OpenMobility SIP-DECT 4.
Compendium: OM SIP – DECT Solution Welcome to Aastra Thank you for choosing this Aastra product. Our product meets the strictest requirements with regard to quality and design. The following compendium will assist you in installing and configuring your SIP-DECT 4.0 solution and provide answers to all your most important questions.
Aastra SIP-DECT 4.0 Solution Compendium: OM SIP – DECT Solution Aastra SIP-DECT 4.0 Solution The Aastra SIP-DECT 4.0 solution provides a professional DECT system that extends an existing SIP communications system (PABX), thus operating DECT handsets as SIP clients. The SIP-DECT 4.0 solution includes up to 2,048 DECT base stations (RFP, “Radio Fixed Parts”) that form a DECT radio system.
Compendium: OM SIP – DECT Solution Scope of Delivery and Licenses Abbreviations The following specific abbreviations are used in this compendium: API Application Programming Interface DECT Digital Enhanced Cordless Telecommunication GAP Generic Access Profile OM AXI OM Application XML Interface OM IMA OM Integrated Messaging & Alerting service OML OM Locating application OMM OpenMobility Manager OMP OM Management Portal PABX Private Branch Exchange (i. e.
Scope of Delivery and Licenses Compendium: OM SIP – DECT Solution About RFP Types With SIP-DECT version 3.0, a new series of radio fixed parts is introduced: RFP (L)35 IP, RFP (L)36 IP, RFP (L)37 IP, and RFP (L)43 WLAN. The following table summarizes the major differences to the older RFP devices RFP (L)32 IP, RFP (L)34 IP, and RFP (L)42 WLAN.
Compendium: OM SIP – DECT Solution Medium – up to 256 RFPs 1. Any mixture of RFP (L)35 IP, RFP (L)36 IP, RFP (L)37 IP, RFP (L)43 WLAN 2. Licences required for – Installation (number of RFPs) – Messaging and alerting services – Locating service – Software upgrade Large – up to 2,048 RFPs 1. Any mixture of RFP (L)35 IP, RFP (L)36 IP, RFP (L)37 IP, RFP (L)43 WLAN 2. OpenMobility Manager (core software) resides on one or two Linux-based PCs 3.
Small SIP-DECT System Compendium: OM SIP – DECT Solution Small SIP-DECT System This chapter describes how to set up a SIP-DECT 4.0 system with a smaller number of RFPs (1 – 256). This includes configuring an RFP-based OMM, a static IP configuration using the OM Configurator Java tool, and setting up basic DECT telephony service. Prerequisites You need the RFP devices as well as a number of DECT handsets – preferably Aastra 6x0d, Aastra 6x2d or Aastra 650c.
Compendium: OM SIP – DECT Solution Small SIP-DECT System 4. Change the configuration to match your LAN configuration. Change the Use local configuration option to “yes” and configure IP address, Net mask, TFTP server address, and TFTP file name. – For a current RFP and when you want to use a HTTP, HTTPS, FTP, or FTPS server for software updates, you do not need the optional TFTP server settings. Enter “0.0.0.
Small SIP-DECT System Compendium: OM SIP – DECT Solution 8. Optional: if you want the RFP to access IP addresses in other LANs or on the Internet, you need to add a router option (also called: default router or standard gateway). Click the Add parameter button, select the Route addresses entry, then click the Add button. Click the plus button below the list and enter the router IP address in the Add list element dialogue. 9. Click the Send config. button.
Compendium: OM SIP – DECT Solution Small SIP-DECT System Set up RFPs and Basic Telephony The RFP that operates as OMM offers two configuration methods: the OMM Web service that you can access with a web browser and the OMP Java tool. Use the OMM Web service for initial setup that includes the following basic steps. > OM System Manual: Initial Setup 1. Start a browser and navigate to the IP address of the OMM. Log in using the “omm / omm” default credentials. Accept the displayed license text.
