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Multi-Tech Systems Mvp-2400/2410/3010, Mvp-210/410/810 Voice/ip Gateways S000249C User Guide
Multi-Tech Systems Mvp-2400/2410/3010, Mvp-210/410/810 Voice/ip Gateways S000249C User Guide
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![Page 406
TCP/UDP Port Assignments MultiVOIP User Guide
406
Well Known Port Numbers
The following description of port number assignments for Internet Protocol (IP)
communication is taken from the Internet Assigned Numbers Authority (IANA) web
site (dubyadubyadubya.iana.org).
“The Well Known Ports are assigned by
the IANA and on most systems can only
be used by system (or root) processes or
by programs executed by privileged
users. Ports are used in the TCP
[RFC793] to name the ends of logical
connections which...](http://img.usermanuals.tech/thumb/3355/84011/w64_multitech-mvp-410-user-guide-r-c_d-405.png "Page 406
TCP/UDP Port Assignments MultiVOIP User Guide
406
Well Known Port Numbers
The following description of port number assignments for Internet Protocol (IP)
communication is taken from the Internet Assigned Numbers Authority (IANA) web
site (dubyadubyadubya.iana.org).
“The Well Known Ports are assigned by
the IANA and on most systems can only
be used by system (or root) processes or
by programs executed by privileged
users. Ports are used in the TCP
[RFC793] to name the ends of logical
connections which...")
Cable Pinouts MultiVOIP User Guide 402 Appendix B: Cable Pinouts Command Cable RJ-45 Connector End-to-End Pin Info ;>4+, PIN NO.4 7 8 3 2 6 1 51 2 3 4 5 6 7 8 To DTE Device (e.g., PC) CLEAR TO SEND TRANSMIT DATA RECEIVE DATA SIGNAL GROUND PIN NO. To Command Port ConnectorDB9F RJ-45 RJ-45 connector plugs into Command Port of MultiVOIP. DB-9 connector plugs into serial port of command PC (which runs MultiVOIP configuration software). Ethernet Connector The functions of the individual conductors of the MultiVOIP’s Ethernet port are shown on a pin-by-pin basis below. RJ-45 Ethernet Connector Pin Circuit Signal Name ;>4+, 1 2 3 6TD+ Data Transmit Positive TD- Data Transmit Negative RD+ Data Receive Positive RD- Data Receive Negative
MultiVOIP User Guide Cable Pinouts 403 T1/E1 Connector T1/E1 Connector ;>4+, Transmit Pair (to line)}4 5 Receive Pair (from line)}1 2 Voice/Fax Channel Connectors ;>4+, ; Pin Functions (E&M Interface) Pin Descr Function 1M Input 2E Output 3T1 4-Wire Output 4 R 4-Wire Input, 2-Wire Input 5 T 4-Wire Input, 2-Wire Input 6R1 4-Wire Output 7 SG Signal Ground (Output) 8 SB Signal Battery (Output)
Cable Pinouts MultiVOIP User Guide 404 Pin Functions (FXS/FXO Interface) FXS Pin Description FXO Pin Description 2N/C 2N/C 3Ring 3Tip 4Tip 4Ring 5N/C 5N/C
MultiVOIP User Guide TCP/UDP Port Assignments 405 Appendix C: TCP/UDP Port Assignments
TCP/UDP Port Assignments MultiVOIP User Guide 406 Well Known Port Numbers The following description of port number assignments for Internet Protocol (IP) communication is taken from the Internet Assigned Numbers Authority (IANA) web site (dubyadubyadubya.iana.org). “The Well Known Ports are assigned by the IANA and on most systems can only be used by system (or root) processes or by programs executed by privileged users. Ports are used in the TCP [RFC793] to name the ends of logical connections which carry long term conversations. For the purpose of providing services to unknown callers, a service contact port is defined. This list specifies the port used by the server process as its contact port. The contact port is sometimes called the well- known port. To the extent possible, these same port assignments are used with the UDP [RFC768]. The range for assigned ports managed by the IANA is 0-1023.” Well-known port numbers especially pertinent to MultiVOIP operation are listed below. Port Number Assignment List Well-Known Port Numbers Function Port Number telnet 23 tftp 69 snmp 161 snmp tray 162 gatekeeper registration 1719 H.323 1720 SIP 5060 SysLog 514
407 Appendix D: Installation Instructions for MVP428 Upgrade Card
MVP428 Upgrade Installation MultiVOIP User Guide
408
Installation Instructions for 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 D-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
(screw s into standoffs
-- 4 places).
Figure D-1. Installation Summary
MultiVOIP User Guide MVP428 Upgrade Installation 409 3. Using a Phillips driver, remove the three screws that secure the main circuit board and back panel assembly to the chassis. NOTE: Follow standard ESD precautions to protect the circuit board from static electricity damage. back panel screws (3) Figure D-3: Removing screws from back panel 4. Slide the main circuit board out of the chassis far enough to unplug the power connector. power connector Figure D-4: Accessing power connector 5. Unplug the power connector from the main circuit board. 6. Slide the main circuit board completely out of the chassis and place on a non-conductive, static-safe table-top surface. 7. Remove mounting hardware (2 screws, 2 nuts, and 4 standoffs) from its package.
MVP428 Upgrade Installation MultiVOIP User Guide 410 8. On the phone-jack side of the circuit card, three screws attach the circuit card to the back panel. Two of these screws are adjacent to the four phone- jack pairs. Remove these two screws. Screw locati ons ( 2) at phone-jack edge of board. Figure D-5: Screws to be removed and replaced with standoffs (phone-jack edge of board; top view) 9. Replace these two screws with standoffs. 10. There are two copper-plated holes at the LED edge of the circuit card. Place a nut beneath each hole (lockwasher side should be in contact with board) and attach a standoff to each location\. Standoff locations (2) at LED edge of board (top view). Stan doff/nut attachment (rear bot tom view) Figure D-6: Standoffs at LED edge of board (top view)