nano3GAP Installation Manual N3G_INST_300 2.0 ip.access Ltd Building 2020 Cambourne Business Park Cambourne Cambridgeshire CB23 6DW United Kingdom www.ipaccess.
Revision History Version Change Summary Date Author 0.1 First draft 29 Apr 09 ZN1 0.2 Updated from feedback 06 May 09 ZN1 0.3 Updated from further feedback 07 May 09 ZN1 0.4 Updated from review comments 08 May 09 ZN1 0.5 Added license texts, updated with minor comments 12 May 09 ZN1 0.6 Updated the instructions on deployment commissioning 05 Jun 09 ZN1 0.7 Updated with input from System Testing 24 Jul 09 ZN1 0.8 Updated from feedback from System Testing 27 Jul 09 ZN1 0.
Table of Contents 1 Introduction ..................................................................................................... 1 1.1 Installation Overview ......................................................................................... 1 1.2 Related Information........................................................................................... 1 1.3 Terminology ......................................................................................................
7 nano3GAP and PSU Regulatory Information ............................................. 21 7.1 Warnings and Cautions................................................................................... 21 7.2 Regulatory Statements ................................................................................... 22 7.2.1 Type Approval and EMC Standards .................................................................... 22 7.2.2 Safety Standards.......................................................
1 Introduction The ip.access nano3GAP-4 is an indoor pico-class base station. This document provides the reader with all the necessary information required to install the ip.access nano3GAP-4. The document provides step-by-step instructions for hardware installation, PSU Installation, and configuration steps required to bring the nano3GAP-4 into service. The AP can be configured with a static IP address or it can obtain its IP address dynamically via DHCP.
1.3 Terminology For standard nano3G System terminology, see [REF_105]. For additional standard GSM terminology, see [21.905]. nano3GAP Installation Manual © ip.
2 Installation Requirements 2.1 nano3GAP Site Requirements 2.1.1 nano3GAP-4 Site Requirements The nano3GAPs are installed in retail or small office environments. In summary, each AP will require: • One of: o A suitable mains power supply point within [1.5] metres of the intended AP site. o Power over Ethernet (where mains power is remote). • An Ethernet connection that provides an IP address (via static addressing or via DHCP) and a route to the public Internet.
The connections are shown in the figure below. nano3GAP-4 Ethernet and power connections The power adapter, as well as the POE inserter and splitter supplied by ip.access comply with LPS requirements in accordance with IEC/EN 60950-1. Power Adapter A suitable mains power supply point into which the power adapter for the AP can be plugged. This should be within [1.5] metres of the intended installation position of the AP. Only use the power adapter supplied by ip.access to power the AP: ip.
POE inserter Only use the POE splitter supplied by ip.access: ip.access part number 222A manufactured by MIT model MIT-061-1209-IP input 48VDC 0.35A output 9VDC 1.33A POE splitter nano3GAP Installation Manual © ip.
2.1.1.2 Physical The nano3GAP may be installed in the following ways: • free-standing on a flat stable surface (section 3.2.2.1) • attached to a wall or partition using the two screws which engage in keyhole slots in the rear surface of the AP (section 3.2.2.2) • attached to a POE splitter using the two screws which engage in keyhole slots in the rear surface of the AP; the POE splitter in turn attaches to a wall or partition using two screws (section 3.2.2.
o JavaScript enabled in the web browser 2.3 Information Needed for Installation 2.3.
3 nano3GAP Hardware Installation This section documents the procedure used to install the nano3GAP-4 hardware and physical connections together with applying the base software configuration. 3.1 Warnings and Regulatory Information For all warnings and regulatory information, refer to section 7. 3.2 Hardware Installation - nano3GAP-4 3.2.1 1) Unpacking the nano3GAP-4 Unpack the nano3GAP-4, the stand and the POE splitter unit. Note: 2) No screws are supplied to mount the AP or the splitter unit.
