Avaya 9600 manual Appendix a Glossary of Terms

Page 115

Appendix A: Glossary of Terms

802.1D

802.1Q defines a layer 2 frame structure that supports VLAN identification and a QoS

802.1Q

mechanism usually referred to as 802.1D.

 

 

802.1X

Authentication method for a protocol requiring a network device to authenticate with a

 

back-end Authentication Server before gaining network access. Applicable 9600

 

Series IP telephones support IEEE 802.1X for pass-through and for Supplicant

 

operation with the EAP-MD5 authentication method. SIP Software Release 2.0 and up

 

supports 802.1X.

ARP

Address Resolution Protocol, used, for example, to verify that the IP Address provided

 

by the DHCP server is not in use by another IP telephone.

 

 

CELP

Code-excited linear-predictive. Voice compression requiring only 16 kbps of

 

bandwidth.

CLAN

Control LAN, a type of circuit pack.

 

 

CNA

Converged Network Analyzer, an Avaya product to test and analyze network

 

performance.

DHCP

Dynamic Host Configuration Protocol, an IETF protocol used to automate IP Address

 

allocation and management.

 

 

DiffServ

Differentiated Services, an IP-based QoS mechanism.

 

 

DNS

Domain Name System, an IETF standard for ASCII strings to represent IP

 

Addresses. The Domain Name System (DNS) is a distributed Internet directory

 

service. DNS is used mostly to translate between domain names and IP Addresses.

 

Avaya 9600 Series IP Telephones can use DNS to resolve names into IP Addresses.

 

In DHCP, TFTP, and HTTP files, DNS names can be used wherever IP Addresses

 

were available as long as a valid DNS server is identified first.

 

 

EAP

Extensible Authentication Protocol, or EAP, a universal authentication framework

 

frequently used in wireless networks and Point-to-Point connections defined by RFC

 

3748. EAP provides some common functions and a negotiation of the desired

 

authentication methods, two of which are EAP-MD5 and EAP-TLS. When EAP is

 

invoked by an 802.1X enabled NAS (Network Access Server) device such as an

 

802.11 a/b/g Wireless Access Point, modern EAP methods provide a secure

 

authentication mechanism and negotiate a secure PMK (Pair-wise Master Key)

 

between the client and the NAS.

H.323

A TCP/IP-based protocol for VoIP signaling. An alternative to SIP for VoIP signaling.

 

One of the two protocols 9600 Series IP Telephones support.

 

 

HTTP

Hypertext Transfer Protocol, used to request and transmit pages on the World Wide

 

Web.

 

