SWX-RM5T5GHz Outdoor Wireless Bridge

Carrier Class airMAX ™ BaseStation Models: RM2-Ti, RM5-Ti 1 Introduction Introduction Thank you for purchasing the Ubiquiti Networks Rocket ™ M Titanium. This Quick Start Guide is designed to walk you through the hardware installation and explains how to access the airOS ™ Configuration Interface. This guide applies to the following models: ModelOperating Frequency RocketM2 Titanium (RM2-Ti)2412 - 2462 MHz RocketM5 Titanium (RM5-Ti)5170 - 5875 MHz* * Only 5725 - 5850 MHz supported in the USA Package Contents Carrier Class airMAX ™ BaseStation Models: RM2-Ti, RM5-Ti RocketM TitaniumQuick Start Guide Gigabit PoE Adapter (48V, 0.5A) Power Cord Metal StrapGPS Patch Antenna (only included with RM5-Ti) Installation Requirements • GPS antenna (RM5-Ti only) needs to have a clear line of sight to the sky. • 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 2 Rocket ™ M Titanium Quick Start Guide Hardware Overview RP-SMA Connections to Antenna Port Cover LED Panel 3 Hardware Overview Main Ethernet Port (10/100/1000 Mbps) GPS SMA Connector (RM5-Ti only) Reset Button Secondary Ethernet Port (10/100 Mbps) LED Panel Signal LEDs The Signal LEDs display wireless signal strength. See Using LEDs to Determine Signal Strength on page 11. GPS (RM5-Ti only) The GPS LED indicates airSync activity. Requires three or more satellite connections. SECONDARY Ethernet The second Ethernet LED is steady green when an active Ethernet connection is made to the Secondary Ethernet port. MAIN Ethernet The first Ethernet LED is steady green when an active Ethernet connection is made to the Main Ethernet port and flashes when there is activity. POWER The Power LED is steady green when PoE power is connected to the Main Ethernet port. 4 Rocket ™ M Titanium Quick Start Guide Hardware Installation The RocketM Titanium is designed to mount directly onto Ubiquiti airMAX RocketDish ™ or Titanium Sector antennas. It can also be mounted directly on a pole. 1. Press the release buttons on the sides of the Port Cover and slide it off. Port Cover 5 Hardware Installation 2. Connect an Ethernet cable to the Main Ethernet port. 3. (RM5-Ti only) Connect the GPS Patch Antenna to the GPS SMA Connector. 4. Replace the Port Cover. 6 Rocket ™ M Titanium Quick Start Guide 5. Connect RF cables to the RP-SMA Connectors located on top of the RocketM Titanium. 6. Attach the RocketM Titanium to an antenna. Align the mounting tabs on the back of the Rocket with the mounting bracket on the antenna. Slide the Rocket down until it locks into place. Mounting on a Dish AntennaMounting on a Sector Antenna 7 Hardware Installation 7. Attach the RF cables from the RocketM Titanium to the connectors on the antenna. Connecting to a Dish AntennaConnecting to a Sector Antenna 8. Attach the Protective Shroud. Align the arrow on the top of the shroud with the short hash mark on the Dish Antenna, and then rotate the shroud clockwise until it aligns with the long hash mark to lock it into place. Slide the Protective Shroud down over the Rocket until it locks into place on the Sector Antenna. 8 Rocket ™ M Titanium Quick Start Guide 9. (RM5-Ti only) Place the magnetic GPS Patch Antenna on the upper pole-mounting bracket. Placement on a Dish AntennaPlacement on a Sector Antenna Pole-Mounting To mount the RocketM Titanium on a pole, use the included Metal Strap and perform the following steps: 1. Open the Metal Strap by turning the locking mechanism counter-clockwise. You can loosen it by hand or use a flathead screwdriver. 9 Hardware Installation 2. Straighten out the end of the Metal Strap and slide it through the back of the RocketM Titanium. 3. Wrap the Metal Strap around the pole and use a flathead screwdriver to tighten the locking mechanism by turning it clockwise. 10 Rocket ™ M Titanium Quick Start Guide Connecting Power over Ethernet 1. Connect the other end of the Ethernet cable from the RocketM Titanium to the Ethernet port labeled POE on the PoE Adapter. 