Carlson Wireless Technologies RC2-CPE White Space Broadband Radio User Manual Revised Operator Manual 1 74g

Carlson Wireless Technologies Inc White Space Broadband Radio Revised Operator Manual 1 74g

Contents

Revised Operator Manual 1.74g

PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Revised December 12, 2013 RuralConnect®TV White Space RadioInstallation & User Guide Carlson Wireless Technologies, Inc. 2700 Foster Avenue, Arcata, CA 95521 Tel: (707) 822-7000 Fax: (707) 822-7010 www.CarlsonWireless.com
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Trademarks RuralConnect® and the RuralConnect® logo are registered trademarks of Carlson Wireless Technologies, Inc. Windows® is a registered trademark of the Microsoft Corporation in the United States and other countries. Copyright Copyright© 2013 Carlson Wireless Technologies, Inc. All Rights Reserved. No person may reproduce this manual without explicit permission from Carlson. The information contained in this publication is the latest available, as of the date printed on each page. Carlson reserves the right to make changes without notice. Current revisions are available upon request. Carlson Headquarters: 2700 Foster Avenue, Arcata, CA 95521 USA Sales Inquiries and Application Support Please contact the Carlson Sales Department for sales and/or application inquiries. Purchasers of Carlson products are required to make their own evaluations of product suitability for their specific application(s). Carlson’s obligations regarding the use and/or application of our products and/or the use of this manual are limited to the terms set forth in the Standard Terms and Conditions of Sale for a delivered product. Technical Support Training and support are only available for products purchased directly from Carlson; the purchaser is responsible for technical assistance for all other system components. Carlson Support is available from 7:30 AM to 4:30 PM Pacific Standard Time, excluding weekends and holidays. Tel: +1 (707) 822-7000 Email: support@carlsonwireless.com Repair and Return Carlson will replace or repair this product within one year from the date of shipment if it does not meet published specifications, or if it fails while in service due to a manufacturer’s defect. You must obtain a return merchandise authorization (RMA) prior to returning equipment to Carlson. You can request an RMA on our web site at http://www.carlsonwireless.com/support/rma-request.html. Safety Warnings In order to prevent personal injury, property damage, and/or equipment failure, it is essential that the installer employ appropriate safety measures when testing, installing, or maintaining RuralConnect® equipment. You are required to review all safety warnings in this manual prior to testing, installing, and/or maintaining the system. Qualified Personnel Professionally trained service technicians are the only personnel qualified to perform the testing and/or configuration steps outlined in this manual. Technicians are responsible for adhering to all applicable safety regulations and industry-standard best practices. Carlson does not Page | 2
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** authorize non-qualified personnel to work on equipment without the direct supervision of a professionally trained service technician. Proper Handling and Grounding The electronic components of the RuralConnect® equipment are sensitive to electrostatic discharge (ESD). In order to prevent potential warranty voiding damage, you must use an adequately grounded anti-static wrist strap when handling the equipment. It is also important to avoid the use of conductive tools. In order to prevent electric shock, always disconnect the remote power source and all cables from the system prior to disconnecting the grounding connection. Installation You must never perform any installation work on a tower, mast, or rooftop during lightning storms or other inclement weather. Dangerous work of this nature could result in serious injury and/or death. It is important to adhere to all of the applicable local, state, and federal regulations pertaining to safety equipment and tower climbing practices. RF Hazards Per FCC regulations, RuralConnect® systems must be installed in a manner that ensures a minimum of 40 centimeters (15.7 inches) separation between the antenna and any person. Failure to do so could result in a fine and/or personal injury. RF Exposure The radio described in this manual transmits RF energy. The concentrated energy from the antenna may pose a health hazard. All antennas used with this radio must be installed to provide a minimum separation from all persons of 40 cm (15.7 inches). The above separation distance must be maintained at all times. More information can be obtained from the FCC at the following website: http://www.fcc.gov/Bureaus/Engineering_Technology/Documents/bulletins/oet65/oet65.pdf Regulatory Compliance Information Per Part 15 of the FCC regulations, the RuralConnect® operates within the specified limits of a Class A digital device. Those limits ensure reasonable protection from harmful interference when operating the equipment in a commercial setting. This system generates, utilizes, and may radiate radio frequency energy. Incorrect installation and/or equipment use inconsistent with the instructions in the manual may result in harmful interference to radio communications. Operation of this equipment in a residential area may cause harmful interference in which case the user will be required to correct the interference at his or her expense. RuralConnect® operation is subject to the following two conditions: 1. This device may not cause harmful interference. 2. This device must accept any interference received, including interference that may cause undesired operation. Page | 3
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Additional Information on TV Band Interference Protection This equipment has been tested and found to comply with the rules for TV band devices, pursuant to Part 15 of the FCC Rules. These rules are designed to provide reasonable protection against harmful interference. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: 1. Reorient or relocate the receiving antenna. 2. Increase the separation between the equipment and receiver. 3. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. 4. Consult the manufacturer, dealer or an experienced radio/ TV technician for help. FCC Registration Requirements Per FCC regulations; you must register your RuralConnect® system with a certified spectrum database (such as Spectrum Bridge) prior to performing any bench tests and/or completing the final installation. You will need a Special Temporary Authority (STA) if you are using uncertified experimental hardware or software. Compliance and US Regulatory Information FCC Identifier OPA-RC2 FCC Part 15H 470-608 MHz (TV channels 14-36) FCC Part 15H 614-698 MHz (TV channels 38-51) Emission designators 6 MHz channels 6M00F1D Declaration of Conformity Manufacturer’s Name: Carlson Wireless Technologies Inc. Manufacturer’s Address: 2700 Foster Ave, Arcata, CA 95521 USA Declares that the product: Product Name: RuralConnect® Conforms to the following standard(s) or other normative document(s): EMC: FCC Part 15.247 subpart H Page | 4
