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General| Max Concurrent Sessions | 2000 |
|---|---|
| Protocols | SIP, H.323, MGCP |
| Product Type | VoIP Gateway |
| Network Interfaces | 2 x 10/100/1000Base-T Ethernet |
| Power Supply | AC or DC power supply options |
| TDM Interfaces | E1/T1 |
| VoIP Channels | Up to 2000 |
| Management | Web-based, SNMP, CLI |
| Voice Codecs | G.711, G.723.1, G.726, G.729 |
| Operating Temperature | 0 to 40°C |
| Security Features | TLS, SRTP |
| Dimensions (HxWxD) | 44 x 438 x 350 mm (1.73 x 17.24 x 13.78 in) |
| Redundancy | Power supply redundancy, network redundancy, 1+1 gateway redundancy |
Explains Session Initialization Protocol (SIP) and its role in creating, modifying, and terminating sessions.
Describes the Mediant 2000 as a SIP-based Voice-over-IP media gateway.
Details the TP-1610 as a SIP-compliant VoIP "gateway-on-a-blade" using cPCI.
Introduces the TP-260 as a SIP-compliant VoIP media processing server in a PCI form-factor.
Details the hardware components of the Mediant 2000 chassis, blades, and modules.
Describes the TP-1610 cPCI blade, including its components and Rear Transition Module.
Details the TP-260 PCI blade, its components, and connectors.
Provides chronological steps for installing the Mediant 2000, including unpacking and cabling.
Outlines the installation procedure for the TP-1610 blade, including unpacking and cabling.
Details the installation process for the TP-260 blade in a PC, including unpacking and cabling.
Explains gateway deployment options and configuration methods like Web, ini file, and SNMP.
Describes the gateway's startup sequence, including network parameter acquisition and file loading.
Details methods for assigning an IP address using HTTP, BootP, CLI, or DHCP.
Guides through configuring basic SIP parameters via the 'Quick Setup' screen.
Lists the necessary computer and web browser requirements for accessing the Embedded Web Server.
Covers security features like user accounts, read-only mode, and access list limiting.
Provides steps to access the gateway's Embedded Web Server using a web browser.
Explains the layout and components of the Embedded Web Server interface.
Manages and configures the gateway's SIP parameters and tables.
Configures advanced control protocol parameters like supplementary services.
Sets up tables to modify destination and source numbers for call routing.
Configures the gateway's IP-to-Tel and Tel-to-IP routing tables.
Configures profiles for adapting gateway behavior to different equipment and protocols.
Assigns trunk groups, profiles, and phone numbers to gateway channels for routing.
Determines how new calls are assigned to channels within trunk groups.
Configures miscellaneous digital parameters for the gateway.
Manages security configurations including user accounts, firewalls, and certificates.
Monitors gateway status, diagnostics, and system information.
Guides users through upgrading gateway software, loading firmware and configuration files.
Provides options for gateway maintenance like locking, saving, and resetting.
Explains the use of encoded ini files to protect sensitive gateway configuration information.
Guides on editing ini files for gateway configuration using a text editor.
Lists and describes various ini file parameters for networking, system, and security.
Explains how to control DTMF digit transport over the IP network using various modes.
Details fax and modem operations, including transport modes and specific fax relay features.
Explains how the gateway checks availability and QoS for reliable Tel-to-IP call routing.
Describes the Call Detail Record (CDR) for vital statistic information on calls made by the gateway.
Explains the gateway's support for Call Hold and Retrieve, Call Transfer, and Call Forward.
Details how to control Ethernet connection modes like manual or auto-negotiate.
Explains NAT mechanisms including STUN for discovering NAT types.
Describes PPPoE as a method for sending PPP packets over an Ethernet network.
Covers VLAN implementation and multiple IP address configurations for network integration.
Describes configuring gateway clock sources using internal, recovered, or NTP.
Details mapping mechanisms between SIP responses and Q.850 release causes.
Explains the Non-Facility Associated Signaling (NFAS) feature for controlling multiple PRI interfaces.
Defines gateway support for redirect number and calling name display across PRI variants.
Explains how to tunnel digital trunk spans or timeslots over an IP network.
Describes tunneling QSIG messages over SIP using a dedicated message body.
Provides general technical specifications for voice compression, silence suppression, and echo cancellation.
Lists selected technical specifications for the Mediant 2000 gateway.
Details selected technical specifications for the TP-1610 blade.
Lists selected technical specifications for the TP-260 PCI blade.
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