Related Manuals for Inalp Networks SmartNode 1000 Series
Summary of Contents for Inalp Networks SmartNode 1000 Series
- Page 1 Hardware Installation Guide For SmartNode 1000 and 2000 Series Customer Deliverable Documentation Part Number 80-0057 English Revision 3.11, May 8, 2003...
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Page 3: Legal Notice
Inalp Networks AG has been advised of, known, or should have known, the possibility of such damages. -
Page 4: Table Of Contents
Table of Contents TABLE OF CONTENTS Legal Notice................................ 3 Limitation of Use............................3 Trademarks ..............................3 EU Declaration of Conformity........................3 The Products covered by this Declaration ....................3 The Basis on which Conformity is being Declared..................3 Table of Contents .............................. 4 List of Figures .............................. - Page 5 Table of Contents IC-4BRV Hardware Description......................26 Physical Specification ........................26 Front Panel ............................26 Ports ..............................26 Description............................27 Operating Modes ..........................27 Hardware Bypass..........................27 Network Integration ........................28 S-Bus Line Power ..........................29 Line Power Jumper Settings ......................30 5.9.1 Possible Jumper Settings for IC-4BRV and PM-48V-int (or PM-38V-int) fitted in SmartNode SN2x00..........................
- Page 6 Site Installation of SmartNode 1000 or 2000 Series..............55 10.17 Desktop Installation ........................56 10.18 Rack-Mounting for SmartNode 2000 Series................56 10.19 Wall-Mounting for SmartNode 1000 Series................57 10.20 Connecting Cables........................57 10.20.1 Cables and Connections for SmartNodes ................. 57 10.21 Perform Initial Configuration.....................
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Page 7: List Of Figures
Figure 10-9: SmartNode 2000 Series Rack Mounting Bracket..............56 Figure 10-10: SmartNode 2000 Series Rack Mounting Bracket Location Holes ........57 Figure 10-11: SmartNode 1000 Series Wall Hanging Points ..............57 Figure 1: RJ-45 and RJ-48 Connector ......................61 Figure 2: RJ-12 Connector ..........................61 Figure 3: Connecting a Serial Terminal...................... -
Page 8: List Of Tables
Table of Contents List of Tables Table A: SmartWare Command Line Description..................10 Table B: SmartWare Example Description....................11 Table C: NMS Workstation Command Line Description ................11 Table D: Notice Conventions.......................... 11 Table E: Inalp SmartNode Documentation....................12 Table 1-1: SmartNode SN1200 Port Description ..................16 Table 1-2: SmartNode SN1200 Reset Button and Power Line Socket on Rear Panel ...... -
Page 9: About This Guide
About This Guide ABOUT THIS GUIDE Objectives The aim of this Hardware Installation Guide is to provide hardware information concerning SmartNode devices and their interface cards. The installation of the cards and the cabling of the devices are also described. The goal is to enable you to install such devices, alone or under supervision. -
Page 10: Document Conventions
About This Guide IC-4BRV Hardware Description of the hardware feature, physical description, Description front panel, and ports of the IC-4BRV. IC-E1V Hardware Description of the hardware feature, physical description, Description front panel, and ports of the IC-E1V. IC-4FXS Hardware Description of the hardware feature, physical description, Description front panel, and ports of the IC-4FXS. -
Page 11: Table B: Smartware Example Description
About This Guide The leading SN on a command line represents the nodename of the SmartNode boldface screen Information you enter is in boldface screen font. screen Terminal sessions and information the system displays are in screen font. < > Nonprinting characters are in angle brackets (<... -
Page 12: Inalp Documentation
