Click Login. Note: For the Country setting, U.S. product versions are restricted to a choice of Canada, Puerto Rico, or the U.S. to ensure compliance with FCC/IC regulations. The airOS Configuration Interface will appear, allowing you to customize your settings as needed. For additional details on the airOS Configuration Interface, refer to the User Guide available at documentation.ubnt.com/airmax Installer Compliance Responsibility Devices must be professionally installed and it is the professional installer's responsibility to make sure the device is operated within local country regulatory requirements. Since Ubiquiti Networks equipment can be paired with a variety of antennas and cables, the Antenna Gain, Cable Loss, and Output Power fields are provided to the professional installer to assist in meeting regulatory requirements. Specifications Rocket5ac Lite Dimensions162 x 84 x 37 mm (6.4 x 3.3 x 1.5") Weight250 g (8.82 oz) Operating FrequencyWorldwide: 5150 - 5875 MHz USA: 5150-5250, 5725 - 5850 MHz Networking Interface(1) 10/100/1000 Ethernet Port RF Connectors(2) RP-SMA (Waterproof ) LEDsPower, LAN, (4) Signal Strength EnclosureOutdoor UV Stabilized Plastic Max. Power Consumption8.5W Power Supply24V, 0.5A Gigabit PoE Adapter (Included) Power MethodPassive PoE (Pairs 4, 5+; 7, 8 Return) Operating Temperature-40 to 80° C (-40 to 176° F) Operating Humidity5 to 95% Noncondensing ESD/EMP Protection± 24KV Contact / Air for Ethernet Shock and VibrationsETSI300-019-1.4 CertificationsCE, FCC, IC Safety Notices 1. Read, follow, and keep these instructions. 2. Heed all warnings. 3. Only use attachments/accessories specified by the manufacturer. WARNING: Do not use this product in…

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Form: CB-7.2.1 Issued by: QM Issue Date: 9/22/2011 Page 1 of 4 Revised by: QM-JS Revised Date: 6/23/2014 Document1 CB-7.2.1 – Technical Review RT Form FCC ID: SWX-R5ACL IC ID: CT Project: P14a0018 From: Shawn Date: 2/20/15 1--In the operational description file it reads “In the system, there are 40 Mhz crystals for both U- AME-G1 and QCA9557 and a 25 Mhz crystal for AR8033”, however the block diagram only identifies a 40Mhz crystal. Please address. 2/24/15 - Mike: The operational description is correct and the block diagram will have the crystals added for the report. 2--The operational description defines this EUT as an 802.11 a/n/ac however only ac modes were tested per the EMC report. 2/24/15 - Mike: I removed both references to 802.11a/na and described the product as being based on 5 GHz 802.11ac. I removed the bit about being compliant with 802.11ac. We have our own proprietary protocol and also add in non-standard channel widths, so technically it's not compliant with those standards but based on them instead. 3--The user’s manual does not contain the information necessary for the professional installers to adjust the power to accommodate the installation of alternative antennas. 2/24/15 - Mike: We have discussed this in some detail and would like feedback before we make the necessary changes. Background: 1. While this report is for FCC and R5AC-Lite, we use one firmware for all our 11AC AirMax line of products. 2. The power restriction must vary based upon the following parameters: country, product, channel width, antenna, frequency. 3. For a given configuration, the following parameters are fixed: country, product, channel width, antenna. 4. For a given configuration, the following parameters are NOT fixed: frequency. 5. The product must sometimes choose a different operating frequency dynamically. For an AP this occurs when channel selection is set to "auto" or when a DFS event occurs. For a station, this occurs every time it scans, finds an AP, and associates. Problem: In order to base our solution on a set of large tables in the manual, the professional installer would need to do one of two things: Form: CB-7.2.1 Issued by: QM Issue Date: 9/22/2011 Page 2 of 4 Revised by: QM-JS Revised Date: 6/23/2014 Document1 A) set the maximum power level based on the lowest maximum across all frequencies they have selected (or all frequencies, if they have not