2. Connect an Ethernet cable from your LAN to the Ethernet port labeled LAN on the PoE Adapter. 3. Connect the Power Cord to the power port on the PoE Adapter. Connect the other end of the Power Cord to a power outlet. 11 Using LEDs to Determine Signal Strength Using LEDs to Determine Signal Strength Signal Level > -65 dBm > -71 dBm > -77 dBm > -82 dBm > -88 dBm > -94 dBm Note: By default, the Signal LEDs represent the wireless signal strength with the threshold values described above. In airOS, you can modify the threshold values for each LED or configure the LEDs to display the GPS connection quality instead. The settings can be configured on the Advanced tab under Signal LED Thresholds. 12 Rocket ™ M Titanium Quick Start Guide Accessing airOS ™ Connect to the airOS Configuration Interface. 1. Make sure that your host machine is connected via Ethernet to the RocketM Titanium. 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 http://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: U.S. product versions are locked to the U.S. Country Code to ensure compliance with FCC regulations. 5. The airOS Configuration Interface will appear, allowing you to customize your settings as needed. 13 airSync™ Capabilities (RM5-Ti only) 6. (RM5-Ti only) On the Main tab you can verify the GPS Signal Quality. Click the GPS Details link under Monitor to view the Satellite and Signal details. GPS Details link airSync ™ Capab…

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Page 1 of 1 Elliott TCB 41039 Boyce Road Fremont, CA, 94538 RE: Ubiquiti Networks, FCC ID: SWX-RM5T, IC ID: 6545A-RM5T To whom it may concern: The enclosed documents constitute a formal submittal and application for Equipment Authorization for a 5GHz outdoor wireless bridge pursuant to the following rules: Subpart C of Part 15 of FCC Rules (CFR 47), Intentional Radiators RSS-Gen Issue 3, December 2010, “General Requirements and Information for the Certification of Radiocommunication Equipment” RSS-210, Issue 8, December 2010, “Low-power Licence-exempt Radiocommunication Devices (All Frequency Bands): Category I Equipment” The device operates in the 5725-5850MHz DTS band per 15.247. It has two antenna options, a 21dBi sector or a 30dBi dish antenna. Both antennas are used for point-to-point connectors, exclusively. Elliott Laboratories, as duly authorized agent prepared this submittal. A copy of the letter of our appointment as agent is included with the application. If there are any questions or if further information is needed, please contact Elliott Laboratories for assistance. Sincerely, Mark Hill Staff Engineer NTS-Elliott Labs

91 E. Tasman Dr. | San Jose, CA 95134 | U.S.A. | Tel. 1-408-942-3085| Fax 1-408-351-4973. Elliott TCB 41039 Boyce Road Fremont, CA. 94538 March 13, 2012 Gentlemen: This is your letter of authorization to accept our appointment of Elliott Laboratories, Inc. as our Agent for Ubiquiti Networks, 91 E Tasman Dr, San Jose, CA to sign applications before Elliott TCB and to make representations to you on our behalf. Elliott Laboratories, Inc. is to receive and exchange data between our company and Elliott TCB. I hereby certify on behalf of Ubiquiti Networks, 91 E Tasman Dr, San Jose, CA ("Applicant") that neither Applicant nor any party to the application (officers, directors, and 5% shareholders) is subject to a denial of Federal benefits that includes FCC benefits pursuant to section 5301 of the Anti-Drug Abuse Act of 1988. 21 U.S.C. 853a. Sincerely, Jennifer Sanchez Wireless Compliance Manager Ubiquiti Networks 2580 Orchard Pkwy. | San Jose, CA 95131 | U.S.A. | Tel. 1-408-942-3085| Fax 1-408-351-4973. August 13, 2012 FEDERAL COMMUNICATIONS COMMISSIONS Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 Re.: Confidentiality Request Letter FCC ID: SWX-RM5T To Whom It May Concern: Pursuant to Sections 0.457 and 0.459 of the Commission’s Rules, we hereby request confidential treatment of information accompanying this application as outlined below: • Schematics • Block Diagram • Theory of Operation The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. Sincerely, Jennifer Sanchez Wireless Compliance Manager Ubiquiti Networks [email protected] +1-408-829-1603 (Direct) +1-408-942-3085 (Main)