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Issue 2 December 2007 115

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Contents Issue 2 December Security Introduction SIP Enablement Services SES Administration Telephone Software and Binary Files Appendix C Sample Station Forms 121 Index 135 About This Guide IntroductionIntroduction Vmon Change HistorySIP Software Release RsvpWhat’s New in SIP Software Release For more information, see Visiting User AdministrationWhat’s New in SIP Software Release Useexchangecontacts PHY1DUPLEX PHY2DUPLEX InterdigitdialingtimeoutdurationUseexchangecalendar Other Documentation Document OrganizationPage Series IP Telephones Administration Overview and RequirementsAdministration Overview and Requirements Tagging and Vlan AdministrationQuality of Service IP AddressesLldp Dhcp Parameter Data PrecedenceAdministrative Checklist Administrative ProcessLAN Network RequirementsTelephone Initialization Process Telephone to LLDP-Enabled NetworkTelephone to Network Telephone and File Server Telephone to Dhcp ServerTelephone and the SES Server Error Conditions Page Network Assessment Network RequirementsHardware Requirements Dhcp Server Server RequirementsHTTP/HTTPS Server Required Network InformationNetwork Time Protocol NTP Server Other Network Considerations Registration and AuthenticationQoS Reliability and PerformanceIeee 802.1D and 802.1Q Parameters in Real-Time Possible Values SIP Station Number PortabilityUDP TCP/UDP Port UtilizationTransmitted Packets Source = SIP IP Telephone UDP/TCPCNA RTP RangeSecurity Registration and Authentication Page Call Server Requirements Communication Manager AdministrationCommunication Manager Administrative Requirements Switch CompatibilitySystem-Level Preparation Tasks SIP Trunk AdministrationIP Interface and Addresses Call Routing AdministrationUDP Port Selection L2QVLAN Rsvp and RTCP/SRTCPL2QSIG Auto Hold Voice Mail IntegrationCall Transfer Considerations Conferencing Call Considerations Telephone AdministrationFNU Call Forward CM/SIP IP Telephone Configuration Requirements CM/SIP IP Telephone Configuration Requirements Services SES Button Assignments Xxxxxx where Administering StationsAdministering Features Communication Manager Administration Introduction SIP Enablement Services SES AdministrationUsing the Web Browser to Configure SES Click on Launch Administration Web InterfaceClick Continue Software Checklist Server AdministrationDhcp and File Servers Configuring Dhcp for 9600 Series SIP IP Telephones Dhcp Server AdministrationParameters Set by Dhcp Description Dhcp Generic Setup Option 53 Dhcp message type Option 42 Sntp ServerOption 51 Dhcp lease time Option 52 Overload Option, if desiredOption 59 Dhcp lease rebind time Select Start--Settings--Control Panel Dhcpack Setting of System Values Set toWindows NT 4.0 Dhcp Server Define the Telephone IP Address Range Set the Subnet Mask Select Start--Programs--Admin Tools--DHCP ManagerSelect Scope under Dhcp Options Click Edit ArraySelect the Global parameter under Dhcp Options Activating the Leases Select Defaults from the DHCPOptions menuWindows 2000 Dhcp Server Select Start--Programs--Administrative Tools--DHCPCompleting the New Scope Wizard dialog box displays Change the Data Type to String Under Predefined Options and Values, click AddHttp Generic Setup General Download Process Telephone Software and Binary FilesSoftware Series SIP IP Telephone Scripts and Binary Files Choosing the Right Binary File and Upgrade Script FileSettings File Upgrade Script FileContents of the Settings File SET Sntpsrvr 192.168.1.111 SET Gmtoffset -500 SET Dstoffset # END Group System ValueAdministering Options for the 9600 Series SIP IP Telephones Administering Telephone OptionsAudasys AgchandAgchead AgcspkrCalltransfer CallfwddelayConfig Server ConfigserverCurrentskin SettingmodeCountry USA CoverageaddrDscpsig DOT1XEAPS MD5DOT1XSTAT DscpaudDefault ENABLEG729 ENABLEG711UENABLEG722 ENABLEG726Exchangeserver EnablerediallistRemovaltimer EnhdialstatHttpproxy InterdigittimeoutHttpexception DomainsLocalloglevel LldpenabledLANG0STAT LanguagesMsgnum LogcategoryLogos MediaencryptionMycertcn $SERIALNO MusicsrvrMwisrvr MycertcaidSubscription NodigitstimeoutMycertwait OutboundPoeconssupport PhnnumofsaPHY2PRIO PHY2VLANDialing PresenceserverPPM ProvideeditedProvide Logout QkloginstatProvideexchange CalendarRtpportlow RtcpcontRtcpmon RtcpmonportNUE SipsignalSipportsecure SipconferencecontiSpeakerstat SkinsSnmpadd SnmpstringTrustcerts TcpkeepalivetimeTimeformat TlssrvridWaitfor VutimerRegistrationtimer VumodeVlan Tagging Vlan ConsiderationsWmlproxy Vlan Detection Vlan Default Value and Priority TaggingVlan Separation Vlan Separation Rules Then Ieee DNS Addressing802.1X Supplicant Operation 802.1X Pass-Through and Proxy LogoffAdministering Telephone Options Link Layer Discovery Protocol Lldp TIA Lldp MED BootnameMAC / PHY TIA Lldp MED LLDP-MEDSubtype = Parameter Name Impact Impact of TLVs on System Parameter ValuesPoecons Visiting User AdministrationSupport Emergency Number Administration Language Selection Enhanced Local Dialing Enhanced Local Dialing Enhanced Local Dialing Requirements Customizing Telephone Applications and Options Administering Applications and OptionsAdministering Standard Avaya Menu Entries Avaya a Menu AdministrationAdministering the WML Browser Avaya a Menu Administration Page Appendix a Glossary of Terms Proxy MediaChannel EncryptionVoIP SignalingUnnamed RegistrationPage Ietf Documents ITU Documents ISO/IEC, ANSI/IEEE Documents Appendix B Related DocumentationPage Station Appendix C Sample Station FormsStation Options Enhanced Call Forwarding Station Feature OptionsButton Assignments Station Feature Button AssignmentsStation Site Data Abbreviated DialingVectoring FEATURE-RELATED System ParametersService Observing Call Center System Parameters EASMedia Parameters IP Address MappingVlan IP Network RegionStations with OFF-PBX Telephone Integration Backup Servers in Priority Order Security ProceduresTCP Signaling Link Establishment for Avaya H.323 Endpoints INTER-GATEWAY Alternate ROUTING/DIAL Plan TransparencyTDD/TTY FAXCPN WANCAC Igar Numbering PUBLIC/UNKNOWN FormatMedia Gateway IP Endpoint IP Dtmf Transmission ModeRtcp Monitor Server Automatic Trace Route onFRL Class of RestrictionClass Restriction COR Used Optional FeaturesOptional Features IP Port Capacities Used ID SIDDS1 MSP? ARS?ATMS? System Parameters Customer-Options Optional Features screen Numerical Index108 Snmp
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9600 specifications