entered a frequency list) or B) enter in maximum power levels for every channel center frequency they have selected (or all frequencies, if they have not entered a frequency list) We do not believe that it is realistic to expect the professional installer to actually enter all this data by hand. Therefore, we propose to allow the professional installer to choose the antenna from a list and have these limits applied automatically. The professional installer would still be allowed to enter cable losses and maximum transmit power. The minimum of antenna power table value or user specified maximum would be used. This allows the installer to pick one antenna and all limit data is automatically used appropriately, regardless of whether the other operating parameters change. If we do this, we do not believe that we should put these power tables into the QSG. We believe we should merely document the requirement to select the appropriate antenna from the list for legal operation. Please let me know if this is adequate before I get mockups of the proposed UI changes, and updated manuals for the report. SM: OK. 4--The specifications in the user’s manual does not include operation in the 5150-5250MHz band for USA operations. 3/23/15 - Mike: Revised Manual provided. 5--The RF exposure warning in the user’s manual for the required separation necessary is not consistent with the MPE calculations per the EMC report. 3/23/15 - Mike: Revised Manual provided, please check for accuracy. 6--It is unclear as to what the following statement in the user’s manual is meant to reflect. “Users should also be advised that high-power radars are allocated as primary users (i.e. priority users) of the bands 5250-5350 MHz and 5650 5850 MHz and that these radars could cause interference and/or damage to LE-LAN devices.” 2/24/15 - Mike: I think it's nonsense. I'll have it removed. 7--The only antenna installation documentation in the user’s manual is for a dish antenna. The other antennas need to be documented as well especially when using an outdoor Omni antenna. 2/24/15 - Mike: 8A - Each antenna we sell has a special standard mounting bracket for the Rocket 5 family of products. They all connect the same way. 8B - Each antenna comes with it's own instructions. 8C - The example you see was meant to be an example. Do we really need to provide more than one example? 3/23/15 – Mike: We haven't discussed this yet. Since we have professional installers and antennas sold separately with their own instructions, I'm thinking this is not necessary. Please advise. If necessary, how many antenna's mounting instructions do we need to copy into the manual for each radio? Form: CB-7.2.1 Issued by: QM Issue Date: 9/22/2011 Page 3 of 4 Revised by: QM-JS Revised Date: 6/23/2014 Document1 8--The data rates for the output power are not consistent with the data rates for the spectral density for the same channels tested. SM: RTs 04/11/2015 UNI-1 1--The output power levels recorded in the EIRP tables at elevations >30 degrees does not match that of the output power tables. Please note that this should be combined power and not per port. Alex: Updated Test Report 2--It should be noted in the RF exposure portion of the EMC report and the separate attachment that the maximum power density does not exceed the levels recorded when higher gain antennas are used. Alex: Updated Test Report 3--The power level used to calculate the MPE is inconsistent with the RF power measured. In addition this device although is professionally installed must use general population limits. Alex: Updated test repo…

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f¡ I UBIOUITI" NETWORKS December 22,2014 Compliance Testing LLC 1724 S. Nevada Way Mesa, AZ852A4 RE: LETTER OF AGENT AUTHORIZATION To Whom lt May Concern: We, the undersigned, hereby authorize Compliance Testing LLC to act on our behalf in all matters relating to application for equipment authorization, including the signing of all documents relating to these matters. We also hereby certify that no party to the application authorized hereunder is subject to the denial of benefits, including FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C.853(a). Sincerely, MichaelTaylor Compliance Manager 2580 Orchard Parkway San Jose, CA 9513'l USA 408-942-3085 x442 [email protected]