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Table of Contents 1.1. Scope of Manual.............................................................................................................7 1.2. Overview.........................................................................................................................7 2.1. Proper Handling..............................................................................................................8 2.2. Grounding.......................................................................................................................8 2.3. Lightning Protection........................................................................................................8 2.4. Cable Recommendations ...............................................................................................9 2.4.1. RF Cables ...............................................................................................................9 2.4.2. Data Cables.............................................................................................................9 2.5. Recommended Tools .....................................................................................................9 2.6. Before Arrival................................................................................................................10 2.7. Unpacking.....................................................................................................................10 2.8. Spectrum Database Registration..................................................................................10 2.9. Bench Testing...............................................................................................................10 2.9.1. Test Cable Set.......................................................................................................11 2.9.2. Setting up the Bench .............................................................................................11 2.9.3. Getting Started on the OMC ..................................................................................12 2.9.4. Verifying Geographical Coordinates......................................................................13 2.9.5. Verifying Cell Control.............................................................................................14 2.10. RF Testing with RadioTest........................................................................................16 2.10.1. Minimum System Requirements........................................................................16 2.10.2. Download the RadioTest Software ....................................................................16 3.1. Professional Installers ..................................................................................................16 3.2. Antenna height and RF exposure warnings..................................................................16 3.3. RuralConnect® Radio Installation ................................................................................17 3.3.1. Basestation Overview............................................................................................17 3.3.2. Basestation Connections.......................................................................................18 3.3.3. Client Station Overview .........................................................................................19 3.3.4. Mounting the CPE .................................................................................................19 3.4. RuralConnect® Antenna Installation ............................................................................20 3.4.1. RuralConnect® Antennas Available ......................................................................20 3.4.2. Basestation Antenna .............................................................................................20 3.4.3. Mounting Omni Antenna........................................................................................20 3.5. Client Station Antenna Overview..................................................................................21 3.6. Installing Log Periodic Antenna ....................................................................................21 4.1. Registration ..................................................................................................................22 4.2. Signing into the OMC....................................................................................................22 4.3. Home Page...................................................................................................................22 4.4. Operations Panel..........................................................................................................22 4.4.1. System Health .......................................................................................................23 4.4.2. Network Map .........................................................................................................23 4.4.3. Cells ......................................................................................................................23 4.5. Stations.........................................................................................................................24 4.6. Cell Control...................................................................................................................24 4.6.1. Modulation Modes .................................................................................................25 4.7. Station Properties .........................................................................................................26 4.7.1. Basestation Details................................................................................................26 Page | 5
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 4.7.2. CPE Properties/Details..........................................................................................28 5.1. Specifications ...............................................................................................................30 5.2. Warranty .......................................................................................................................31 5.3. Acronyms/Abbreviations...............................................................................................32 5.4. Glossary .......................................................................................................................32 5.5. Useful URLs .................................................................................................................34 5.6. Manual Revision Notes.................................................................................................35 Table of Figures Figure 1: RuralConnect® Base Unit..............................................................................................7 Figure 2: RuralConnect® CPE Unit...............................................................................................7 Figure 3: Bench-Testing Cable Set.............................................................................................11 Figure 4: Basestation with Ethernet cable connected .................................................................11 Figure 5: Basestation Connections .............................................................................................11 Figure 6: OMC Sign-In ................................................................................................................12 Figure 7: OMC Shortcut Tabs .....................................................................................................12 Figure 8: Station Listing ..............................................................................................................12 Figure 9: Individual Basestation Detail........................................................................................12 Figure 10: Messages Listing .......................................................................................................13 Figure 11: Properties Tab ...........................................................................................................13 Figure 12: Latitude/Longitude Settings .......................................................................................13 Figure 13: Cell Control Tab.........................................................................................................14 Figure 14: Cell Control - Basestation & CPEs.............................................................................14 Figure 15: Carlson Basestation...................................................................................................17 Figure 16: Carlson Basestation Rear Panel................................................................................18 Figure 17: Carlson Basestation Ethernet Cable Connections.....................................................18 Figure 18: RuralConnect® CPE..................................................................................................19 Figure 19: Pole-mounted CPE ....................................................................................................19 Figure 21: Basestation Omni Antenna ........................................................................................20 Figure 22: OMC Sign-In Screen..................................................................................................22 Figure 23: Home Page - Text Hyperlinks ....................................................................................22 Figure 24: Messages ..................................................................................................................23 Figure 25: Network Map..............................................................................................................23 Figure 26: Filtering Choices ........................................................................................................23 Figure 27: Expanded "Cell" List ..................................................................................................24 Figure 28: Stations Display .........................................................................................................24 Figure 29: Cell Control Display ...................................................................................................25 Figure 30: Modulation Settings ...................................................................................................25 Figure 31: Station Links ..............................................................................................................26 Figure 32: Basestation Details ....................................................................................................26 Figure 33: Channel Allocation.....................................................................................................27 Figure 34: Base Registration Details...........................................................................................27 Figure 35: CPE Details ...............................................................................................................28 Figure 37: Interfaces Last Reported............................................................................................29 Figure 38: SNR History Graph ....................................................................................................29 Page | 6
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Hz 1. Introduction 1.1. Scope of Manual The purpose of this manual is to provide professional planning and installation personnel with the appropriate information and procedures required to install and operate the RuralConnect® TV White Space Broadband Radio and accessory equipment. In order to avoid harm to persons or damage to the product, please ensure that you have read and understand the safety, unpacking, and installation sections before proceeding. 1.2. Overview The RuralConnect® TV White Space Broadband Radio utilizes “white space” spectrum in the 470–608 MHz (TV channels 14–36) and 614–698 M(TV channels 38–51) frequencies in order to provide reliable, high-speed broadband for applications where traditional microwave solutions will not provide adequate RF performance. The system uses state of the art Single Carrier Frequency Domain Equalization (SC-FDE) to provide protection against signal fading caused by multipath interference (phase-shifting) while offering a robust clean transmit spectrum. Reflections from trees, buildings and hills are inevitable for long-range wireless links. These reflections arrive at slightly different times, causing deep fading across the channels used by white space systems. Without equalization, this fading causes poor performance; even for links between devices that are theoretically in range. SC-FDE allows installations that are more flexible, even without line-of-sight. Additionally, the RuralConnect® uses a proprietary adaptive equalization system, allowing the system to correct for multipath fading. This ensures reliable connections even in mountainous, forested, built-up areas where strong signal reflections are common. Figure 2: RuralConnect® CPE UnitOur international models ensure worldwide compatibility, regardless of the TV broadcast technology in use. International users must ensure compliance with their regulatory authorities. For export only, international models are available in both 6 MHz and 8 MHz versions. In the U.S., the RuralConnect® is only available with a 6 MHz channel bandwidth. The system is fully compliant with FCC Part 15H regulations. To ensure it never operates above the authorized power limit, the radio includes an internal RF sensor just before the RF output switch. This sensor reads the actual RF power output. The radio then adjusts the output across its operating band, according to the power limit set by the FCC. All power controls are factory set; no user control is available. Page | 7
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 2. Pre-test and System Planning 2.1. Proper Handling You must follow precautionary measures when handling RuralConnect® devices. Improper handling of your equipment may cause damage and void your warranty. The electronic components of the RuralConnect® equipment are sensitive to electrostatic discharge (ESD). Use adequate ESD protection, such as an anti-static wrist strap, whenever handling the equipment. It is also important to avoid the use of conductive tools. 2.2. Grounding A ground is a low impedance electrical connection to the earth utilized for energy dissipation. Grounding the RuralConnect® is very important for safety reasons, as well as protecting the system from damage due to lightning and/or static charge build up. Since lightning strikes and surges are high current and high frequency events, short, straight ground wires (not coiled or looped) must be used. Choose the largest diameter ground wire your ground connectors will accept for good electrical conductivity. We recommended a #8 gauge copper wire or larger. Recommended ground include utility company grounds, grounding rods, well casings, and cold water pipes constructed of continuous metal. A note of caution: sometimes repaired and/or extended metal cold-water pipes include PVC sections hidden behind drywall. PVC will disrupt conductivity and render the pipe unacceptable as a ground. Conductivity is often poor in desert areas, so multiple ground rods may be required (preferably bonded together to make a suitable connection). The impedance of your grounding should never exceed 5 Ohms. Carlson recommends maintaining a ground with less than 3 Ohms. Undesirable grounds include, but are not limited to, sprinkler pipes, PVC pipes, conduit, and buried wire. Never use an unverified ground. In order to prevent electric shock, always disconnect the remote power source and all cables from the system prior to removing the grounding connection. 2.3. Lightning Protection Poorly grounded lightning protection is the same as having no protection at all! Lightning is one of the most dangerous, yet most common, natural hazards for a RuralConnect® system. It is absolutely essential to install and maintain adequate lightning protection for your equipment. Verified ground connections are imperative for lightning protection to work correctly. Primary lightning protection is located outside the enclosure. Install primary lightning protection with a good ground on all RF and/or data connections that have even a moderate outdoor line build-out. Best practices dictate all lines entering or exiting a building need protection. You must use protection on both ends of the cables between buildings! Contact your sales representative for detailed specifications and usage information for the primary lightning protection solutions available from Carlson. In areas with frequent lighting activity, augmenting the client station install with a nearby lightning rod is strongly recommended. Lightning can be unpredictably strike, might miss the antenna mast altogether, and make contact with underlying wiring/cabling instead. Lightning discharges into the lowest impedance path to ground, i.e. earth. In many cases this will be the master ground in the primary AC panel, unless nearby grounding is installed. Page | 8