The Avaya 9600 series is a robust line of desktop phones designed to meet the needs of modern business communication. Tailored for users who require advanced functionalities, the 9600 series offers a rich set of features that enhance productivity and collaboration in the workplace.

One of the standout features of the Avaya 9600 series is its high-resolution graphical display. The intuitive interface with customizable menu options makes it easy for users to navigate through various functions and settings. The color screen enhances visibility and allows for clearer visual communication, essential for today’s fast-paced business environments.

In terms of audio quality, the Avaya 9600 series excels with high-definition voice technology. Users can benefit from crystal-clear audio, which minimizes misunderstandings during calls and enhances remote collaboration. The phones are equipped with full-duplex speakerphone functionality, ensuring that all parties can be heard clearly during conference calls.

Another significant characteristic of the Avaya 9600 series is its support for a wide range of communication protocols, including Voice over IP (VoIP) and SIP (Session Initiation Protocol). This versatility enables seamless integration with various communication systems, making the 9600 series suitable for companies of all sizes. The phones can connect to both cloud-based and on-premise solutions, allowing businesses to choose the best communication strategy for their needs.

User personalization is a key aspect of the 9600 series. The phones come with programmable function keys that allow users to customize their setup according to individual preferences and frequently used features. Additionally, the series supports Bluetooth and USB connectivity, enabling users to connect a variety of headsets and accessories for enhanced audio options.

Security is paramount in business communications, and the Avaya 9600 series addresses this with advanced security features. The phones support encryption protocols to protect sensitive information during calls, ensuring that businesses can communicate confidentially without the risk of eavesdropping.

Lastly, the Avaya 9600 series is designed for scalability. As organizations grow, the phones can easily be integrated into existing systems or expanded to accommodate additional users without requiring significant changes to the infrastructure.

In summary, the Avaya 9600 series is a powerful communication tool that combines advanced features, superior audio quality, and robust security to empower businesses. Its adaptability and user-friendly design make it a preferred choice for organizations aiming to enhance their communication efficiency and productivity.
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