Chapter 8, “Interface Card Installation” and • Chapter 10, “SmartNode Installation”. We at Inalp Networks AG, hope you find this guide useful, whether you are a novice or professional working with SmartNodes and SmartWare responsible for convergent telephony and networking solutions. -
Page 13: Obtaining Service And Support
Obtaining Service and Support OBTAINING SERVICE AND SUPPORT For service and support for an Inalp SmartNode product purchased from a reseller, contact the reseller. Ordering Documentation Inalp documentation and additional supporting literature are available on a CD-ROM, which is shipped with your product. To order additional copies of the documentation on CD-ROM contact your local sales representative or call customer service. -
Page 14: Preventing Electrostatic Discharge Damage
Obtaining Service and Support Warning: Hazardous network voltages are present in WAN ports regardless of whether power to the SmartNode is ON or OFF. To avoid electric shock, use caution when near WAN ports. When detaching cables, detach the end away from the SmartNode first. Warning: Before opening the chassis, disconnect the telephone network cables to avoid contact with telephone line voltages. -
Page 15: Smartnode Sn1200 Hardware Description
SmartNode SN1200 Hardware Description SMARTNODE SN1200 HARDWARE DESCRIPTION The SmartNode model SN1200 is a compact voice-data access device, which supports two voice channels. The user interfaces consist of one ISDN BRI and one Ethernet 10BaseT. One ISDN BRI and one Ethernet 10BaseT provide network access. It is suitable for home office or small office applications. -
Page 16: Table 1-1: Smartnode Sn1200 Port Description
SmartNode SN1200 Hardware Description The ports available are tabulated in Table 1-1 below. Each port is labeled above and below the socket with its interface name and type, as in the Port column of the table. Port Description ETH 0 10BaseT Ethernet RJ-45 socket to connect the SmartNode with an Ethernet device. -
Page 17: Table 1-2: Smartnode Sn1200 Reset Button And Power Line Socket On Rear Panel
SmartNode SN1200 Hardware Description Caution: In this case the existing IP SW configuration is lost. • Boot loader: Powering the SmartNode while pressing the reset button for 5 seconds will cause the factory-fitted boot loader to start in place of the application. -
Page 18: Smartnode Sn1400 Hardware Description
SmartNode SN1400 Hardware Description SMARTNODE SN1400 HARDWARE DESCRIPTION The SN1400 is a compact voice-data access device, which supports four voice channels. The interfaces consist of two ISDN BRI and two Ethernet 10BaseT. It is suitable for enterprise networking and small office environments. The ventilated metal case can be wall-mounted or placed on a desktop. -
Page 19: Table 2-1: Smartnode Sn1400 Port Description
SmartNode SN1400 Hardware Description Port Description ETH 0 10BaseT Ethernet RJ-45 socket to connect the SmartNode with an Ethernet device This is usually a transmission modem, i.e. cable or DSL modem. ETH 0 is 10BaseT a host port; depending on the pin out of the modem, it can be connected with a (Modem) straight wired (1:1) or with a crossover cable. -
Page 20: Table 2-2: Smartnode Sn1200 Reset Button And Power Line Socket On Rear Panel
SmartNode SN1400 Hardware Description Caution: In this case the existing IP SW configuration is lost. • Boot loader: Powering the SmartNode while pressing the reset button for 5 seconds will cause the factory-fitted boot loader to start in place of the application. -
Page 21: Smartnode Sn2300 Hardware Description
SmartNode SN2300 Hardware Description SMARTNODE SN2300 HARDWARE DESCRIPTION The SN2300 is a powerful multi-service access device. The 19in aluminum chassis can be rack- mounted, and provides three expansion slots for interface cards. The SN2300 complies with all relevant EU directives. Physical Description •... -
Page 22: Rack Mounting
SmartNode SN2300 Hardware Description Port Description SERIAL 0/0 DB25 socket providing a V.35 and X.21 interface for Leased Lines up to 2Mbit/s. A LED to the left of the connector indicates its status. (V.35 / X.21) ETH 0/1 10BaseT Ethernet RJ-45 socket to connect the SmartNode with an Ethernet device, such as a wide area transmission modem, Ethernet hub or switch. -
Page 23: Smartnode Sn2400 Hardware Description