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 2.4. Cable Recommendations Use of proper high-quality cabling is important to ensure the best performance for your RuralConnect® system. Carlson extensively researched and tested cabling before selecting those offered for RuralConnect® customers. It is recommended that you use only Carlson approved cables. Discuss your cabling options with your Carlson Sales Representative. 2.4.1. RF Cables Carlson carries professional-grade RF coax cables that provide greater durability and less attenuation/loss than those readily available. We offer and recommend well-insulated 75-Ohm broadband coaxial cable with gas-injected foam polyethylene insulation. For short jumper connections, use 18 AWG RG-6/U cables with a solid .040” bare copper conductor. For longer runs, use 14 AWG RG-11 cables with a .064” bare copper conductor. Only use cables with 100% solid copper center conductors. Lower-quality copper-clad conductors have decreased performance and can lead to failures. 75-Ohm cabling used for RuralConnect® installation cannot exceed 150-feet (45.72 meters). Terminate all coax cables with weather-sealed 75-Ohm F-type compression connectors with PVC jackets. Do not use crimp-type connectors. Avoid cable bends as much as possible; do not put more than a 90-degree bend in any cable run. 2.4.2. Data Cables Network performance is greatly affected by the quality of the data cabling used. Carlson carries and recommends shielded, grounded, outdoor Category-5 or higher twisted pair cable. 2.5. Recommended Tools These are the tools needed to set up a RuralConnect® system. Make sure you have them handy to ensure a seamless installation.  ESD gear  Wrench set (Standard)  Socket set (Standard)  Screwdriver set (Phillips and Standard)  Multimeter/multitester  Wire cutters  Wire strippers  Vapor wrap  Electrical tape You will need an IBM PC-compatible computer (or equivalent virtual machine) equipped with the following:  Microsoft Windows 7 or greater  Microsoft .NET Framework 4.5  At least 512 Megabytes (MB) of RAM  Keyboard and mouse (or other compatible pointing device)  Display adapter and monitor (1024x768 or higher resolution) Page | 9
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. ***  100/1000 Mbps Ethernet network adapter  Pre-Installation 2.6. Before Arrival Users operate the RuralConnect® system from the Online Management Center, or OMC. After placing your order, and prior to receiving the equipment, you will need to have a registered OMC user account. If you do not have an OMC account, visit http://omc.neul.com and click “register a new account”. You may wish to have multiple accounts for your employees. Send your new username(s) to Carlson Support, at support@carlsonwireless.com. Carlson will assign each account to a user group for your company, along with your desired set of permissions for each user/group. Please note: You will not be able to properly test or configure your RuralConnect radios until you have a registered OMC account. 2.7. Unpacking Before opening package(s), inspect them and report any damage to the shipping carrier. Per shipping insurance agreements, the shipping carrier is responsible for any damage to the equipment. Unpack and compare the contents against the packing slip and inspect everything for damage. Report any missing or damaged components to your Carlson Customer Service Representative. 2.8. Spectrum Database Registration Unless registered with a Certified TVWS Database Administrator, it is necessary to apply for a Special Temporary Authority (STA) before conducting any over-the-air testing. If the fixed TVBD is moved to another location or if its stored coordinates become altered, the operator shall re-establish the device’s registration with the database based on the device’s new coordinates. Follow this link to apply for an STA: https://apps.fcc.gov/oetcf/els/forms/STANotificationPage.cfm Note: Prior to powering your radios and conducting tests, you must have a list/map of allowable channels specific to the Basestation and CPE locations. Use the online Spectrum Bridge Show My White Spaces tool to get a list of channel available in your areas. 2.9. Bench Testing Prior to deploying your RuralConnect® units, it is important to become familiar with their operation and verify their functionality. The following section provides detailed instructions required for a complete bench test. Please contact Carlson Support if you require further information and/or assistance with that process. Warning: Never power up a unit without proper cabling and attenuation. You must have at least 60 dB of attenuation between RuralConnect® units. Failure to do so could result in system damage that may void the warranty. Page | 10
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 2.9.1. Test Cable Set The bench-testing cable set (“RC-TECH-KIT”) will allow you to bench test a Basestation with two CPEs. Connect the units with the supplied cables and connectors. This consists of a set of coax jumper cables (one for each unit), an F-type splitter and five 19 dB attenuators (one for the Basestation, two for each CPE). 2.9.2. Setting up the Bench Use the supplied yellow Ethernet patch cable to connect the radio’s Ethernet port to the Base controller board Ethernet port as shown in Figure 4. For Internet access, connect the Basestation unit to a DHCP-enabled network via a standard Ethernet cable. Plug the Ethernet cable into the Ethernet port nearest to the power jack. Note the blue cable in Figure 5 as an example: Connect the Basestation unit’s power supply to its barrel-type power jack, as shown in photo. Figure 3: Bench-Testing Cable SetUsing a standard Ethernet cable (not supplied), connect each CPE unit to the “Out” connection of a POE injector as shown below: Connect each unit to a ximately 3-5 minutes for the system to initialize. power source. Wait approFigure 4: Basestation with Ethernet cable connectedFigure 5: Basestation Connections Page | 11
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 2.9.3. Getting Started on the OMC You will use the Neul/Carlson Operation & Management Center to test and operate your RuralConnect® radios. Open a web browser and browse to http://omc.neul.com. Enter your OMC user name and password. You should have an OMC account created by Carlson. The username will match your Carlson Customer ID. If you do not have a user account, you will need to create one and submit a request to have your radios assigned to your new account. Figure 6: OMC Sign-InNote: database requests take a minimum of 24 hours to process. Figure 7: OMC Shortcut TabsOn the Welcome page, click the “Stations” tab. Note: If you do not have any stations listed, contact Carlson Support. Click on the named hyperlink for your Basestation (i.e., "CSB00123"), which will take you to the “Basestation Details” page. Figure 8: Station Listing Figure 9: Individual Basestation Detail Page | 12
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** capability or a professional installer. On the “Basestation Details” page, click the “Messages” tab. The last few messages should include “Radio Connected!” and “Completed Initialization”. Figure 10: Messages Listing Verify that the message dates and times are correct for system initialization. If “Radio Connected!” and “Completed Initialization” messages are not displayed, then troubleshoot your Internet connection and/or wait another 3-5 minutes. If the system still fails to initialize, contact Carlson Support. 2.9.4. Verifying Geographical Coordinates Click the “Properties” tab. Under “Station Entities”, select the “Legacy Properties” drop-down tab. Figure 11: Properties Tab Scroll down to view latitude and longitude information. Verify the latitude and longitude information is correct for the Basestation. Geographic coordinates shall be determined to an accuracy of ±50 meters by either an incorporated geo-location Figure 12: Latitude/Longitude SettingsPage | 13