Datasheet Advanced RF Isolation Variable Beamwidth Antenna Model: AM-V5G-Ti Carrier-Class 2x2 MIMO PtMP BaseStation Adjustable Beamwidth Configuration Reduced Co-Location Interference Datasheet 2 www.ubnt.com/airmax Advanced Carrier-Class PtMP Basestation Antenna Introducing the airMAX Titanium Sector, which continues the evolution of Ubiquiti’s best-in-class sector antennas. Advanced RF isolation and variable beamwidth configuration put the Titanium Sector at the forefront of sector antenna technology. Reduced Co-Location Interference Drawing on Ubiquiti’s depth of electrical and mechnical engineering expertise, Ubiquiti has developed the airMAX Titanium Sector to be highly resistant to noise interference in co‑location deployments. Adjustable Beamwidth Configuration Having adjustable beamwidth options enhances scalability and streamlines inventory. The airMAX Titanium Sector may be custom configured for any deployment requiring a 60 ̊, 90 ̊, or 120 ̊ sector. Antenna gain increases respectively with each decrease in beamwidth. Gain is 19 dBi at 120 ̊, 20 dBi at 90 ̊, and 21 dBi at 60 ̊. Increased Performance The airMAX Titanium Sector was specifically engineered for optimal performance when paired with a Rocket ™ M Titanium. • 20% increase in performance with PtMP networks • Up to 90% performance improvement in a co‑location environment • Increased durability in harsh weather 20 dBi 90 º 20 dBi 90 º 19 dBi 120 º 19 dBi 120 º 21 dBi 60 º Adjustable Beamwidth Easily Mount and Protect Your Rocket The Titanium Sector has an integrated Rocket mount that allows you to mount the Rocket without the use of any tools. The custom‑designed Protective Shroud helps to shield your Rocket from the elements. Ideal for Co-Location Deployments Datasheet 3 www.ubnt.com/airmax Overview Model: AM-V5G-Ti FrontBack Adjustable Beamwidth Deflectors Mounting Lugs Mounting Lugs RF Connectors Rocket Mount Bracket Rocket/Shroud Lock Release Level Bubble Level Datasheet 4 www.ubnt.com/airmax Specifications Physical / Electrical / Environmental Dimensions721 x 149.1 x 75.7 mm Weight3.72 kg (with Brackets) Frequency Range5.45 - 5.85 GHz Beamwidth Angles60 ̊/ 90 ̊/ 120 ̊ Gain (Beamwidth Dependent)21 dBi @ 60 ̊ 20 dBi @ 90 ̊ 19 dBi @ 120 ̊ Electrical Downtilt2 ̊ PolarizationDual Linear Cross-Pol Isolation20 dB Min. F/B Ratio30 dB Max. VSWR1.5:1 RF Connectors2 SMA Connectors (Weatherproof) Compatible RadiosRocketM5 RocketM5 GPS RocketM5 Titanium MountingPole Mount (Kit Included) ETSI SpecificationEN 302 326 DN2 Certifications CE, FCC, IC Wind Survivability160 mph Wind Loading37 lbs @ 120 mph 60 ̊ 90 ̊ 90 ̊ 120 ̊ 120 ̊ Datasheet 5 www.ubnt.com/airmax Polar Plots Vertical AzimuthVertical Elevation Horizontal AzimuthHorizontal Elevation Return Loss Datasheet 6 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 installer’s responsibility to follow local country regulations, including operation within legal frequency channels, output power, indoor cabling requirements, and Dynamic Frequency Selection (DFS) requirements. For further information, please visit www.ubnt.com. All specifi cations in this document are subject to change without notice. www.ubnt.com © 2012 Ubiquiti Networks, Inc. All rights reserved. Protect your networks from the most brutal environments with Ubiquiti’s industrial-grade shielded Ethernet cable, TOUGHCable. Increase Performance Dramatically improve your Ethernet link states, speeds, and overall performance with Ubiquiti TOUGHCables. Extreme Weatherproof Designed for outdoor use, TOUGHCables have been