SmartNode SN2400 Hardware Description SMARTNODE SN2400 HARDWARE DESCRIPTION The SN2400 is a powerful multi-service access device. The 19in aluminum chassis can be rack- mounted, and provides four expansion slots for interface cards. The SN2400 complies with all relevant EU directives. Physical Description •... -
Page 24: Table 4-1: Smartnode Sn2400 Port Description
SmartNode SN2400 Hardware Description Port Description ETH 0/0 10/100BaseT Ethernet RJ-45 socket to connect the SmartNode to an Ethernet device, such as a wide area transmission modem, Ethernet hub or switch. (10 / 100BaseT) ETH 0/0 is a host port; it can be connected with a straight wire (1:1) to a hub, or a crossover cable to a host port. -
Page 25: Rack Mounting
SmartNode SN2400 Hardware Description Rack Mounting If you want to mount the SN2400 in a 19’’ rack, see Chapter 10.18, “Rack-Mounting for SmartNode 2000 Series”, on page 56 of this document for detail. Hardware Installation Guide, Revision 3.11... -
Page 26: Ic-4Brv Hardware Description
IC-4BRV Hardware Description IC-4BRV HARDWARE DESCRIPTION The IC-4BRV interface card is designed for the SmartNode 2000 series of devices. It meets IEEE P1386.1 standards and provides 4 BRI ISDN ports. Physical Specification • W / H / D: 149 / 13.5 / 74 mm •... -
Page 27: Description
IC-4BRV Hardware Description Description The IC-4BRV interface card provides four ISDN Basic Rate Interface ports, together allowing up to 8 ISDN B-channels to work in parallel. Operating Modes The four ports can be used in three different modes, which are tabulated in Table 5-2 below. •... -
Page 28: Network Integration
IC-4BRV Hardware Description Figure 5-2: Bypass (Fallback) Mode Network Integration With the configuration options tabulated above 4 BRI ports of the IC-4BRV can be connected in one of three network configurations: • All four ports (ports 0-3) are connected to a subscriber PBX as shown in Figure 5-3. Figure 5-3: All Four Ports Connected to PBX •... -
Page 29: S-Bus Line Power
IC-4BRV Hardware Description Figure 5-4: Three Ports are connected to the PBX and one Port to the ISDN Network • Two ports (0, 1) are connected to the PBX and two ports (2, 3) to the ISDN network. In this case, both local breakout ports (four B-Channels) can be used to route calls to the ISDN network. -
Page 30: Line Power Jumper Settings
IC-4BRV Hardware Description • Install an internal Line Power Module PM-48V-int (or PM-38V-int). This is described in Chapter 9.3, “Mounting the Internal 48V (or 38V) Line Power Module”, on page 40 of this document. • Configure the IC-4BRV card’s jumper settings. This procedure is described in the following paragraphs. -
Page 31: Figure 5-7: Upper Four Jumper Pins Bridged
IC-4BRV Hardware Description Figure 5-7: Upper Four Jumper Pins Bridged • All eight jumper pins bridged: this setting is used with all four ports configured in ’NET’ mode and connected to line powered terminals as shown in . Figure 5-8: All Eight Jumper Pins Bridged Hardware Installation Guide, Revision 3.11... -
Page 32: Ic-E1V Hardware Description
IC-E1V Hardware Description IC-E1V HARDWARE DESCRIPTION The IC-E1V interface card is produced for the SmartNode 2000 series of devices. It is a standard PMC card designed to IEEE P1386.1 standard and provides one PRI E1 connection. It is only for use in the SN2000-series. -
Page 33: Table 6-2: Interface Modes
IC-E1V Hardware Description Task NET Mode USR Mode Clocking Mode Master: generates line clocking Slave: accepts line clocking Time Slot Interface responsible for time slot Interface accepts time slot selection selection Table 6-2: Interface Modes When changing the interface mode from ’NET’ to ’USR’ and vice versa the clock source setting is automatically adjusted. -
Page 34: Ic-4Fxs Hardware Description
IC-4FXS Hardware Description IC-4FXS HARDWARE DESCRIPTION The IC-4FXS interface card is designed for the SmartNode 2000 series of devices. It meets IEEE P1386.1 standards and provides 4 FXS (Foreign Exchange Station) ports to which analog phone sets can be connected. Physical Specification •... - Page 35 IC-4FXS Hardware Description The FXS ports must be connected to FXO ports. Note: When using the IC-4FXS, an internal Line Power Module must be installed (see Chapter 9.2). This Line Power Module provides the loop voltage (-48VDC) and the input to the ring voltage generator.