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** itude information, contact Carlson Support or your l Control” tab. or your Basestation. Both the Basestation and its active CPEs will appear. Ibleshoot the Internet connection and/or wait ctor vigate to a webpage of your choice. A successful connection roubleshoot your Internet connection and/or wait it, congratulations! You have log periodic antenna vertically, using the included pole mounting kit. If your find incorrect latitude and longspectrum database manager for correction. Close the “Basestation Details” window. 2.9.5. Verifying Cell Control At the top of the page, click the “CelFigure 13: Cell Control Tab Select the tab shown fFigure 14: Cell Control - Basestation & CPEsf the Basestation and CPEs do not appear, trouanother 3-5 minutes. If they fail to appear, contact Carlson Support for technical assistance. Using a standard Ethernet cable (not supplied), connect a PC to the “IN” port of the POE injeconnected to the first CPE. Open a web browser and naverifies the operational status of the link. If you are unable to browse to a website, tanother 3-5 minutes. If you need assistance, contact Carlson Support. Repeat link verification steps for remaining CPE unit(s). Once you have verified the operational status of every uncompleted the first step in testing your new RuralConnect system. Turn to Page 21 for more information about the Installers mount thePage | 14
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** u have This section of the manual is under development. Visit the Carlson Online Help Desk if yoany questions. Page | 15
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Operation and Management Center (OMC). 2.10. RF Testing with RadioTest Either on the bench or in the field, you can use the RadioTest software to test the RF performance of the radio. This software will provide you with accurate measurement of the signal-to-noise ratio (SNR), bit error rate (BER) and more. 2.10.1. Minimum System Requirements Use of the RadioTest software requires two IBM-compatible PCs with the following: 1 GHz processor 512 MB of RAM Microsoft Windows 7 operating system Microsoft .NET Framework 4.5 An Ethernet patch cable 2.10.2. Download the RadioTest Software You may obtain the RadioTest software from our website by following the link below: http://www.carlsonwireless.com/applications/RadioTest/RadioTest.zip This section of the manual is under development. Visit the Carlson Online Help Desk if you have any questions. 3. Installation 3.1. Professional Installers RuralConnect® radios and antennas can only be installed by professionally trained personnel. 3.2. Antenna height and RF exposure warnings RuralConnect® installations must adhere to all local, state, and federal regulations. Failure to follow those guidelines could result in costly fines, damage to the equipment, and/or inadequate RF protection for end users. Per FCC regulations; antennas used with fixed TV Band devices may not be more than 30 meters above ground level, or 250 meters above average terrain. All persons are required to maintain at least a 40 cm distance from the device; additional hardware may be required to ensure that separation. All regulatory compliance requirements related to the installation and operation of RuralConnect® devices are the sole responsibility of the operator. Page | 16
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 3.3. RuralConnect® Radio Installation 3.3.1. Basestation Overview Figure 15: Carlson Basestation The Basestation is a 19” rack mountable device that will normally be installed in a weatherproof cabinet at or close to the mounting point for its external antenna. Suitable antennas are available from Carlson. The Basestation connects to the internet via a standard Ethernet port, where it automatically obtains an IP address from a DHCP server. It encodes data from the Ethernet connection for transmission to one or more CPE units. It decodes transmissions from the CPEs and sends these to the internet. Carlson designers have deliberately limited the number of physical controls on the Basestation. All of the control, configuration and management options of the Basestation are handled via the cloud-based OMC interface. Page | 17
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 3.3.2. Basestation Connections Figure 16: Carlson Basestation Rear Panel The rear panel of the Basestation has the following ports: A. Heat Sink B. Radio Board Ethernet Port* C. Mini USB Diagnostic Port (Unused) D. RF Port E. GPS Antenna Port F. Serial Port (Unused) G. VGA Port (Unused) H. USB Ports (Unused) I. Base Controller Board Ethernet Port* J. Ethernet Port (Internet in/out) K. AC Power *Base Controller Board and Radio Card Connected via Ethernet Cable Figure 17: Carlson Basestation Ethernet Cable ConnectionsPage | 18
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** arlson tative about ect to a Basestation via a UHF en on is an RF port, 3.3.4. Mounting the CPE 20) ost ounting s r unit: re the 10-32” nuts 3.3.3. Client Station Overview The CPE, also call "Client Station", is installed at the subscriber’s premises. RuralConnect® CPEs use external antennas that operate over the entire UHF band; from 470 MHz to 698 MHz. Speak to your CSales Representhe antenna selection available. CPEs connFigure 18: RuralConnect® CPEradio signal. Due to the unique propagationcharacteristics of signals in the UHF band, good connections are generally possible evif there is a non-line-of-sight path to the Basestation. Once a link to the Basestatiestablished, CPEs provide network access via a standard Ethernet connection. The bottom plate of the CPE has Ethernet port and four (4) RSSI LEDs. Figure 19: Pole-mounted CPECWT Enclosure10-32x¾Pipe Flange Mounting FlangePole 10-32 Nylock5/16" Lock Washer5/16" Hex NutU-BoltFigure 20: CPE Mounting Bracket DiagramInstallers will use pole/wall mounting kit (part #: 900-72to install the RuralConnect® CPE units (see Figure 19). Minstalls will mount the unit directly below the antenna. The mounting bracket allowsinstallation using poles with a diameter up to 2 ¼”. Using the 900-7220 mkit, follow the below instructionfor pole mounting the RuralConnect® outdoo1. Attach the mounting flanges to the enclosuusing the 10 -32 x 3/4” Bolts, and Nylock hex nuts. 2. Tighten to maximum of 20 in-lbs (2.0 ft-lbs). Do not over tighten! 3. Position the enclosure on the pole. Page | 19
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Page | 20 4. Place the U-Bolts around the pole, and slide the pipe flanges over them with the serrated he threads of the U-Bolts. r the U-Bolts and secure 3.4. RuralConnect® Antenna Installation 3.4.1. RuralConnect® Antennas Available s available for use with the RuralConnect® in 3.4.2. Basestation Antenna #:053-470-786-6-2B-V) includes a female F-type ations for the Omni: -V Connector emale 75 Ohms t & Dimensions - 42” x 6” 3.4.3. Mounting Omni Antenna these instructions for pole mounting the Omni antenna: ttom section of the 2. le and ith the threads of the V-bolts. sides facing the pole. See figure 1. 5. Apply an anti-seizing compound to t6. Slide the mounting flanges (now attached to the enclosure) ovethose using the 5/16” lock washers and 5/16” hex nuts. 7. Tighten the 5/16”nuts. Do not over tighten! The following are the only FCC-authorized antennathe United States. Currently, no other manufacturer produces antennas authorized for use with the RuralConnect®. For the Base Station, you will us the Carlson Omni antenna model #053-470-786-6-2B-V. For the Client Station, you will use the Carlson Log Periodic antenna model #057-470-786-8-F. The RuralConnect® Omni antenna (modelconnector and heavy-duty mounting bracket (part #: 920-7215) for mounting to a pole with a diameter up to 2 ¼”. Below are the specificModel Number 053-470-786-6-2BAntenna Type Omnidirectional Beamwidth 360 degrees Polarity Vertical Antenna “F” type fFrequency Range 470-786 MHz Gain 5 dBi Weigh 25 lbsUsing the 920-7215 mounting kit, follow1. Attach the mount plate to the antenna a. Place the U-bolts around the bothe antenna and place the mount saddles over them the curved side facing the antenna. b. Keeping the mount plate perpendicular to antenna, slide the U-bolts into the mount plate and fasten them using the 1/4” flat washers and Nylock nuts. Do not over tighten! Attach mount assembly to mounting pole a. Place the V-bolts over mounting poplace the V-clamp pipe flanges onto them wthe serrated sides facing the pole. b. Apply an anti-seizing compound to Figure 21: Basestation Omni Antenna