built to perform even in the harshest weather and environments. ESD Damage Protection Protect your networks from devastating electrostatic discharge (ESD) attacks. Extended Cable Support TOUGHCables have been developed to increase power handling performance for extended cable run lengths. Bulletproof your networks TOUGHCable is currently available in two versions: PRO Shielding Protection and CARRIER Shielding Protection. TOUGHCable PRO is a Category 5e, outdoor, carrier-class shielded cable with an integrated ESD drain wire. TOUGHCable CARRIER is a Category 5e, outdoor, carrier-class shielded cable that features an integrated ESD drain wire, anti-crosstalk divider, and secondary shielding. It is rated to provide optimal performance on Gigabit Ethernet networks. Additional Information: • 24 AWG copper conductor pairs • 26 AWG integrated ESD drain wire to prevent ESD attacks and damage • PE outdoor-rated, weatherproof jacket • Multi-layered shielding • Available in lengths of 1000 ft (304.8 m) TOUGHCable Connectors Specifi cally designed for use with Ubiquiti TOUGHCables and available in 100-pc. bags, TOUGHCable Connectors protect against ESD attacks and Ethernet hardware damage while allowing rapid fi eld deployment without soldering. ESD attacks are the leading cause for device failures. The diagram below illustrates the areas vulnerable to ESD attacks in a network. By using a grounded Ubiquiti Power over Ethernet (PoE) Adapter along with Ubiquiti TOUGHCable and TOUGHCable Connectors, you can effectively protect against ESD attacks. Unshielded cable with no ESD drain PoE adapter with no earth ground Ubiquiti TOUGHCable Ubiquiti PoE Adapter PH051112

AirMax Carrier Class 2x2 PtP Bridge Dish Antenna Models: RD-2G-24, RD-3G-26, RD-5G-30, RD-5G-34 Ultimate in RF Performance Integrated Mount lets you easily snap Rocket M into place Incredible Range and Speed rocket D I S H Datasheet | rocket D I S H Ubiquiti Networks, Inc. Copyright © 2011, All Rights Reservedwww.ubnt.com * When paired with Rocket M GPS * RocketDish is a Carrier Class Dish Antenna that was designed to seamlessly integrate with Rocket M radios (sold separately). Rocket M combines the “brains” in one robust unit; pair Rocket M with RocketDish to create powerful 2x2 MIMO PtP bridging applications. This seamless integration gives network architects unparalleled flexibility and convenience. On the right is one example of how RocketDishes can be deployed: Internet Backbone ISP Network RocketDish with Rocket M RocketDish with Rocket M AirMax BaseStation with Rocket M Corporate building with NanoStation M client. House with NanoStation M client. Small business with NanoStation M client. Lightpole with NanoStation M daisy- chained to a PicoStation M to create a wireless hotspot. AirMax 2x2 PtP Dish Antenna RocketDish Antennas and Rocket M radios have been designed to seamlessly work together. Installing Rocket M on RocketDish requires no special tools, you simply snap it securely into place with the universal Rocket mount built into the antennas. Easy Installation Pair RocketDish with Rocket M GPS to utilize Ubiquiti AirSync GPS Synchronization technology. AirSync enhances the hardware and software of Rocket M to use GPS signals for precision timing. GPS Signal Reporting AirOS was upgraded to take full advantage of the new GPS hardware in Rocket M GPS units; easily manage/monitor GPS satellite signals. No Co-location Interference Synchro- nized transmission among Rocket M GPS powered BaseStations effectively eliminates co-location interference. Seamless AirMax Integration Rocket M GPS units seamlessly integrate with AirMax BaseStation and RocketDish Antennas. Channel Re-use Frequency reuse for increased scalability. GPS Synchronization Unlike standard WiFi protocol, Ubiquiti's Time Division Multiple Access (TDMA) AirMax protocol allows each client to send & receive data using pre-designated time slots scheduled