Multi-Tech Systems MVP120 manual Higher speeds

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Glossary

Inter Exchange Carrier (IEC): The long distance company (LE) who's central office provides the point of reference for T1 access. Any common carrier authorized by the FCC to carry customer transmissions between LATAs.

Internet: Refers to the computer network of many millions of university, government and private users around the world. Each user has a unique Internet Address.

Internet Address (IP Address): A unique 32-bit address for a specific TCP/IP host on a network. Normally printed in dotted decimal format (e.g., 129.128.44.227).

Internet Protocol (IP): A protocol used to route data from its source to its destination in an Internet environment. The Internet Protocol was designed to connect to local area networks. Although there are many protocols that do this, IP refers to the global system of interconnecting computers. It is a highly distributed protocol (each machine only worries about sending data to the next step in the route).

Internetwork Packet Exchange (IPX): A NetWare communications protocol used to route messages from one node to another. IPX packets include network addresses and can be routed from one network to another. An IPX packet can occasionally get lost when crossing networks, thus IPX does not guarantee delivery of a complete message. Either the application has to provide that control, or NetWare's SPX protocol must be used.

Interoperable: Devices from different vendors that can exchange information using a standard's base protocol.

I/O Addresses: Locations within the I/O address space of your computer used by a device, such as an expansion card, a serial port, or an internal modem. The address is used for communication between software and a device.

IRQ Level (Interrupt Request Level): The notification a processor receives when another portion of the computer's hardware requires its attention. IRQs are numbered so that the device issuing the IRQ can be identified, and so IRQs can be prioritized.

ISA (Industry Standards Architecture) (pronounced "ice a"): The classic 8 or 16-bit architecture introduced with IBM's PC-AT computer.

ISDN (Integrated Services Digital Network): An International telecommunications standard for transmitting voice, video and data over a digital communications line. ISDN is a world-wide telecommunications service that uses digital transmission and switching technology to support voice and digital data communications. Frame relay was partially based on ISDN's data link layer protocol (LAPD). Frame relay can be used to transmit across ISDN services offering circuit-switched connection at 64K bps and

higher speeds.

Contrast Public Switched Telephone Network (PSTN).

ITU-TSS (formerly CCITT): International Telecommunications Union-Telecommunications Sector; the United Nations organization that prepares standards ("Recommendations") for resolving communications issues and problems.

K

Key Telephone System (KTS): Phone devices with multiple buttons that let you select incoming or outgoing CO phone lines directly. Similar in operation to a PBX, except a KTS you don't have to dial a "9" for a call outside the building.

Key Service Unit (KSU): A small device containing the switching electronics for a business key telephone system (KTS).

Key Set: A phone set with several buttons for call holding, line pickup, intercom, autodialing, etc. Also called a touchtone phone (Ericsson) and a KTS (Key Telephone Set).

L

LAPB: Link Access Procedure Balanced; based on the X.25 Layer 2 specification. A full-duplex point-to-point bit-synchronous protocol commonly used as a data link control protocol to interface X.25 DTEs. LAPB is the link initialization procedure that establishes and maintains communications between the DTE and the DCE.

LAPD: Link Access Protocol for the D-Channel; based on the ISDN Q.921 specification. A full-duplex point-to-point bit-synchronous link-level protocol for ISDN connections; different from LAPB in its framing sequence. Transmission is in units called "frames", and a frame may contain one or more X.25 packets.

Line Coding: The representation of 1s and 0s on a T1 line. The two methods of line coding commonly used, B8ZS and AMI, differ in the restrictions placed on user data. T1 line coding ensures that sufficient timing information is sent with the digital signal to ensure recovery of all the bits at the far end. Timing information on the T1 line is included in the form of 1s in the data stream; a long string of 0s in the data stream could cause problems recovering the data.

Line Termination (LT): The electronics at the ISDN network side of the user/network interface that complements the NT1 at the user side. The LT and the NT1 together provide the high-speed digital line signals required for BRI access.

Listed Directory Number (LDN): The main number assigned by the telco; the number listed in the phone directory and also provided by Directory Assistance. Some devices can have more than one LDN, such as ISDN devices that have one LDN for voice and another LDN for data.

Local Area Network (LAN): 1. A computer network located on a user's premises within a limited geographical area. Communica- tion within a local area network is not subject to external regulations; however, communication across the LAN boundary may be subject to some form of regulation. 2. A LAN does not use store and forward techniques. 3. A network in which a set of devices are connected to one another for a communication and that can be connected to a larger network.