Small SIP-DECT System Compendium: OM SIP – DECT Solution 5. Navigate to the System: SIP page. Change the Proxy server and Registrar server settings to match your PABX. 6. On the Portable parts page, create new portable parts with Name, Number, DECT authentication code, and SIP authentication settings. > OM System Manual: “SIP” Menu; “Portable parts” Menu Click on the Start button under Wildcard subscription. Start the subscription procedure on the DECT handset using the configured authentication code.
Compendium: OM SIP – DECT Solution Large SIP-DECT System Large SIP-DECT System This chapter describes how to set up a SIP-DECT 4.0 system with a very large number of RFPs (up to 2,048). This includes configuration of up to two OMMs running on a Linux PC server system, dynamic IP configuration of RFPs via DHCP, and a multi DECT cluster system deployed to several separate buildings.
Large SIP-DECT System Compendium: OM SIP – DECT Solution 1. Open the System menu and select the Administration: Firewall command. Disable the firewall function. 2. Copy the necessary “SIP-DECT_4.0.bin” file to the Linux server, either via the SIP-DECT 4.0 product installation medium or via download. 3. Open the Applications menu and select the System Tools: Terminal command. Enter the “su” command to elevate your system access rights. 4. Enter “sh SIP-DECT_4.0.
Compendium: OM SIP – DECT Solution Large SIP-DECT System DECT cluster number for RFPs that are deployed e.g. to a different building where the distance prevents overlapping radio coverage. Also configure one RFP per DECT cluster as the Preferred synchronization source, preferably an RFP that is located in the middle of the radio domain. For a larger RFP deployment, you should prepare a list of RFPs, their names together with their MAC addresses.
Large SIP-DECT System Compendium: OM SIP – DECT Solution Set up WLAN Your SIP-DECT 4.0 system may include a number of current RFP (L)43 WLAN devices or older RFP (L)42 WLAN devices that offer also WLAN connectivity. To set up the WLAN function proceed as follows: > OM System Manual: Creating and Changing WLAN Profiles 1. Navigate to the System: System settings page of the OMM Web service. Under WLAN settings configure the Regulatory domain. 2. On the WLAN page, create at least one WLAN profile. 3.
Compendium: OM SIP – DECT Solution The firmware for the Aastra 6x0d, Aastra 6x2d and Aastra 650c DECT handsets can be deployed automatically and over the air. On the System: System settings page of the OMM Web service, enable the Downloading new firmware to portable parts option for this. Large SIP-DECT System > OM System Manual: Download Over Air Note With an RFP-based OMM, you need to configure a download URL for the Aastra 600 c/d firmware file (“aafon6xxd.dnld”).
OM IMA Application Compendium: OM SIP – DECT Solution OM IMA Application This chapter describes how to configure the OpenMobility Integrated Messaging & Alerting Application service (in short “OM IMA” service). The OM IMA service supports the delivery of messages to or from DECT portable parts.
Compendium: OM SIP – DECT Solution OM Locating Application OM Locating Application This chapter describes how to install and configure the Web-based OpenMobility Locating application (in short: “OM Locating application”). The OM Locating application is designed to manage customer designed events, SOS / ManDown calls, to locate the handset which triggered such a call, and to track the handset user’s movements. The application is equipped with messaging and alerting functions.
OM Locating Application Compendium: OM SIP – DECT Solution Start the OM Locating Application 1. On an OM Locating client call up a web browser and enter the OML address: http://localhost:8080/OML/ (when the browser runs on the PC which also runs the OML), or http://192.168.1.1:8080/OML resp. http://dns-name-of-pc:8080/OML (when browser and OML run on different PCs in the LAN). 2. Enter the OML User name and Password. Initial login data is: admin (default user) and OpenMob (default password).
Compendium: OM SIP – DECT Solution OM AXI Specification This chapter describes an alternative approach to interact with the OMM: the “OM Application XML Interface”, or short “OM AXI”. OM AXI is an application programming interface (API) that allows external software to configure the OMM and to use the OMM’s various interfaces, e.g. to realize interactive applications.
Notes Compendium: OM SIP – DECT Solution Notes 19
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