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** using the 5/16” 3.5. Client Station Antenna Overview The log periodic directional antenna (model #:057-470-786-8-Fconnector and a heavy-duty mounting bracket for mounting to a pole with a diameter up to 2”. cal or Horizontal e Lo ers mount the log p enna vertically, using the included pole mounting kit. u Visit the Carlson Online Help Deskc. Slide the V-bolts into the antenna mount plate and fasten themflat washers, lock washers and nuts. Do not over tighten! ) includes a male F-type Below are the specifications: Model Number 053-470-786-6-2B-V Antenna Type Log Periodic Beamwidth 35-degrees vertical, 30-degrees horizontal Polarity VertiAntenna Connector g“F” type male 75 Ohms Frequency RanGain 470-786 MHz9 dBi Weight & Dimensions 2 lbs - 15” x 14” 3.6. Installing g Periodic AntennaInstall eriodic antThis section of the man al is under development. if you have any questions. Page | 21
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 4. Operation and Management Center (OMC) 4.1. Registration The Carlson/Neul Operation and Management Center (OMC) provides a cloud level view of all RuralConnect® devices registered under a given user name. You will use this online tool to manage your RuralConnect® network. The RuralConnect® Basestation obtains and reports information to and from the OMC via the Internet. Regardless of the RF status, the OMC pushes settings to the Basestation, and polls its status. If the Basestation is offline during a configuration change, the OMC will apply those changes upon re-establishing a connection to the Basestation. This user guide will provide you with all the information you need to operate your RuralConnect® system. 4.2. Signing into the OMC Open your web browser and navigate to http://omc.neul.com. At the sign-in screen, enter your login name and password. Press Enter or click the “Sign in” button. Your account(s) should be setup ahead of time. If you do not have an OMC account, click “Register a new account”. Enter a desired username and your email address. You must then send your username to Carlson Support, who will send a permissions request to allow access to your RuralConnect radios. Figure 22: OMC Sign-In ScreenNote: database requests take a minimum of 24 hours to process. If you do not remember your password, click “Retrieve forgotten login information”. You will receive an email with a verification link to gain access to your account. 4.3. Home Page After logging in, you will see the Home page, displaying bulleted text hyperlinks to help you navigate to each section. The OMC also has navigation tabs, available from any page. While browsing around the OMC, the “Home” tab will bring you back to this page. 4.4. Operations Panel To access the Operations Panel, click on its link. This section of the OMC provides you with a high-level overview of your entire RuralConnect® network. Figure 23: Home Page - Text Hyperlinks Page | 22
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 4.4.1. System Health The first drop-down tab shown is “System Health”. This section displays the most recent messages and a status summary of your entire system. Figure 24: Messages 4.4.2. Network Map Click on the next drop-down tab, “Network Map”. This displays all your radios, based on the roles and coordinates of each. Figure 25: Network Map The map displays Basestations with tower-like figures, and CPEs as smaller beacon-like figures. 4.4.3. Cells Click on the “Cells” drop-down tab. This section displays each Basestation assigned to your account and the associated CPEs of each. You will see each station name, its Globally Unique Identifier (GUID), description and health. To filter the list of Basestations, click on the filter icon next to any column heading. Enter any keywords you wish to search fand press Enter, or click the “Filter” button. or After a brief delay, you will see the results of your search. Figure 26: Filtering ChoicesPage | 23
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Click on the arrow to the left of any Basestation. This will expand the “cell” list, showing associated CPEs. Clicking the “Id” or “Name” hyperlink of any station will give you a popup “Station Properties” window. See Section 4.7 of this manual to learn more about Station Properties. Figure 27: Expanded "Cell" List 4.5. Stations Click on the “Stations” tab at the top of the OMC window. This is a list of radios assigned to your account. The OMC will only display radios assigned to your account. If an expected radio does not appear in this list, you must make a request to Carlson Support for a database update. Each radio will have a customized name and description. Unless requested otherwise, Carlson will use a default naming convention. Basestation names begin with “CSB”, followed by the serial number with one leading zero removed (i.e., “CSB00123”). CPE names begin with “CST”, using the same serial number syntax (i.e., "CST00123"). The “Rbt” column shows if the Basestation is currently in a “soft-reboot” state, indicated by a checkmark. The radio is not accessible while in this state; access will resume upon successful completion of the boot sequence. Figure 28: Stations DisplayNote: the Basestation boot process can take up to five (5) minutes or more. The “Last Reported” column displays the amount of time elapsed since your Basestation last reported state to the OMC. Active Basestations always report in less than one minute, indicated in green. 4.6. Cell Control Click the “Cell Control” tab at the top of the OMC window. Page | 24
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Figure 29: Cell Control Display Cell Control is the area of the OMC where you can view and edit the settings affecting the performance of each radio. As of April 13, 2013, this is the only area of the OMC where end users can make changes. After making your desired changes, click the “Save Changes” button to apply them. Use the “Mute” button to disable the radio on the Basestation. Place a check into the box to enable this feature. This will disable the Basestation radio. Your RuralConnect® network will not function with this feature enabled. 4.6.1. Modulation Modes The performance of each RF link is determined by the signal quality and the modulation mode used. These drop-down menus allow you to select the modulation mode for both the uplink and downlink of each CPE. You can only change the setting for one station at a time. After making changes, press the “Save Changes” button. The changes will be applied and the Cell Control tab will reset. Complex modulation types are at the top of the list, followed by simpler modulation types and various forms of forward error correction (FEC). Complex modulations, such as quadrature amplitude modulation (QAM) provide a mechanism for higher bit rates, and thus more available throughput. These complex modulations, however, have a negative impact on the receive threshold of the radio, the signal level at which the link is unreliable. Figure 30: Modulation Settings Modulation modes are in order of net bit rate, with the highest bit rate at the top of the list. The effective throughput of an RF link is based on the net bit rate, less the PHY and link-layer overheads. Modulation modes in Cell Control include acronyms for modulation types and abbreviations for FEC types. “Conv_Punct”, a 3/4 punctured convolutional coding rate, provides 25% FEC, reducing the available payload to 75% of the gross bit rate. “Conv” is a 1/2 convolutional coding rate. This 50% FEC produces a reliable communications channel, while reducing the available payload to 50% of the gross bit rate. Page | 25