Datasheet 2x2 MIMO BaseStation Sector Antenna Models: AM-5AC21-60, AM-5AC22-45 Advanced Noise Immunity Superior Beam Performance Enhanced Scalability of airMAX® Networks Datasheet 2 Overview As the next generation of 2x2 MIMO sector antennas from Ubiquiti Networks, the airMAX® ac Sector Antennas feature significant advances in scalability, noise isolation, and beam performance to complement the Rocket ™ 5ac radios. They are also compatible with RocketM5 models; however, optimal performance requires the Rocket5ac. Breakthrough Performance The airMAX ac Sector Antennas are highly resistant to noise interference in co-location deployments. The innovative deflector design, together with the reduced sidelobes and backlobes, reject interference from other transmitters in the area – potentially on the same tower. Improved Signal-to-Noise Ratio (S/N or SNR) allows a higher-order modulation to be used, for example, 256QAM rather than 16QAM. This increases the number of bits per second for a fixed bandwidth (or data rate). Due to innovative design, the airMAX ac Sector Antennas provide higher gain and superior beam performance for high-capacity, multipoint networks. Innovative Deflector Design The airMAX ac Sector Antennas are engineered to reject interference and provide enhanced scalability, higher gain, and superior beam performance in PtMP networks. The airMAX ac Sector Antennas provide sector-wide coverage and utilize airMAX technology to provide carrier-class performance and power. H V Internet Backbone ISP Network RocketDish with Rocket RocketDish with Rocket PtMP (Point-to-MultiPoint) airMAX Links PtP (Point-to-Point) Backhaul Link Residence Internet CafeSmall BusinessOutdoor Hotspot Corporate Building airMAX Sector with Rocket Point to Multi-Point (PtMP) Link Example Datasheet 3 Near Field of AM-5AC22-45 (displayed in watts) Deflections 45° Sector Coverage Deflections The strength of the electromagnetic field is color-coded. • Red: Highest strength • Green: Medium strength • Indigo: Weakest strength Near Field of Standard Sector Antenna (displayed in watts) The strength of the electromagnetic field is color-coded. • Red: Highest strength • Green: Medium strength • Indigo: Weakest strength Market-Leading Isolation Performance The airMAX ac Sector Antennas are designed to provide advanced noise isolation performance. Compare the diagram of the AM-5AC22-45 to the diagram of a standard sector antenna, and note the superior noise immunity and beam performance of the AM-5AC22-45. (Both diagrams use a linear scale.) Datasheet 4 Hardware Overview The airMAX ac Sector Antenna features robust construction for industrial-strength durability during outdoor use. ModelFrequencyGainBeamwidth AM-5AC21-605 GHz21 dBi60° ModelFrequencyGainBeamwidth AM-5AC22-455 GHz22 dBi45° RF Connectors Rocket Mount Rocket/Shroud Release Mounting Lugs Mounting Lugs Assembled Side View Before Pole-Mounting Back View Slotted U-Bracket Bubble Level Protective Shroud U-Bracket Bubble Level RF Connectors Rocket Mount Rocket/Shroud Release Mounting Lugs Mounting Lugs Assembled Side View Before Pole-Mounting Back View U-Bracket Slotted U-Bracket Protective Shroud Datasheet 5 Specifications AM-5AC21-60 Antenna Characteristics Dimensions * 750 x 173 x 78 mm (29.53 x 6.81 x 3.07") Weight † 4.8 kg (10.58 lbs) Frequency Range5.10 - 5.85 GHz Gain21 dBi HPOL Beamwidth60° (6 dBi) VPOL Beamwidth60° (6 dBi) Electrical Beamwidth4° Electrical Downtilt2° Max. VSWR1.5:1 Wind Survivability 200 km/h (125 mph) Wind Loading 391 N @ 200 km/h (88 lbf @ 125 mph) PolarizationDual-Linear Cross-Polarization Isolation25 dB Min. ETSI SpecificationEN 302 326 DN2 MountingUniversal Pole Mount, Rocket Bracket, and Weatherproof RF Jumpers Included *Dimensions exclude pole mount and Rocket radio (Rocket sold separately) †Weight includes pole mount and excludes Rocket radio (Rocket sold separately) Vertical AzimuthVertical Elevation Horizontal AzimuthHorizontal Elevation Datasheet