by an intelligent AP controller. This "time slot" method eliminates hidden node collisions & maximizes air time efficiency. It provides many magnitudes of performance improvements in latency, throughput, & scalability compared to all other outdoor systems in its class. Intelligent QoS Priority is given to voice/video for seamless access. Scalability High capacity and scalability. Long Distance Capable of high speed 50km+ links Latency Multiple features dramatically reduce noise. Integrated AirMax Technology 02 1 2 3 4 5 6 7 8 9 Overview ROCKETDISH PTP (Point to Point) BACKHAUL LINK 12 3 4 5 6789 Datasheet | rocket D I S H 03 Ubiquiti Networks, Inc. Copyright © 2011, All Rights Reservedwww.ubnt.com Models *RocketDish does not include Rocket M (sold separately) **RocketDish Radome does not include RocketDish (sold separately) RAD-2RD (2 ft / 648 mm) RAD-3RD (3 ft / 972 mm) • Greatly Reduce Wind Load • Protect Antenna Surfaces from Harsh Environments • Conceal Antenna Equipment from Public view • Designed specifically for RocketDish Antennas RocketDish Radome** RD-2G-24 (2.4 GHz, 24 dBi) RD-3G-26 (3.3-3.7 GHz, 26 dBi) RD-5G-30 (5 GHz, 30 dBi) RD-5G-34 (5 GHz, 34 dBi) RocketDish* Datasheet | rocket D I S H 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 hi-performance outdoor multipoint networking. Protocol Support Ubiquiti Channelization Spectral Width Adjust ACK Auto-Timing AAP Technology GPS Signal Reporting* 04 Ubiquiti Networks, Inc. Copyright © 2011, All Rights Reservedwww.ubnt.com Software View OS 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 real-time as a function of frequency. Recording Automize AirView to record and report results. Contro l AirControl is a powerful and intuitive web based server network management application which allows operators to centrally manage entire networks of Ubiqutii devices. Network Map Monitor Device Status Mass Firmware Upgrade Web UI Access Manage Groups of Devices Task Scheduling www.ubnt.com/aircontrol www.ubnt.com/airview www.ubnt.com/airos * When RocketDish is paired with Rocket M * Datasheet | rocket D I S H Ubiquiti Networks, Inc. Copyright © 2011, All Rights Reservedwww.ubnt.com 05 Specifications Antenna Characteristics RD-2G-24RD-3G-26RD-5G-30RD-5G-34 Frequency Range2.3-2.7 GHz3.3-3.8 GHz5.1-5.8 GHz Gain24 dBi26 dBi30 dBi34 dBi PolarizationDual Linear Cross-pol Isolation35 dB min Max VSWR1.6:11.4:1 Hpol Beamwidth3.8 deg. (Rx Dish) 6.6 deg. (Tx Dish) 7 deg. (6 dB)5 deg. (3 dB)3 deg. (3 dB) Vpol Beamwidth3.8 deg. (Rx Dish) 6.6 deg. (Tx Dish) 7 deg. (6 dB)5 deg. (6 dB)3 deg. (6 dB) F/B Ratio-50 dB (Rx Dish) -65 dB (Tx Dish) -33 dB-34 dB-42 dB ETSI SpecificationEN 302 326 DN2 MountingUniversal pole mount, Rocket M bracket, and weatherproof RF jumpers included Dimensions648 mm diameter1050 mm diameter Weight9.8 kg13.5 kg Wind Survivability120 mph125 mph Wind Loading113 lb @ 100 mph256 lb @ 100 mph RocketDish does not include Rocket M (sold separately) Datasheet | rocket D I S H Ubiquiti Networks, Inc. Copyright © 2011, All Rights Reservedwww.ubnt.com 06 Specifications (cont.) RD-3G-26 90 -90 120 -120 150 -150 180 60 -60 30 -30 0 -30 3.43.5 pol #1 dB GHz 3.6 -20 -10 pole #2 E-Plane, 3550 MHzReturn Loss -25 -120-60060 dB degrees…

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EMC Test Data Client: Contact: Standard: Test Specific Details General Test Configuration No Ubiquiti NetworksJob Number: J86352 Model: Rocket M5 Titanium T-Log Number: T88118 Account Manager: Susan Pelzl Jennifer Sanchez FCC 15.247, RSS-210, RSS-310, FCC 15BClass: N/A Maximum Permissible Exposure Objective: The objective of this test session is to perform final qualification testing of the EUT with respect to the specification listed above. Date of Test: 8/17/2012 Test Engineer: Mark Hill Calculation uses the free space transmission formula: S = (PG)/(4 πd 2 ) Where: S is power density (W/m 2 ), P is output power (W), G is antenna gain relative to isotropic, d is separation distance from the transmitting antenna (m). Summary of Results Device complies with Power Density requirements at 20cm separation: 237.4 No deviations were made from the requirements of the standard. 