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Page 36: Interface Card Installation
Interface Card Installation INTERFACE CARD INSTALLATION This chapter describes how to install interface cards on a SmartNode 2000 series device. Safety Recommendation Follow these guidelines to ensure general safety: • Keep the chassis area clear and dust-free during and after installation. •... -
Page 37: Card Locating Screws
Interface Card Installation Step 5 Move the front panel of the interface card into the expansion slot opening of the SmartNode until it fits correctly. Step 6 Press the interface card gently down until you feel its connector mate securely with the socket on the motherboard. -
Page 38: Line Power Module Installation
Line Power Module Installation LINE POWER MODULE INSTALLATION This chapter tells you how to install an optional internal 48V (or 38V) Line Power Module in a SmartNode 2000 series device. It also describes the installation of the optional external S-Bus 40V power supply units. -
Page 39: Figure 9-1: Internal 48V (Or 38V) Line Power Module Location
Line Power Module Installation Figure 9-1: Internal 48V (or 38V) Line Power Module Location Warning: the 12V and the 48V (or 38V) Line Power Modules are closely similar in appearance. The 48V (or 38V) module is labeled ZWS30-48 (or ZWS30-38) on the large electrolytic capacitor. Warning: Connecting the 48V (or 38V) power supply to the 12V socket instead of the 48V/38V socket may result in permanent damage to the main board. -
Page 40: Mounting The Internal 48V (Or 38V) Line Power Module
Line Power Module Installation Figure 9-2: Fixing Points: Internal 48V (or 38V) Line Power Module Mounting the Internal 48V (or 38V) Line Power Module Follow the steps described in Table 9-1 below to mount a 48V (or 38V) internal Line Power Module. Step Description Step 1... -
Page 41: Completing The Installation
The SmartNode 1000 series does not supply S-Bus line power on the BRI ports. There are two options to provide S-Bus line power. If one of the BRI ports is connected to an ISDN NT, the power supplied by the NT is fed trough to the other BRI port. -
Page 42: Smartnode 1200
Line Power Module Installation SmartNode Description SmartNode 1200 In the absence of an NT the PM-BRI-ext may be connected directly to the BRI 0 port on the SmartNode. The terminals are connected to the BRI 1 port. See Figure 9-3. SmartNode 1400 The PM-BRI-ext is connected to the S-Bus via an S-Bus Multi-socket. -
Page 43: Figure 9-4: Sn1400 External 40V Power Supply
Warning: For this installation option do not use any other phantom power supply than the PM-BRI- ext supplied by Inalp Networks AG. The PM-BRI-ext power supply unit is equipped with a transformer that is specially designed for S-Bus line power. The use of a general purpose DC power transformer may cause equipment damage. -
Page 44: Smartnode Installation
ISDN NT for voice call fallback or call routing to the PSTN. Voice is transported as Voice over Internet Protocol (VoIP) using the H.323 standards for sending and receiving audio and data or Inalp Networks’ proprietary ISDN over Internet Protocol (ISoIP) on an IP-based network. -
Page 45: System Model Of The Smartnode 1000 And 2000 Series
Gateway (GW), which converts ISDN voice data into Internet Protocol (IP) data streams or Voice over IP (VoIP) and vice versa. VoIP speech is supported according the H.323 standard and via Inalp Networks’ patented ISDN over IP (ISoIP) protocol. •... -
Page 46: Voice Routing
SmartNode Installation Figure 10-2: System Model, SmartNode 2000 Series 10.5 Voice Routing Via its Gateway an Inalp SmartNode 1000 and 2000 series device can carry voice data between the ISDN basic rate or primary rate interfaces and Ethernet or other data interfaces. This facility allows a wide variety of voice routing scenarios to be realized. -
Page 47: Small And Medium Enterprise (Sme)
SmartNode Installation Figure 10-3: SmartNode 1200 with ISDN Phone and ISDN Fallback in a SOHO Environment 10.6.3 Small and Medium Enterprise (SME) The SmartNode 1400 in Figure 10-4 is set up as a voice gateway and IP router in a SME situation. Both BRI ports are attached to a local PBX offering up to four simultaneous voice channels to the IP access network that is connected to the Ethernet port ETH 0. -
Page 48: Multi-Service Gateway/Router For Private Enterprise Networks