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Basestations will commonly use “Qpsk_1_Conv” for the Uplink and Downlink modulation modes. This modulation mode provides a good link reliability and provides enough bandwidth for system controls Set your CPE stations with the modulation mode that meets the needs of the installation and application. Stronger signal-to-noise ratios will allow the use of higher modulation modes, providing higher throughput. An SNR of 25 or greater will allow the use of QAM16 with FEC, while an SNR of 30 or greater is required before you can disable FEC (“QAM16_None”). For troubleshooting RF links with errors and/or poor signals, select a lower modulation mode. An “Adaptive Modulation” button is available, which will enable dynamic control of the link modulation mode, to maintain link stability in varied conditions. Although this is useful feature, a fixed modulation type will provide better performance. 4.7. Station Properties From many areas around the OMC, you can click on the “Id” or “Name” hyperlink of a station to open a “Station Properties” pop-up window. Clicking the ID will open a new webpage. Clicking the Name will open a pop-up window. Figure 31: Station LinksBasestations and CPEs have similar properties, along with sections unique to each role. The upper section includes the Stations Details. The lower section includes various tabs for each control and status area of the station. 4.7.1. Basestation Details Figure 32: Basestation Details For smaller screens, you can maximize the window by clicking its header/title bar. Basestation Details include the name, description, GUID, IP Address, whitespace database provider. You will also see the “AfterBootSystem”, the boot image used to initialize the Basestation with the OMC upon establishing a connection. You will also see two buttons. To perform a “soft reboot” of a Basestation, click the “Reboot” button. To restart the station software alone, without a reboot, click the “Restart Stack” button. Health The first Station Properties tab, “Health”, is open by default, displaying the last reported date and time for each control interface. Basestations also report the current channel and channel allocations. Page | 26
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Channel Allocations The spectrum database provides a list of available channels, based on the registration details. The OMC displays the allocated channel is a list on this tab. Figure 33: Channel Allocation An active RuralConnect network requires an active channel allocation. You can find this information in other areas of the OMC, as well. On the right of each channel listed, you will see the expiration, or “Expiry Time”. This is a color-coded indicator of the expiration of the channel allocation lease provided by the spectrum database. If the Basestation fails to acquire a new lease before the Expiry Time shown, it will cease transmission. The radio will not transmit until the OMC obtains a new channel allocation lease. Underneath the channel allocations, you will also see the current channel and details of the last spectrum database activity results. Interfaces Each radio has multiple network connections created for controls to and from the OMC. This value indicates the most recent date and time interface successfully established a connection to the station. If an Internet connection fails, these interfaces will fail to communicate. During such down time, the OMC cannot control the station, though local network functionality will continue until the channel allocation lease expires. Figure 34: Base Registration Details Registration The Registration Details include the station site coordinates, antenna height and your contact information. These fields are required for registration with the spectrum database. Click the “Edit” button, fill out all the fields and then cthe “Confirm” button. lick Activity Click on the “Activity” tab to view the RF network history of the RuralConnect Basestation. This is a list of all currently and recently active CPE Page | 27
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** connections, listed by GUID. On the right, a bar graph indicates the timeline of each active CPE connection. Click and drag this timeline to scroll it left and right, viewing the history of these connections. 4.7.2. CPE Properties/Details This screen displays the name, description, GUID and spectrum database provider. Figure 35: CPE Details Click the “Reboot” button to reboot the CPE from this screen. Health The first Station Properties tab, “Health”, is open by default, displaying the last reported date and time for each control interface. Stations also report the current channel and channel allocations. Registration The Registration Details include the station site coordinates, antenna height and your contact information. These fields are required for registration with the spectrum database. Click the “Edit” button, fill out all the fields and then click the “Confirm” button. Channel Allocations The spectrum database provides a list of available channels, based on the registration details. The OMC displays the allocated channel is a list on this tab. On the right of each channel listed, you will see the expiration, or “Expiry Time”. This is a color-coded indicator of the expiration of the channel allocation lease provided by the spectrum database. If the CPE fails to acquire a new lease before the Expiry Time shown, it will cease transmission. The radio will not transmit until the OMC obtains and allocates a list of available channels. Underneath the channel allocations, you will also see the current channel and details of the last Figure 36: CPE Channel AllocationsPage | 28
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** spectrum database activity results. Interfaces Each radio has multiple network connections created for controls to and from the OMC. This value indicates the most recent date and time each interface successfully established a connection to the station. If an Internet connection fails, these interfaces will fail to communicate. During such down time, the OMC cannot control the station, though wireless network functionality will continue until the channel allocation lease expires. Figure 37: Interfaces Last Reported Performance This tab provides a line graph of the uplink and downlink SNR history for the CPE. Figure 38: SNR History Graph The drop-down menu allows a choice of timelines. Click “Enable/Disable Performance Logging” to start/stop the log, Page | 29
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 5. Appendices 5.1. Specifications SYSTEM SPECIFICATIONS Frequency Bands UHF 470-786 MHz (US and ETSI) Channel Spacing 6 MHz (US), 8 MHz (ETSI) Bandwidth 100 kHz (M2M) to 4.5 MHz (Rural BB) Modulation QPSK, 16QAM Data Rates 4, 6, 8, 12, and 16 Mb/s Data Rate Control Dynamic or fixed Receive Interface Proprietary technology is used to reduce co-channel interference RX Sensitivity -89 dBm for 10-6 BER using QPSK 1/2 -86 dBm for 10-6 BER using 16QAM 1/2 RX Blocking Resistance -50dBm TV transmission on chan N+2 -20 dBm cellular station transmissions RX Max Signal -16dBm with full linearity Operating Mode TDD (Time Division Duplexing) User Ports 10/100 baseT Ethernet Warranty Limited Warranty, USA NETWORK SPECIFICATIONS Multipoint Client Capacity 4096 (M2M) Typical Client Loading 20 clients with 3Mb/1Mb residential SLA Management Web-based browser using https interface End-to-End Latency 30-100 ms typ. REGULATORY SPECIFICATIONS ACP and Spectrum Mask Meets FCC and Ofcom specifications -55 dBr +/- 3 MHz relative to 12.2 dBm (measured at 100 KHz increments) ENVIRONMENTAL SPECIFICATIONS Operating Temperature -30° to 55° C Operating Humidity Up to 95%, non-condensing Shock and Vibration MIL-STD-810 SECURITY Security Mechanism WPA2/AES-128 bit shared secret key BASESTATION ANTENNA Model Number 053-470-786-6-2B-V Antenna Type Omnidirectional Beamwidth 360 degrees Polarity Vertical Antenna Connector “F” type female 75 Ohms Frequency Range 470-786 MHz Gain 5 dBi Page | 30