3.2.2.1 Mounting the nano3GAP-4 on a Stand 1) Plug the Ethernet cable and the power cable into the AP. 2) Slide the AP onto the stand. 3) Place the stand with the AP onto a stable flat surface. nano3GAP-4 mounted on a stand 3.2.2.2 Mounting the nano3GAP-4 directly onto the wall 1) Drill two holes 70mm (2.76in) apart vertically for the two screws. 2) Insert wall plugs (if required) and secure the screws leaving approximately 3mm (0.12in) clearance between the screw heads and the wall.
3.2.2.3 1) Mounting the nano3GAP-4 onto the splitter unit on the wall Secure the splitter unit to the wall using two screws. Ensure that the Ethernet socket is at the top. 2) Plug the Ethernet cable into the splitter unit. 3) Plug the Ethernet cable and the power cable coming from the splitter unit into the AP. 4) Mount the AP onto the 2 screws that are already fixed onto the splitter unit. nano3GAP-4 mounted on the POE splitter nano3GAP Installation Manual © ip.
4 Deployment Commissioning of the nano3GAP Deployment commissioning is performed typically on site, with a provisioning laptop. The nano3GAP-4 must be in factory reset status for the commissioning. For instructions on performing a factory reset, see section 6.3. 4.1 Configure the IP Settings of the Provisioning Laptop 1) Open the control panel on the laptop. 2) Select Network Connections, select the relevant Local Area Connection, then right-click Properties.
3) Select Internet Protocol (TCP/IP) and then click Properties. The following Dialog box appears: 4) Change the properties to Use the following IP address. 5) Set the IP Address to 192.168.0.2. 6) Set the Subnet Mask to 255.255.255.0. Note: 7) 4.2 The provisioning laptop and the AP must be in the same subnet. Click OK and close the two dialog boxes. Configure the Connection to the AP 8) Connect the AP to the Ethernet interface of the provisioning laptop via an Ethernet cable.
12) Enter the commissioning username and the password (supplied separately). The default page (Connection Configuration) appears. 13) Edit the configuration information: It is recommended to leave the default NTP server address as default. Note: The CRL Server Base URL is embedded in the IPSec Gateway address in the current release. Therefore, this field will be left empty. 14) Save the configuration by clicking Apply Changes.
4.3 Set the IP Configuration of the AP 19) Click the IP Config link on the left of the screen. 20) Edit the parameters as needed and then click Apply. 21) Click the Connection Config link on the left of the screen and then click Complete Commissioning. 22) Read the warning and click OK to complete commissioning. nano3GAP Installation Manual © ip.
5 Configuration of the nano3GAP-4 from the OMC-R The nano3GAP-4 needs to be configured before it is brought into service. The NOC engineer must perform the configuration via the OMC-R Client. 5.1 Start the OMC-R Client The OMC-R Server provides a web page to start the OMC-R Client. 1) Start a web browser application. 2) Enter the URL for the OMC-R server’s web page as: http:///omcr Where is the fully qualified hostname of the OMC-R server.
4) If it has not been installed on the client computer, click the link to download and install the Java runtime (JRE version 1.5) for Windows®. This will allow a Windows® client computer to run the OMC-R Client. Note: 5) When installed on Windows®, the JRE may automatically update to version 1.6. The OMC-R Client will operate correctly with JRE 1.6. However, do not install any version later than 1.6 (or allow JRE to be automatically updated; for example, decline the update if prompted).
9) 5.2 Double-click through the tree (Management Views > Configuration Management) to navigate to the AP to configure. Download the Latest nano3GAP-4 Software Image If the AP already has the latest software version, skip this section. The latest software image is downloaded to the AP from the OAM File Server. For instructions about how the software images are uploaded to the OAM File Server, see [OPM_430].
5.4 Download the Attribute Configuration to the AP 25) Ensure that the attribute configuration file is available on the configuration PC or at a location reachable from the configuration PC. For information on the AP configuration file, see section 8.1. 26) Log in to the OMC-R (see section 5.1). 27) Start the OMC-R Load Attributes Wizard: right-click on the AP object in the OMCR Client and then select Load Attributes From File.