Specifications AM-5AC22-45 Antenna Characteristics Dimensions * 750 x 215 x 94 mm (29.53 x 8.47x 3.70") Weight † 6 kg (13.23 lbs) Frequency Range5.10 - 5.85 GHz Gain22 dBi HPOL Beamwidth45° (6 dBi) VPOL Beamwidth45° (6 dBi) Electrical Beamwidth4° Electrical Downtilt2° Max. VSWR1.5:1 Wind Survivability 200 km/h (125 mph) Wind Loading 347 N @ 200 km/h (78 lbf @ 125 mph) PolarizationDual-Linear Cross-Polarization Isolation30 dB Min. ETSI SpecificationEN 302 326 DN2 MountingUniversal Pole Mount, Rocket Bracket, and Weatherproof RF Jumpers Included *Dimensions exclude pole mount and Rocket radio (Rocket sold separately) †Weight includes pole mount and excludes Rocket radio (Rocket sold separately) Vertical AzimuthVertical Elevation Horizontal AzimuthHorizontal Elevation Datasheet Specifications are subject to change. Ubiquiti products are sold with a limited warranty described at: www.ubnt.com/support/warranty ©2014 Ubiquiti Networks, Inc. All rights reserved. Ubiquiti, Ubiquiti Networks, the Ubiquiti U logo, the Ubiquiti beam logo, airMAX, and airOS 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. www.ubnt.com JL081514 Beamwidth 21 dBi 60 ̊ AM-5AC21-60 22 dBi 45 ̊ AM-5AC22-45

Datasheet 2x2 MIMO BaseStation Sector Antenna Models: AM-5AC21-60, AM-5AC22-45 Advanced Noise Immunity Superior Beam Performance Enhanced Scalability of airMAX® Networks Datasheet 2 Overview As the next generation of 2x2 MIMO sector antennas from Ubiquiti Networks, the airMAX® ac Sector Antennas feature significant advances in scalability, noise isolation, and beam performance to complement the Rocket ™ 5ac radios. They are also compatible with RocketM5 models; however, optimal performance requires the Rocket5ac. Breakthrough Performance The airMAX ac Sector Antennas are highly resistant to noise interference in co-location deployments. The innovative deflector design, together with the reduced sidelobes and backlobes, reject interference from other transmitters in the area – potentially on the same tower. Improved Signal-to-Noise Ratio (S/N or SNR) allows a higher-order modulation to be used, for example, 256QAM rather than 16QAM. This increases the number of bits per second for a fixed bandwidth (or data rate). Due to innovative design, the airMAX ac Sector Antennas provide higher gain and superior beam performance for high-capacity, multipoint networks. Innovative Deflector Design The airMAX ac Sector Antennas are engineered to reject interference and provide enhanced scalability, higher gain, and superior beam performance in PtMP networks. The airMAX ac Sector Antennas provide sector-wide coverage and utilize airMAX technology to provide carrier-class performance and power. H V Internet Backbone ISP Network RocketDish with Rocket RocketDish with Rocket PtMP (Point-to-MultiPoint) airMAX Links PtP (Point-to-Point) Backhaul Link Residence Internet CafeSmall BusinessOutdoor Hotspot Corporate Building airMAX Sector with Rocket Point to Multi-Point (PtMP) Link Example Datasheet 3 Near Field of AM-5AC22-45 (displayed in watts) Deflections 45° Sector Coverage Deflections The strength of the electromagnetic field is color-coded. • Red: Highest strength • Green: Medium strength • Indigo: Weakest strength Near Field of Standard Sector Antenna (displayed in watts) The strength of the electromagnetic field is color-coded. • Red: Highest strength • Green: Medium strength • Indigo: Weakest strength Market-Leading Isolation Performance The airMAX ac Sector Antennas are designed to provide advanced noise isolation performance. Compare the diagram of the AM-5AC22-45 to the diagram of a standard sector antenna, and note the superior noise immunity and beam performance of the AM-5AC22-45. (Both diagrams use a linear scale.) Datasheet 4 Hardware Overview The airMAX ac Sector Antenna features robust construction for industrial-strength durability during outdoor use. ModelFrequencyGainBeamwidth AM-5AC21-605 GHz21 dBi60° ModelFrequencyGainBeamwidth AM-5AC22-455 GHz22 dBi45° RF Connectors Rocket Mount Rocket/Shroud Release Mounting Lugs Mounting Lugs Assembled Side View Before Pole-Mounting Back View Slotted U-Bracket Bubble