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Weight & Dimensions 25 lbs - 42” x 6” CLIENT STATION ANTENNA Model Number 053-470-786-6-2B-V Antenna Type Log Periodic Beamwidth 35-degrees vertical, 30-degrees horizontal Polarity Vertical or Horizontal Antenna Connector “F” type male 75 Ohms Frequency Range 470-786 MHz Gain 9 dBi Weight & Dimensions 2 lbs - 15” x 14” MECHANICAL SPECIFICATIONS Unit Dimensions 19.6” x 6” x 1.75” Enclosure Material Painted steel Weight 5 lbs Mounting 19 inch EIA 2 unit rack POWER - INDOOR RACK MOUNT Voltage 100-240 VAC, 50-60 Hz or 12 VDC Current Tx: 30W, Rx: 15W, Idle: 13W Connector POE 5.2. Warranty Carlson Wireless Technologies, Inc. or Carlson Wireless USA, collectively referred to as “Carlson“), will repair this product with new or rebuilt parts, free of charge, in the USA or Puerto Rico for one (1) year from the date of original purchase in the event of a defect in material or workmanship. You can obtain mail-in service in the USA during the warranty period from a Carlson Factory Service Center by visiting http://www.carlsonwireless.com/support/rma-request.html for an RMA (Return Materials Authorization) number. After receiving your RMA number, ship your product adequately packed, postage paid and insured to the address provided. This warranty extends to the original purchaser only. A purchase receipt or other proof of the date of original purchase will be required before the rendering of warranty services. This warranty only covers failures due to defects in materials or workmanship, which occur during normal use. It does not cover damages incurred in shipment or failures caused by products not supplied by Carlson. It also does not cover failures which result from accident, misuse, abuse, neglect, mishandling, misapplication, alteration, modification, lightning, power line surge, introduction of sand, dust, humidity and/or liquids, or service by anyone other than a Carlson Factory Service Center or authorized Carlson Service Center, or damage that is attributable to acts of God. Limits and Exclusions There are no express warranties except as listed above. CARLSON SHALL NOT BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES RESULTING FROM THE USE OF THIS PRODUCT OR ARISING OUT OF ANY BREACH OF THIS WARRANTY. ALL EXPRESS AND IMPLIED WARRANTIES, INCLUDING THE Page | 31
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, ARE LIMITED TO THE APPLICABLE WARRANTY PERIOD SET FORTH ABOVE. Some states do not allow the exclusion or limitation of incidental or consequential damages or a limitation on how long an implied warranty lasts, so the above exclusions or limitations may not apply to you. This warranty gives you specific legal rights. You may also have other rights, which vary from state to state. If a problem with this product develops during or after the warranty period, you may contact your dealer or service center. 5.3. Acronyms/Abbreviations API application programming interface CPE Customer Premises Equipment (Client Station) dB decibel EMC electromagnetic compatibility ESD electrostatic discharge FTDI Future Technology Devices International GUI graphical user interface IP Internet protocol LAN local area network OMC Operations and Management Center OSHA Occupational Safety and Health Administration QAM Quadrature amplitude modulation RF Radio frequency RG-11 75 ohm cable standard (1.63 mm core with triple/quad shielding) RG-6/U 75 ohm cable standard (1.0 mm core with double shielding) RMA return material authorization Rx receive SC-FDE Single Carrier Frequency Domain Equalization STA Special Temporary Authority SU subscriber unit Tx transmit USB Universal Serial Bus 5.4. Glossary Access Point An access point is a device that allows a wireless device (or multiple devices) to connect to a network (or the Internet). Attenuation Amplitude reduction of an electrical signal. bps Bits per second, the rate of at which data is transmitted. Page | 32
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Byte A digital “word” usually made up of eight bits. CPE Customer Premise Equipment, or “Client Station”; an endpoint, usually at a customer’s location, that connects to a network (or the Internet) via an access point Ethernet A set of computer networking technologies for local area networks (LANs). IP Internet protocol provides for transmitting blocks of data between hosts identified by fixed-length addresses. LAN Local area network, a privately owned network that offers high-speed communications channels connecting information processing equipment in a limited geographic area. Modulation Any of several techniques for combining user information with a transmitter carrier signal. Packet Data encapsulated with control information. The three principal elements of a packet include the header, text, and trailer bits (for error detection and correction). A header contains the data needed to route the packet through a network to its final destination. Quadrature amplitude modulation (QAM) A modulation method that conveys two bit streams by changing the amplitudes of two carrier waves. Router A network device used to forward data between multiple networks. Single Carrier Frequency Domain Equalization (SC-FDE) An alternative to solve the common multipath issues associated with commonly-used OFDM systems. This advanced carrier technique improves performance of a non-line-of-sight wireless system, allowing the RuralConnect® to deliver high-speed Internet access to areas where traditional wireless technologies will not operate. Single Carrier Frequency Division Multiple Access (SC-FDMA) A frequency-division multiple access scheme that deals with the assignment of multiple users to a shared communication resource. Special Temporary Authority (STA) A type of broadcast license which temporarily allows a broadcast station to operate outside of its normal technical or legal parameters. Page | 33
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** 5.5. Useful URLs Carlson provides the following URLs for reference purposes only. This is not a comprehensive source for this information. The purchaser must be familiar themselves with all relevant safety and/or regulatory information prior to the operation of a RuralConnect® system. Carlson does not authorize untrained and/or unqualified personnel to work on the system without the supervision of a qualified technician. FCC Experimental License Application License for TVWS Device Operation https://apps.fcc.gov/oetcf/els/forms/STANotificationPage.cfm US Federal Regulations Title 47: Telecommunications http://ecfr.gpoaccess.gov/cgi/t/text/text-idx?c=ecfr&tpl=/ecfrbrowse/Title47/47tab_02.tpl Part 15: Radio Frequency Devices http://ecfr.gpoaccess.gov/cgi/t/text/text-idx?c=ecfr;sid=f1da62e9cb3d6edca075f32556594ab7;rgn=div5;view=text;node=47%3A1.0.1.1.16;idno=47;cc=ecfr Subpart H: Television Band Devices http://ecfr.gpoaccess.gov/cgi/t/text/text-idx?c=ecfr&sid=ec1bcacee1c437294c3e48e0acbf755b&rgn=div6&view=text&node=47:1.0.1.1.16.8&idno=47 Spectrum Registration FCC information regarding White Space Database Administration http://www.fcc.gov/encyclopedia/white-space-database-administration ESD Protection General information http://en.wikipedia.org/wiki/Electrostatic_discharge ESD Association http://www.esda.org/ IPC: Association Connecting Electronics Industries http://www.ipc.org/default.aspx Cable information General Coaxial Cable information http://en.wikipedia.org/wiki/Coaxial_cable General F Connector information http://en.wikipedia.org/wiki/F_connector Page | 34
PRELIMINARY RELEASE *** This is a confidential document. Do not distribute. *** Page | 35 Weatherproofing RF connections http://www.dxengineering.com/pdf/WeatherProofingCoax-TechTip.pdf RF Safety information FCC: Radio Frequency Safety http://transition.fcc.gov/oet/rfsafety/rf-faqs.html VHF/UHF Exposure information/warnings http://transition.fcc.gov/oet/rfsafety/rf-faqs.html#Q17 Tower Safety information Tower installation crews MUST be; adequately trained, licensed, and properly equipped with all of the safety equipment required by law. Failure to follow federal and/or local regulations may result in; warranty voiding equipment damage, personal injury, fines, and/or the loss of applicable licenses. Information provided here is strictly for reference purposes. OSHA Guidelines: Part 1910 – Occupational Safety and Health Standards http://www.osha.gov/pls/oshaweb/owasrch.search_form?p_doc_type=STANDARDS&p_toc_level=1&p_keyvalue=1910 General Tower Safety Guide http://homepower.com/view/?file=HP128_pg66_Woofenden General TV White Space information http://en.wikipedia.org/wiki/White_spaces_(radio) General IEEE 802.22 information http://en.wikipedia.org/wiki/IEEE_802.22 Manufacturer Information Carlson Wireless Technologies, Inc http://www.carlsonwireless.com/ Neul Ltd http://www.neul.com/ 5.6. Manual Revision Notes Revision History Rev 1.5. January 2013 Development draft Rev 1.6. April 2013 Preliminary release draft Rev 1.74 June 2013 New OMC release, removed a few tabs Rev 1.74c November 2013 Overview, Current & Allocated Channels Rev 1.74d December 2013 Verified mandatory FCC language Rev 1.74e December 2013 Section 4: unit and antenna details and instructions Section 1.2: power management features Rev 1.74f December 2013 Minor cosmetic fixes Edit to power management overview

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