Multi-Tech Systems, Inc. MultiVOIP User Guide

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Contents User Guide User Guide Contents Modem-Based LAN-Based Telnet Web Management Chapter Introduction to the MultiVOIP Introduction to the MultiVOIP Preview of This Guide InstallationRemote Sales Typical ApplicationGatekeeper Proprietary Phone Book Introduction to the MultiVOIP Voice/Fax BootFront Panel Description EthernetPhone Connector Power ConnectorEthernet Connector Command ConnectorSpecifications Chapter Installation Unpacking and Cabling the MultiVOIP InstallationOverview of the Installation Process Installing the Software and Configuring Your MVP120Unpacking Your MVP120 Telecom Safety WarningOther Safety Warnings Cabling Your MVP120 Cabling ProcedureChapter Installing the MVP120 Software Installing the MVP120 Software Installing the MVP120 Software Installing the MVP120 Software Chapter Configuring the Master MultiVOIP IP Protocol Default Setup dialog box displays Configuring the Master MultiVOIPConfiguring the Master MultiVOIP Configuring the Master MultiVOIP Configuring the Master MultiVOIP Registering with a Gatekeeper Phone Directory Configuring the Master MultiVOIP Configuring the Master MultiVOIP Building a Proprietary Phonebook Directory Configuring the Master MultiVOIP Configuring the Master MultiVOIP Configuring the Master MultiVOIP Configuring the Master MultiVOIP Chapter Configuring the Slave MultiVOIPs Configuring the Slave MultiVOIPs Page Configuring the Slave MultiVOIPs Configuring the Slave MultiVOIPs Configuring the Slave MultiVOIPs Configuring the Slave MultiVOIPs Chapter Deploying the Voip Network Deploying the Voip Network Remote Site AdministratorChapter Using the MultiVOIP Software Before You Begin Using the MultiVOIP SoftwareMVP120 Configuration Interface Tab Changing Channel ParametersVoice/Fax Tab Billing/Misc Tab Regional Tab Changing the Phone Directory Database Proprietary Phone Directory Database Using the MultiVOIP Software Gatekeeper Phone Directory Database Page Changing IP Parameters Viewing Call Progress Applications Setup IP Statistics Viewing StatisticsSnmp Statistics Viewing Log Entry Details Viewing LogsViewing Channel Totals ReportsUpgrade Software Upgrade ProceduresUsing the MultiVOIP Software Manual Upgrade Procedure Chapter Remote Configuration and Management Modem-Based Remote Configuration and ManagementRemote Configuration and Management LAN-Based Remote Configuration and Management MultiVOIP Telnet Server Menu Voice over IP ConfigurationPhone Directory Configuration TelnetWeb Management Chapter Warranty, Service, and Technical Support Repair Procedures for U.S. and Canadian Customers Warranty, Service, and Technical SupportMulti-Tech Systems, Inc. Warranty & Repairs Policies Warranty763 717-5631, or email mtsrepair@multitech.com Repair Procedures for International DistributorsOrdering Accessories ServiceAbout the Internet Technical SupportRecording MVP120 Information Appendixes Appendix a TCP/IP Description Appendix a TCP/IP Description Internet Protocol IP LAN Cable Appendix B Cabling DiagramsCommand Port Cable Pin Male Remote Configuration CableFCC Part Appendix C Regulatory InformationClass a Statement Fax Branding StatementFCC Part 68 Telecom Ringer Equivalence Number EMC, Safety and Terminal Directive ComplianceCanadian Limitations Notice Glossary Glossary Glossary Glossary Page Glossary Page Higher speeds Page Glossary Page RS-232-C pin DB-25, signals for 100 101 Cabling the MVP120 Index103 104

MVP120 specifications

Multi-Tech Systems MVP120 is an advanced communication device designed to enhance various applications across industries. It is a part of the Multi-Tech's MVP (MultiVoIP) product line, which is renowned for its versatility and robustness in VoIP (Voice over Internet Protocol) solutions. The MVP120 provides businesses with an efficient way to convert traditional analog voice signals into digital formats suitable for transmission over the Internet or other digital networks.

One of the main features of the MVP120 is its support for up to 12 voice channels. This capability allows multiple calls to be managed simultaneously, making it an ideal choice for businesses with high call volumes. The device offers a seamless integration with existing telephony systems, enabling users to retain their current infrastructure while benefiting from the added advantages of VoIP technology.

The MVP120 utilizes advanced Voice over IP protocols, including SIP (Session Initiation Protocol), which facilitates the establishment, management, and termination of voice sessions over the internet. SIP compatibility enhances interoperability with various service providers and existing communication systems, ensuring a flexible and scalable solution for businesses of all sizes.

Another noteworthy characteristic of the MVP120 is its built-in T.38 fax support. This enables the transmission of fax documents over IP networks, ensuring reliable delivery even in environments where traditional fax machines may experience disruptions. This feature is particularly beneficial for organizations that still rely on fax communication while transitioning to more modern digital systems.

Security is a primary concern in today’s digital environment, and the MVP120 addresses this with comprehensive protocol support, including SRTP (Secure Real-time Transport Protocol) and TLS (Transport Layer Security). These technologies ensure that voice communications remain secure and private, protecting sensitive information from potential threats.

The MVP120 is also designed with user-friendly management and configuration in mind. It features a web-based interface that makes it easy for administrators to set up and manage the device remotely. This simplifies the deployment process and minimizes downtime, allowing businesses to maintain operational continuity.

In essence, the Multi-Tech Systems MVP120 stands out as a powerful tool for businesses seeking to embrace the benefits of VoIP technology while maintaining reliable communication through traditional means. Its combination of voice channels, protocol support, fax capabilities, and security features make it an excellent choice for modern enterprises aiming to enhance their communication systems.