20cm separation: If not, required separation distance (in cm): Modifications Made During Testing No modifications were made to the EUT during testing Deviations From The Standard T88118 Ubiquiti.xlsMPE CalcPage 1 of 2 EMC Test Data Client: Contact: Standard: Ubiquiti NetworksJob Number: J86352 Model: Rocket M5 Titanium T-Log Number: T88118 Account Manager: Susan Pelzl Jennifer Sanchez FCC 15.247, RSS-210, RSS-310, FCC 15BClass: N/A Use: General Antenna: 30dBi Dish, worse case antenna Cable AntPower Freq.LossGainat AntEIRP MHzdBmmW*dBdBidBmmW 802.11a 574528.5707.903028.5707945.78 578528.0631.003028.0630957.34 582527.5562.303027.5562341.33 HT20 574527.0501.203027.0501187.23 578527.7588.803027.7588843.66 582527.3537.003027.3537031.80 HT40 575528.0631.003028.0630957.34 579527.5562.303027.5562341.33 HT10 573528.1645.703028.1645654.23 579027.9616.603027.9616595.00 584025.6363.103025.6363078.05 1.000 99.7081.000 111.8741.000 140.8411.000 EUTPower Densit y (S)MPE Limit 72.2321.000 128.4491.000 122.668 1.000 Powe rat 20 cmat 20 cm mW/cm^2mW/cm^2 125.5251.000 111.8741.000 117.1471.000 106.8391.000 125.525 For the cases where S > the MPE Limit Fre q. MHz 802.11a 5745 5785 5825 HT20 5745 5785 5825 HT40 5755 5795 HT10 5735 5790 5840 MPE LimitDistance where 140.8411.000237.4cm S @ 20 cm 111.8741.000211.5cm mW/cm^2mW/cm^2S <= MPE Limit 125.5251.000224.1cm 99.7081.000199.7cm 117.1471.000216.5cm 106.8391.000206.7cm 125.5251.000224.1cm 111.8741.000211.5cm 128.4491.000226.7cm 122.6681.000221.5cm 72.2321.000170.0cm T88118 Ubiquiti.xlsMPE CalcPage 2 of 2

File: R88896 Rev 1 Page 1 EMC Test Report Application for Grant of Equipment Authorization Industry Canada RSS-Gen Issue 3 / RSS 210 Issue 8 FCC Part 15 Subpart C Model: RocketM5 Titanium IC CERTIFICATION #: 6545A-RM5T FCC ID: SWX-RM5T APPLICANT: Ubiquiti Networks 91 E. Tasman Drive San Jose, CA 95134 TEST SITE(S): NTS Silicon Valley 41039 Boyce Road. Fremont, CA. 94538-2435 IC SITE REGISTRATION #: 2845B-3; 2845B-4, 2845B-5, 2845B-7 REPORT DATE: August 27, 2012 REISSUE DATE: September 6, 2012 FINAL TEST DATES: February 22, July 12, 17, 18, 19, 20, 24 and 25, 2012 TOTAL NUMBER OF PAGES: 91 PROGRAM MGR / QUALITY ASSURANCE DELEGATE / TECHNICAL REVIEWER: FINAL REPORT PREPARER: ______________________________ ______________________________ Mark E Hill David Guidotti Staff Engineer Senior Technical Writer NTS Silicon Valley is accredited by the A2LA, certificate number 0214.26, to perform the test(s) listed in this report, except where noted otherwise. This report and the information contained herein represent the results of testing test articles identified and selected by the client performed to specifications and/or procedures selected by the client. National Technical Systems (NTS) makes no representations, expressed or implied, that such testing is adequate (or inadequate) to demonstrate efficiency, performance, reliability, or any other characteristic of the articles being tested, or similar products. This report should not be relied upon as an endorsement or certification by NTS of the equipment tested, nor does it represent any statement whatsoever as to its merchantability or fitness of the test article, or similar products, for a particular purpose. This report shall not be reproduced except in full NTS Silicon Valley -- EMC Department Test Report Report Date: August 27, 2012 Reissue Date: September 6, 2012 File: R88896 Rev 1 Page 2 REVISION HISTORY Rev# Date Comments Modified By - 08-27-2012 First release 1 09-06-2012 Reissued to correct output power limit Dave Guidotti NTS Silicon Valley -- EMC Department Test Report Report Date: August 27, 2012 Reissue Date: September 6, 2012 File: R88896 Rev 1 Page 3 TABLE OF CONTENTS REVISION HISTORY ................................................................................................................................................ 