6 Troubleshooting 6.1 Internet Connection Problems If static IP addressing is disabled and DHCP is in use, the nano3GAP-4 expects to be automatically provided with an IP address by the broadband router every time it starts. Ensure that the DHCP service is enabled on the broadband router. 6.2 LED Status Indicators The following table shows the meaning of the state LED under normal and fault conditions. Power Off The nano3GAP-4 is not switched on. Green The nano3GAP-4 is powered up normally.
6.3 Factory Reset Factory reset can help in case the AP does not connect. The AP configuration will need to be redone manually, see section 4.2. To perform factory reset, press the factory reset button and hold it for more than 10 seconds. When the button is initially pressed, the LED will blink fast (50ms on:50ms off) for 5 seconds, then it will start to blink slowly (200ms on: 200ms off).
7 nano3GAP and PSU Regulatory Information This chapter provides the customer with safety and regulatory warnings, cautions and information for the ip.access Ltd range of products. 7.1 Warnings and Cautions Electrical Safety CAUTION The nano3GAP-4 is intended for dry indoor applications only. If evidence of condensation is present do not apply power to the nano3GAP-4. WARNING Do not immerse any part of the nano3GAP-4 or its power supply in water or any other liquid.
Interference with Electronic Devices CAUTION If using a pacemaker, ensure you are using the device in accordance with its safety requirements with respect to RF devices. Consult your doctor if you have questions about RF signals and your pacemaker. CAUTION If using a hearing aid, RF devices may cause interference. CAUTION Unshielded electronic devices should not be used near the nano3GAP-4.
WARNING This is a class B product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures. Federal Communications Commission Note: This equipment has been tested and found to comply with the limits for a class B digital device, pursuant to part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment.
8 Appendices 8.1 Appendix A - Example AP Configuration File A configuration file with the object name and the objects instance (relative distinguished name) must be created for each AP to be commissioned. For instructions to use the configuration file, see section 5.3.
8.2 ObjectInstance Relative Distinguished Name rncIdentity ID of the AC Mcc Mobile Country Code Mnc Mobile Network Code Sac Service Access Code saiLac SAC Location Area Code lacRacCandidateList LAC and RAC list rfParamsCandidateList Radio Frequency parameter list rssiScanBands Scanning frequency bands for received signal strength indication Appendix B - Licenses and Copyright Notices Portions of the AP are constructed from third-party software and open source code and ip.
8.2.5 dropbear dropbear by Matt Johnston (http://matt.ucc.asn.au/dropbear/dropbear.html) is covered by various MIT-type licenses. See the file "LICENSE" in the source package. 8.2.6 glibc glibc by Code Sourcery is covered by LGPL v2.1, as reproduced in section 8.2.28.2. 8.2.7 gmp gmp by GNU is covered by LGPL v2.1, as reproduced in section 8.2.28.2. 8.2.8 ipkg ipkg by Handhelds.org is covered by the GNU GPL Version 2, as reproduced in section 8.2.28.1. 8.2.
8.2.12 libgcc libgcc by Code Sourcery is covered by GPL v2 with “run-time exception”: See the gcc/libgcc2.c header in the source package. 8.2.13 libpcap libpcap by tcpdump.org is covered by an BSD-type license. See the file "LICENSE" in the source package. 8.2.14 libxml2 libxml by xmlsoft.
8.2.17 ncurses ncurses by GNU is covered by an MIT-type license. See the header of the file "curses.h.in" in the source package. 8.2.18 NTP daemon NTP daemon by NTP.org is covered by the NTP.org license.
THE C++ WRAPPER FUNCTIONS ------------------------Contributed by: Google Inc. Copyright (c) 2007-2008, Google Inc. All rights reserved. THE "BSD" LICENCE ----------------Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: * Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer.
8.2.20 procps procps by SourceForge(procps) is covered by the GPL v2 and LGPL v2 licenses as reproduced in section 8.2.28.1 and in section 8.2.28.2, respectively. 8.2.21 SSL Stack SSL Stack by openssl.org is covered by the OpenSSL license, as reproduced in section 8.2.28.3. 8.2.22 StrongSwan StrongSwan by StrongSwan.org is covered mainly by GNU GPL Version 2.as reproduced in section 8.2.28.1. Some code is covered by the OpenSSL license (see section 8.2.28.3), and some under a BSD-type license.
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