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Introduces the H.323 signaling protocol and summarizes the operational parameters for these IP telephones.
Explains the order of precedence for parameter administration across different sources like LLDP, DHCP, and servers.
Provides a checklist for system and LAN administrators to ensure prerequisites are met before telephone installation.
Describes the high-level exchange of information during telephone initialization and registration.
Emphasizes performing a network assessment to ensure capacity for data, voice traffic, and applications like H.323 and DHCP.
Lists necessary hardware components, including Category 5e cables and specific Avaya circuit packs, for proper operation.
Outlines the need for DHCP and HTTP/HTTPS servers, noting differences in functionality between HTTP and HTTPS.
Specifies crucial network information needed before installation, such as IP addresses for gateways, servers, and subnet masks.
Refers to LAN equipment documentation for QoS support and mentions implications for IP telephones.
Details how 1600 Series IP Telephones support 802.1Q parameters and how to administer them.
Highlights the importance of knowing TCP/UDP port usage for administering network infrastructure and IP telephones.
Discusses protection against denial-of-service attacks and optional capabilities for restricting network information access.
Explains how the Avaya Media Server supports extension and password for registering and authenticating IP telephones.
Stresses ensuring compatible hardware and the latest call server software and firmware for the IP telephones.
Details native support for 1600 Series IP Telephones starting with Release 5.2 and aliasing requirements for earlier versions.
Guides users to specific Avaya documents for switch administration details when using Avaya Aura Communication Manager.
Provides general guidelines for defining IP interfaces and verifying customer options for CLAN and Media processor circuit packs.
Guides on administering station forms in Avaya Aura Communication Manager for optimizing the user interface.
Explains DHCP's role in automating IP address assignment and parameter configuration, minimizing maintenance.
Focuses on DHCP server administration for simple LAN segments and mentions alternatives like Windows DHCP servers.
Details creating a DHCP scope, defining IP ranges, subnet masks, and exclusions.
Explains storing files on an HTTP server and the importance of file accessibility.
Details downloading script, application, and settings files from HTTP or HTTPS servers.
Describes the settings file's purpose in customizing telephone options and the types of statements it can contain.
Details changing telephone parameters using DHCP or HTTP servers by setting system parameters to desired values.
Details support for IEEE 802.1X pass-through and Supplicant operation, and how the DOT1X parameter controls this.
Lists common local administrative procedures accessible via the telephone dialpad, such as CLEAR, DEBUG, GROUP, RESET, VIEW.
Describes how IP telephones support HTTP client for backing up and restoring user-specific data.
Guides on customizing telephone applications and options using a script file like 46xxsettings.txt.
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