2 TABLE OF CONTENTS ............................................................................................................................................ 3 SCOPE .......................................................................................................................................................................... 4 OBJECTIVE ................................................................................................................................................................ 4 STATEMENT OF COMPLIANCE ........................................................................................................................... 5 DEVIATIONS FROM THE STANDARDS .............................................................................................................. 5 TEST RESULTS SUMMARY ................................................................................................................................... 6 DIGITAL TRANSMISSION SYSTEMS (5725 –5850 MHZ) ................................................................................. 6 GENERAL REQUIREMENTS APPLICABLE TO ALL BANDS .......................................................................... 7 MEASUREMENT UNCERTAINTIES .................................................................................................................... 8 EQUIPMENT UNDER TEST (EUT) DETAILS ...................................................................................................... 9 GENERAL ................................................................................................................................................................ 9 OTHER EUT DETAILS ........................................................................................................................................... 9 ANTENNA SYSTEM .............................................................................................................................................. 9 ENCLOSURE ........................................................................................................................................................... 9 MODIFICATIONS ................................................................................................................................................... 9 SUPPORT EQUIPMENT ....................................................................................................................................... 10 EUT INTERFACE PORTS .................................................................................................................................... 11 EUT OPERATION ................................................................................................................................................. 11 TEST SITE ................................................................................................................................................................. 12 GENERAL INFORMATION ................................................................................................................................. 12 CONDUCTED EMISSIONS CONSIDERATIONS .............................................................................................. 12 RADIATED EMISSIONS CONSIDERATIONS .................................................................................................. 12 MEASUREMENT INSTRUMENTATION ............................................................................................................ 13 RECEIVER SYSTEM ............................................................................................................................…

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