Multi-Tech Systems MVP120 manual

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Data Communications Equipment (DCE): Any device which serves as the portal of entry from the user equipment to a telecom- munications facility. A modem is a DCE for the phone network (PSTN) that is commonly on site at the user’s premises. Packet Switched Networks have another level of DCE which is most often located at a central office.

Data Link Connection Identifier (DLCI): One of the six components of a frame relay frame. Its purpose is to distinguish separate virtual circuits across each access connection. Data coming into a frame relay node is thus allowed to be sent across the interface to the specified "address". The DLCI is confirmed and relayed to its destination, or if the specification is in error, the frame is discarded.

Dataphone Digital Service (DDS): A private line digital service that offers 2400, 4800, 9600 and 56K bps data rates on an inter- LATA basis by AT&T and on an intra-LATA basis by the BOCs.

Data Service Unit (DSU): A device that provides a digital data service interface directly to the data terminal equipment. The DSU provides loop equalization, remote and local testing capabilities, and a standard EIA/CCITT interface.

Dedicated Line: A communication line that is not switched. The term leased line is more common.

Default: This is a preset value or option in software packages, or in hardware configuration, that is used unless you specify otherwise.

Device driver: Software that controls how a computer communicates with a device, such as a printer or mouse.

Digital Cross-connect System (DCS): The CO device which splits and redistributes the T1 bandwidth. The DCS takes time slots from various T1 lines and alters them to provide the needed connectivity. DCS connections are made with software at an administrator's workstation.

Digital Data: Information represented by discrete values or conditions (contrast "Analog Data").

Digital Loopback: A technique used for testing the circuitry of a communications device. Can be initiated locally, or remotely (via a telecommunications device). The tested device decodes and encodes a received test message, then echoes the message back. The results are compared with the original message to determine if corruption occurred en route.

Digital PBX: A Private Branch Exchange that operates internally on digital signals. See also "Exchange".

Digital Service, level 0 (DS0): The world-wide standard speed (64K bps) for digital voice conversation using PCM (pulse coded modulation).

Digital Service, level 1 (DS1): The 1.544M bps voice standard (derived from an older Bell System standard) for digitized voice transmission in North America. The 1.544M bps consists of 24 digitally-encoded 64K bps voice channels (north America) and 2.048M bps (30 channels) elsewhere.

Digital Signal: A discrete or discontinuous signal (e.g., a sequence of voltage pulses). Digital devices, such as terminals and computers, transmit data as a series of electrical pulses which have discrete jumps rather than gradual changes.

Digital Signaling Rates (DSn): A hierarchical system for transmission rates, where "DS0" is 64K bps (equivalent to ISDN B channel), and DS1 is 1.5 Mbps (equivalent to ISDN PRI).

Digital Transmission: A method of electronic information transmission common between computers and other digital devices.

Analog signals are waveforms: a combination of many possible voltages. A computer's digital signal may be only "high" or "low"at any given time. Therefore, digital signals may be "cleaned up" (noise and distortion removed) and amplified during transmission.

Digitize: To convert an analog signal to a digital signal.

DIP switch (pronounced "dip switch"): A set of tiny toggle switches, built into a DIP (dual in-line package), used for setting configurable parameters on a PCB (printed circuit board).

Driver: A software module that interfaces between the Operating System and a specific hardware device (i.e. color monitors, printers, hard disks, etc.). Also known as a device driver.

Drop and Insert: The process where a portion of information carried in a transmission system is demodulated ("Dropped") at an intermediate point and different information is included ("Inserted") for subsequent transmission.

DTE (Data Terminating Equipment): A term used to include any device in a network which generates, stores or displays user information. DTE is a telecommunications term which usually refers to PCs, terminals, printers, etc.

DTMF (Dual-Tone MultiFrequency): A generic push-button concept made popular by AT&T TouchTone.

E

E1: The European equivalent of the North American 1.544M bps T-1, except that E-1 carries 2.048M bps. It is characterized by thirty 64 Kbps digital channels for voice or data calls, plus a 64 Kbps channel for signaling and a 64 Kbps channel for framing (synchronization) and maintenance.

E&M: A telephony trunking system used for either switch-to-switch, or switch-to-network, or computer/telephone system-to-switch connection.

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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 Installation Preview of This GuideTypical Application Remote SalesGatekeeper Proprietary Phone Book Introduction to the MultiVOIP Boot Front Panel DescriptionEthernet Voice/FaxPower Connector Ethernet ConnectorCommand Connector Phone ConnectorSpecifications Chapter Installation Installation Overview of the Installation ProcessInstalling the Software and Configuring Your MVP120 Unpacking and Cabling the MultiVOIPUnpacking Your MVP120 Telecom Safety WarningOther Safety Warnings Cabling Procedure Cabling Your MVP120Chapter Installing the MVP120 Software Installing the MVP120 Software Installing the MVP120 Software Installing the MVP120 Software Chapter Configuring the Master MultiVOIP Configuring the Master MultiVOIP IP Protocol Default Setup dialog box displaysConfiguring 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 Remote Site Administrator Deploying the Voip NetworkChapter Using the MultiVOIP Software Using the MultiVOIP Software Before You BeginMVP120 Configuration Changing Channel Parameters Interface TabVoice/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 Viewing Statistics IP StatisticsSnmp Statistics Viewing Logs Viewing Log Entry DetailsReports Viewing Channel TotalsUpgrade Procedures Upgrade SoftwareUsing the MultiVOIP Software Manual Upgrade Procedure Chapter Remote Configuration and Management Remote Configuration and Management Modem-BasedRemote Configuration and Management LAN-Based Remote Configuration and Management Voice over IP Configuration Phone Directory ConfigurationTelnet MultiVOIP Telnet Server MenuWeb Management Chapter Warranty, Service, and Technical Support Warranty, Service, and Technical Support Multi-Tech Systems, Inc. Warranty & Repairs PoliciesWarranty Repair Procedures for U.S. and Canadian CustomersRepair Procedures for International Distributors 763 717-5631, or email mtsrepair@multitech.comService Ordering AccessoriesAbout 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 Remote Configuration Cable Pin MaleAppendix C Regulatory Information Class a StatementFax Branding Statement FCC PartFCC 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 Index Cabling the MVP120103 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.