Multitech MULTIVOIP MVP-410 Manuals

MultiVOIP® Voice/Fax over IP Gateways Configuration Guide for MultiVOIP Units deployed with Avaya TM Communication Manager Models: MVP-130/210/410/810-AV

MultiVOIP® SIP Gateways MultiVOIP® Analog Models MultiVOIP® SS Models MultiVOIP® FX Models Cabling Guide

Voice / Fax over IP Networks User Guide for Voice/IP Gateways Digital Models (T1, E1, ISDN-PRI): MVP-2410/3010 AnalogModels: MVP-130/130FXS & MVP-210/410/810 BRI Models: MVP-410ST/810ST

MultiVOIP® Voice/Fax over IP Gateways MVP210/410/810 MVP210/410/810-SS MVP210/410/810-FX User Guide

MultiVOIP® Voice over IP gateways User Guide Digital Models: MVP-2410/3010 AnalogModels: MVP-130/130FXS & MVP-210/410/810 BRI Models: MVP-410ST/810ST

CallFinder on MultiVOIP Platform README Document Page 1 of 4 Doc# 82051303L 05/11/06 README for Setup of MultiVOIP MVP410-CF and MVP810-CF, CallFinders built on MultiVOIP Platform This document describes a special interim version of Multi-Tech CallFinder products (MVP410-CF and MVP810-CF) that have been built on the platform of the corresponding analog MultiVOIP products (MVP410 and MVP810). The term “MVP-CF” will be used when referring collectively to both the MVP410-CF and the MVP810-CF. Labeling of MVP-CF Cable Receptacles & Signal Channels The MVP410-CF has four channels and the MVP810-CF has eight channels. For each channel, there are two cable receptacles on the MVP unit. The larger receptacle, which is for E&M telephony (using RJ-45 connectors), is not used. The smaller receptacle, marked “FXS/FXO,” is used and it accommodates RJ-11 connectors. The FXS/FXO receptacle can be connected to either (a) an analog DID line, or (b) the central-office Line port of a PBX, or (c) the analog station-port of a PBX. 1. Connect analog DID lines to the odd-numbered channels of the MVP unit (channels 1 & 3 of the MVP410-CF; channels 1, 3, 5, & 7 of the MVP810-CF). Use the FXS/FXO receptacle for each channel. 2. Even-numbered channels (channels 2 & 4 of the MVP410-CF; channels 2, 4, 6, & 8 of the MVP810-CF) will be used either as an FXS interface or as an FXO interface, depending on what that channel is connected to. If the channel is connected to a line port of a PBX, set the channel to FXS. If the channel is connected to the analog station port of a PBX, set the channel to FXO. 3. When a PBX line port is connected to the MVP channel, the FXS interface is used. DTMF digits coming in on this channel will be routed to an auto-attendant listening on the line port. 4. When a PBX analog station port is connected to the MVP channel, the FXO interface will be used and DTMF will be routed to direct extensions of the PBX.

Communications Solutions Designed to Increase Productivity & Profitability. Benefits • Toll bypass voice/fax communications • PSTN voice quality • Connects directly to phones, fax or PBX • Turnkey solution The MultiVOIP® gateway provides toll-free voice and fax communications over the Internet or Intranet. By integrating voice and fax into your existing data network, you can realize substantial savings on inter-office long distance toll charges. The MultiVOIP analog gateways are available in 1, 2, 4 and 8 port models. All MultiVOIP gateways connect directly to phones, fax machines, key systems, PSTN lines, or a PBX to provide real-time, toll-quality voice connections to any office on your VOIP network. Features · 1, 2, 4 or 8 analog ports for communication over an existing IP network or the Internet · Ethernet connectivity and full IP compatibility with existing routers and WAN infrastructure · FXS/FXO/DID and E&M connectors on each channel for direct analog connection to phones, key telephones, PBX extensions, PSTN lines or PBX trunks* · Supports H.323, SIP or SPP for sending voice over the Internet · Single Port Protocol (SPP) allows the use of dynamic IP addresses · PSTN fail-over automatically routes calls over the PSTN network if the IP network is down · Supports H.450 supplementary services to provide for call transfer, call forwarding, call hold, call waiting and name identification · Emergency transfer (power-out fail-over) · Voice compression to 5.3K bps per call with support for multiple algorithms, including ITU G.723 and G.729 · QoS via DiffServ or 802.1p · T.38 real-time fax relay for interoperability among other VOIP equipment · VAD and CNG support · Configuration and management using a Web browser or Windows · Built-in modem for installation and maintenance on select models · Two-year warranty MultiVOIP ® Voice/Fax over IP Gateways MultiVOIP Corporate - Minneapolis Branch - Los Angeles Router MultiVOIP Branch - London Router PSTN MultiVOIP Router PSTN PSTN Internet / VPN / Intranet � Frame Relay � T1/Frac T1 � Wireless � ISDN � DSL/Cable � Satellite

Voice / Fax over IP Networks Quick Start Guide for Voice/IP Gateways Digital Models (T1, E1, ISDN-PRI): MVP-2400/2410/3010 Analog Models: MVP-210/410/810

Voice / Fax over IP Networks User Guide for Voice/IP Gateways Digital Models (T1, E1, ISDN-PRI): MVP2400 MVP2410 MVP3010 Analog Models: MVP210 MVP410 MVP810

MVP428 Upgrade Card Installation Instructions_______________________ 11. Locate the male 60-pin vertical connector near the LED edge of the main circuit card. Check that pins are straight and evenly spaced. If not, then correct for straightness and spacing. Locate the 60-pin female connector on the upgrade circuit card. 12. Set the upgrade circuit card on top of the main circuit card. Align the upgrade card’s 4 pairs of phone-jacks with the 4 pairs of holes in the backplane of the main card. Slide the phone jacks into the holes. 13. Mate the upgrade card’s 60-pin female connector with the main card’s 60- pin male connector. * * * * 60-pin connectors *These screws (4 places) attach upgrade card to main card. Figure 7. Attaching upgrade card to main circuit card (secure 4 Phillips screws; mate 60-pin connectors) 14. There are four copper-plated attachment holes, two each at the front and rear edges of the upgrade card. Attach the upgrade card to the main card using 4 Phillips screws. The upgrade card should now be firmly attached to the main card. 15. Slide the main circuit card back into the chassis far enough to allow re- connection of power cable. 16. Re-connect power cable. 17. Slide the main circuit card fully into the chassis. 18. Re-attach the backplane of the main circuit card to the chassis with 3 screws. (Doc. #82010151L, Rev B; Nov 29, 2006) Installation Instructions for MVP428 Upgrade Card Note: Your MultiVOIP firmware must be at version 6.09 or higher before you can install the MVP428 Upgrade Card. In this procedure, you will install an additional circuit board into the MVP410, converting it from a 4-channel voip to an 8-channel voip. Procedure in Detail 1. Power down and unplug the MVP410 unit. 2. Using a Phillips driver, remove the blank cover plate at the rear of the MVP410 chassis. Save the screws. screws on blank cover plate (2) Figure 2: Removing screws from blank cover plate Summary: (A) Attach four standoffs to main circuit card. (B) Mate the 60-pin connectors (male connector on main circuit card; female on upgrade card). (C) Attach upgrade card to main circuit card (4 screws). � � * * (A) * Add standoffs here (2 places). � Replace main card screws with standoffs here (2 places). (B) Mate 60-pin connectors. (C) Attach upgrade card (screws into standoffs -- 4 places). Figure 1. Installation Summary