SmartNode Installation 2000 series over Ethernet port ETH 0/0. Depending on the call procedures defined by the software running in the SmartNode 2000 series, voice data is formatted as H.323 compliant or as ISoIP voice streams. Figure 10-5: SmartNode 2000 Series Device connected to a PBX via three BRI Ports with Fallback to PSTN with one BRI in an SME Environment 10.7 Multi-Service Gateway/Router for Private Enterprise... -
Page 49: Company Headquarters
SmartNode Installation Figure 10-6: SmartNode 2000-Series Device connected to a PBX via Four BRI Ports 10.7.2 Company Headquarters In Figure 10-7 the SmartNode 2000 series with an optional IC-E1V interface card installed is used as a voice gateway and IP router in a company headquarters. The PBX is connected to the PRI port of the IC-E1V interface card, providing up to 30 concurrent ISDN B-channels. -
Page 50: Ip Access To The Wan
SmartNode 2000 series. Data traffic from the LAN attached to ETH 1 for SmartNode 1000 series or to ETH 0/1 for SmartNode 2000 series is routed to the WAN via Ethernet ports ETH 0 or ETH 0/0 respectively. Either standard IP routing or Network Address Port Translation (NAPT) can be configured on the SmartNode according to requirement. -
Page 51: Planning Your Installation
SmartNode Installation 10.9 Planning Your Installation Before you start the actual installation, it is strongly recommended that you gather all the information needed to install and setup the device. See Table 1 below for an example of what pre- installment checks you might need to carry out. Having carried out the pre-installation checks enables you to install and set up your SmartNode 1000 or 2000 series into an existing IP or an ISDN infrastructure with confidence. -
Page 52: Site Log
SmartNode Installation Task Verified by Date Network information available & recorded in Site Log Environmental specifications verified Site power voltages verified Installation site pre-power check completed Required tools available Additional equipment available All printed documents available SmartWare release & build number verified Rack, desktop, or wall mounting of chassis completed Initial electrical connections established ASCII terminal attached to console port... -
Page 53: Network Information
SmartNode Installation Entry Description Installation make a copy of the Installation Checklist and insert it into the site log Upgrades and maintenance use the site log to record ongoing maintenance and expansion history Configuration changes record all changes and the reasons for them Maintenance;... -
Page 54: Synchronous Serial Interface
Placed on a desktop • Rack-mounted (SmartNode 2000 series only) • Wall-mounted (SmartNode 1000 series only) Choose the mounting method that is appropriate for your location and which offers best access to the cables. 10.13.2 Access to Chassis Allow sufficient space at the rear of the chassis for cable connections. In addition you should consider the need to access the chassis for future upgrades, maintenance and troubleshooting. -
Page 55: Interface Card Configuration
SmartNode Installation 10.13.3 Interface Card Configuration Before using an IC-4BRV interface card in your SmartNode 2000 series the interface card has to be configured according to the application scenario. Refer to Chapter 5 for a more detailed description of this procedure. 10.14 S-Bus Installation 10.14.1 General Notes on S-Bus Installation When installing an ISDN S-bus and its up to eight connected devices, bear in mind that the relevant... -
Page 56: Desktop Installation
SmartNode Installation 10.17 Desktop Installation The SmartNode can be placed on a desktop, shelf or other flat, hard and secure surface. Before placing the SmartNode attach one of the rubber pads included on an adhesive strip in each corner on the bottom of the SmartNode. -
Page 57: Wall-Mounting For Smartnode 1000 Series
10.19 Wall-Mounting for SmartNode 1000 Series As shown in Figure 10-11 a SmartNode 1000 Series may also be wall-mounted by suspending it from the two recesses on the underside that are situated nearest to the LED side of the SmartNode. - Page 58 SmartNode Installation http://www.inalp.com For detailed configuration information specific to the SmartNode 1000 or 2000 series refer to either the SmartWare Software Configuration Guide or the SmartWare Command Reference Guide as appropriate. For additional specialized configuration procedures for advanced voice and data features, refer to the SmartWare Configuration Notes that are applicable for your Software Release.