Level Protective Shroud U-Bracket Bubble Level RF Connectors Rocket Mount Rocket/Shroud Release Mounting Lugs Mounting Lugs Assembled Side View Before Pole-Mounting Back View U-Bracket Slotted U-Bracket Protective Shroud Datasheet 5 Specifications AM-5AC21-60 Antenna Characteristics Dimensions * 750 x 173 x 78 mm (29.53 x 6.81 x 3.07") Weight † 4.8 kg (10.58 lbs) Frequency Range5.10 - 5.85 GHz Gain21 dBi HPOL Beamwidth60° (6 dBi) VPOL Beamwidth60° (6 dBi) Electrical Beamwidth4° Electrical Downtilt2° Max. VSWR1.5:1 Wind Survivability 200 km/h (125 mph) Wind Loading 391 N @ 200 km/h (88 lbf @ 125 mph) PolarizationDual-Linear Cross-Polarization Isolation25 dB Min. ETSI SpecificationEN 302 326 DN2 MountingUniversal Pole Mount, Rocket Bracket, and Weatherproof RF Jumpers Included *Dimensions exclude pole mount and Rocket radio (Rocket sold separately) †Weight includes pole mount and excludes Rocket radio (Rocket sold separately) Vertical AzimuthVertical Elevation Horizontal AzimuthHorizontal Elevation Datasheet Specifications AM-5AC22-45 Antenna Characteristics Dimensions * 750 x 215 x 94 mm (29.53 x 8.47x 3.70") Weight † 6 kg (13.23 lbs) Frequency Range5.10 - 5.85 GHz Gain22 dBi HPOL Beamwidth45° (6 dBi) VPOL Beamwidth45° (6 dBi) Electrical Beamwidth4° Electrical Downtilt2° Max. VSWR1.5:1 Wind Survivability 200 km/h (125 mph) Wind Loading 347 N @ 200 km/h (78 lbf @ 125 mph) PolarizationDual-Linear Cross-Polarization Isolation30 dB Min. ETSI SpecificationEN 302 326 DN2 MountingUniversal Pole Mount, Rocket Bracket, and Weatherproof RF Jumpers Included *Dimensions exclude pole mount and Rocket radio (Rocket sold separately) †Weight includes pole mount and excludes Rocket radio (Rocket sold separately) Vertical AzimuthVertical Elevation Horizontal AzimuthHorizontal Elevation Datasheet Specifications are subject to change. Ubiquiti products are sold with a limited warranty described at: www.ubnt.com/support/warranty ©2014 Ubiquiti Networks, Inc. All rights reserved. Ubiquiti, Ubiquiti Networks, the Ubiquiti U logo, the Ubiquiti beam logo, airMAX, and airOS 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. www.ubnt.com JL081514 Beamwidth 21 dBi 60 ̊ AM-5AC21-60 22 dBi 45 ̊ AM-5AC22-45

Datasheet 2x2 MIMO BaseStation Sector Antenna Models: AM-9M13, AM-2G15-120, AM-2G16-90, AM-3G18-120, AM-5G16-120, AM-5G17-90, AM-5G19-120, AM-5G20-90 High Performance, Long Range Seamlessly Integrates with RocketM Excellent Cross-Polarization Isolation Datasheet 2 www.ubnt.com/airmax#airMaxAntennas Overview Sector Coverage The airMAX Sector Antenna is a Carrier Class 2x2 Dual Polarity MIMO Sector Antenna that was designed to seamlessly integrate with RocketM radios (RocketM sold separately). Pair the RocketM’s radio with the airMAX Sector Antenna’s reach to create a powerful basestation. This versatile combination gives network architects unparalleled flexibility and convenience. On the right is one example of how the airMAX Sector Antenna can be deployed: Utilize airMAX Technology* Unlike standard Wi-Fi protocol, Ubiquiti’s Time Division Multiple Access ( TDMA) airMAX protocol 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 maximizes airtime efficiency. It provides many magnitudes of performance improvements in latency, throughput, and scalability compared to all other outdoor systems in its class. Intelligent QoS P riority is given to voice/video for seamless streaming. Scalability High capacity and scalability. Long Distance C apable of high -speed, carrier-class links. * When airMAX Sector is paired with RocketM airMAX Sector Antennas provide sector-wide coverage and utilize airMAX technology to produce carrier-class performance and power. Up to 100 airMAX clients can be connected to an airMAX Sector; four airMAX clients are shown to illustrate the general concept. airMAX Sector Internet Backbone ISP Network RocketDish with RocketM RocketDish with RocketM PtMP (Point-to-MultiPoint) airMAX Links PtMP (Point to Multi-Point) Link Example PtP (Point-to-Point) Backhaul Link Residence Internet CafeSmall BusinessOutdoor Hotspot Corporate Building airMAX Sector with RocketM Time Slot 1Time Slot 2Time Slot 3Time Slot 4 Wireless Channel Time Slots Packet Prioritization VOIP Data VOIPVOIP Datasheet 3 www.ubnt.com/airmax#airMaxAntennas Models AM-9M13 (900 MHz, 13 dBi) AM-2G15-120 (2.4 GHz, 15 dBi) AM-2G16-90 (2.4 GHz, 16 dBi) AM-3G18-120 (3 GHz, 18 dBi) AM-5G16-120 (5 GHz, 16 dBi) AM-5G17-90 (5 GHz, 17 dBi) AM-5G19-120 (5 GHz, 19 dBi) AM-5G20-90 (5 GHz, 20 dBi) Datasheet 4 www.ubnt.com/airmax#airMaxAntennas Software 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 multipoint networking. • Protocol Support • Ubiquiti Channelization • Spec tral Width Adjustment • A CK Auto-Timing • AAP Technology • Multi-Language Support 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. • Rec ording A utomate airView to record and report results. airControl is a powerful and intuitive, web-based server network management application, which allows operators to centrally manage entire networks of Ubiquiti devices. • Network Map • M onitor Device Status • Mass Firmware Upgrade • W eb UI Access • M anage Groups of Devices • Task Scheduling Datasheet 5 www.ubnt.com/airmax#airMaxAntennas Specifications Antenna Characteristics ModelAM-9M13AM-2G15-120AM-2G16-90AM-3G18-120 Dimensions* (mm)1290 x 290 x 134700 x 145 x 93700 x 145 x 79735 x 144 x 78 Weight**12.5 kg4.0 kg3.9 kg5.9 kg Frequency Range902 - 928 MHz2.3 - 2.7 GHz2.3 - 2.7 GHz3.3 - 3.8 GHz Gain13.2 - 13.8 dBi15.0 - 16.0 dBi16.0 - 17.0 dBi17.3 - 18.2 dBi HPOL Beamwidth109° (6 dB)123° (6 dB)91° (6 dB)118° (6 dB) VPOL Beamwidth120° (6 dB)118° (6 dB)90° (6 dB)121° (6 dB) Electrical Beamwidth15°9°9°6° Electrical DowntiltN/A4°4°3° Max. VSWR1.5:11.5:11.5:11.5:1 Wind Survivability125 mph125 mph125 mph125 mph Wind Loading95 lbf @ 100 mph24 lbf @ 100 mph19 lbf @ 100 mph21 lbf @ 100 mph PolarizationDual-LinearDual-LinearDual-LinearDual-Linear Cross-pol Isolation30 dB Min.28 dB Min.28 dB Min.28 dB Min. ETSI SpecificationN/AEN 302 326 DN2EN 302 326 DN2EN 302 326 DN2 MountingUniversal Pole Mount, RocketM Bracket, and Weatherproof RF Jumpers Included * Dimensions exclude pole mount and RocketM (RocketM sold separately) ** Weight includes pole mount and excludes RocketM (RocketM sold separately) Antenna Characteristics ModelAM-5G16-120AM-5G17-90AM-5G19-120AM-5G20-90 Dimensions* (mm)367 x 63 x 41367 x 63 x 41700 x 135 x 73 700 x 135 x 70 Weight**1.1 kg1.1 kg5.9 kg5.9 kg Frequency Range5.10 - 5.85 GHz4.90 - 5.85 GHz5.15 - 5.85 GHz5.15 - 5.85 GHz Gain15.0 - 16.0 dBi16.1 - 17.1 dBi18.6 - 19.1 dBi19.4 - 20.3 dBi HPOL Beamwidth137° (6 dB)72° (6 dB)123° (6 dB)91° (6 dB) VPOL Beamwidth118° (6 dB)93° (6 dB)123° (6 dB)85° (6 dB) Electrical Beamwidth8°8°4°4° Electrical Downtilt4°4°2°2° Max. VSWR1.5:11.5:11.5:11.5:1 Wind Survivability125 mph125 mph125 mph125 mph Wind Loading6 lbf @100 mph6 lbf @100 mph20 lbf @ 100 mph26 lbf @ 100 mph PolarizationDual-LinearDual-LinearDual-LinearDual-Linear Cross-pol Isolation22 dB Min.22 dB Min.28 dB Min.28 dB Min. ETSI SpecificationEN 302 326 DN2EN 302 326 DN2EN 302 326 DN2EN 302 326 DN2 MountingUniversal Pole Mount, RocketM Bracket, and Weatherproof RF Jumpers Included * Dimensions exclude pole mount and RocketM (RocketM sold separately) ** Weight includes pole mount and excludes RocketM (RocketM sold separately) Datasheet 6 www.ubnt.com/airmax#airMaxAntennas AM-9M13 Antenna Information Return LossVertical AzimuthVertical Elevation Horizontal AzimuthHoriz…

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Datasheet 2x2 MIMO BaseStation Sector Antenna Models: AM-9M13, AM-2G15-120, AM-2G16-90, AM-3G18-120, AM-5G16-120, AM-5G17-90, AM-5G19-120, AM-5G20-90 High Performance, Long Range Seamlessly Integrates with RocketM Excellent Cross-Polarization Isolation Datasheet 2 www.ubnt.com/airmax#airMaxAntennas Overview Sector Coverage The airMAX Sector Antenna is a Carrier Class 2x2 Dual Polarity MIMO Sector Antenna that was designed to seamlessly integrate with RocketM radios (RocketM sold separately). Pair the RocketM’s radio with the airMAX Sector Antenna’s reach to create a powerful basestation. This versatile combination gives network architects unparalleled flexibility and convenience…

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