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Page 59: Led Indications
Led Indications 11 LED INDICATIONS The LEDs on the SmartNode provide information about the status of the device and its interfaces. They are located on both the front and the rear of the device. Indication is conveyed by [on / off] and [steady / blinking] states, not by color change. Depending on the type of SmartNode that you have installed, some LEDs may not be available. -
Page 60: Table 11-2: Key To Superscript Numbers
Led Indications Superscript Meaning 1 sec ON, then OFF 500ms ON, 500ms OFF Blinks according to CPU load ON if one or more B-Channels are active on the BRI interface Blinks according to IP activity ON if correctly connected to an active ISDN device ON if connected to a 100Mbs Ethernet device, OFF otherwise BRI 1 and BRI 2 blink when interconnected (fallback) on interface card IC-4BRV Table 11-2: Key to Superscript Numbers... -
Page 61: Connector Types
Appendix A APPENDIX A This Appendix provides cable specifications and pin out data for the ports of the SmartNode family and the interface cards. It consists of the following main sections: • Connector types • Port pin outs • Cabling Connector Types RJ-45 / RJ-48 Connector Figure 1: RJ-45 and RJ-48 Connector... -
Page 62: Port Pin Outs
Appendix A Port Pin Outs This section provides pin out information for the ports of the SmartNode and its interface cards. Console Port Signal Table 3: RJ-45 Socket Note: Pins not listed are not used. Ethernet 10BaseT and 100BaseT Port Signal Table 4: RJ-45 Socket Note: Pins not listed are not used. -
Page 63: Pri Port
Appendix A Note: The IC-4FXS is actually equipped with RJ-11 sockets. An RJ-11 socket is similar to an RJ-12 socket but pins 1 and 6 are omitted. Pins not listed are not used. PRI Port TX Tip TX Ring TX Shield RX Tip RX Ring RX Shield... -
Page 64: Cabling
Appendix A Signal X.21 Signal Ground RXDa RXDb TXDb TXDa CNTb CNTa INDb SETb SETa INDa Table 9: Serial Port X.21 Signals Note: Pins not listed are not used. Cabling This section provides information on the cables used to connect the SmartNode and the interface cards to the existing network infrastructure and to third party products. -
Page 65: And X.21
Appendix A Figure 4: Connecting a Host Figure 5: Connecting a Hub V.35 and X.21 Figure 6 on the following page shows the cables that are required to connect the serial port of a SmartNode to a standard X.21 or V.35 network termination unit (NTU). Note: Some NTUs have non-standard or mirrored connections and require special cables. -
Page 66: Bri
Appendix A Figure 6: V.35 and X.21 Modem Connection A straight S-Bus cable with RJ-45 plugs is used to connect an ISDN NT or TE to the SmartNode or interface card. See Figure 7 (telephone connection) and Figure 8 (NT connection) for the appropriate information. -
Page 67: Pri
Appendix A Figure 7: Connecting a BRI to an ISDN Telephone Figure 8: Connecting a BRI to an NT The PRI is usually connected to a PBX or switch (LE). Type and pin outs of these devices vary depending on the manufacturer. In most cases, a straight RJ-45 to RJ-45 can be used to connect the PRI with a PBX. -
Page 68: Figure 9: Connecting A Pri Port To An Nt1
Appendix A Figure 9: Connecting a PRI Port to an NT1 Hardware Installation Guide, Revision 3.11... - Page 69 Appendix B APPENDIX B Internetworking Terms and Acronyms Abbreviation Meaning Numeric 10BaseT Ethernet Physical Medium ATM Adaptive Layer Available Bit Rate Alternating Current Advice of Charge Asynchronous Transfer Mode audio 3.1 ISDN Audio Service up to 3.1 kHz audio 7.2 ISDN Audio Service up to 7.2 kHz Basic Rate Access Basic Rate Interface...
- Page 70 Appendix B Abbreviation Meaning Digital Subscriber Line DSLAM Digital Subscriber Line Access Multiplexer Digital Signal Processor DTMF Dual Tone Multi-frequency Transmission Standard at 2.048 Mb/s E-DSS1 ETSI Euro ISDN Standard Embedded File System Exchange Termination Ethernet Frequently Asked Questions Federal Communication Commission Frame Relay Foreign Exchange Office Foreign Exchange Station (also called ‘Subscriber’)
- Page 71 Appendix B Abbreviation Meaning ISDN T ISDN T(runk Line) Interface ISDN TE ISDN Network Terminal Mode ISoIP ISDN over Internet Protocol Information Transfer Bearer Capability L2TP Layer Two Tunneling Protocol Local Area Network Least Cost Routing LDAP Lightweight Directory Access Protocol Light Emitting Diode Local Exchange Line Termination...
- Page 72 Appendix B Abbreviation Meaning Personal Computer Production Technology Management Committee Point of Presence POTS Plain Old Telephony Service Primary Rate Access Primary Rate Interface PSTN Public Switched Telephone Network pt-mpt point-to-multi point pt-pt point-to-point Permanent Virtual Circuit Password Power Quality of Service RIPv1 Routing Information Protocol Version 1 RIPv2...
- Page 73 Appendix B Abbreviation Meaning Signaling System No. 7 SDH Transmission at 155 Mb/s Switched Virtual Circuit SoftWare TCP/IP Transport Control Protocol / Internet Protocol Terminal Equipment TFTP Trivial File Transfer Protocol Unspecified Bit Rate UD 64 Unrestricted Data 64 kb/s User Datagram Protocol Variable Bit Rate Virtual Channel Identifier...