Z-Plex 10 User’s Guide Model Number: Z-PLEX-10-24-DOC-SC June 2000 Zhone Technologies
Running Head Model No. Trademarks: SECHTOR 300 and Z-Plex are registered trademarks of Zhone Technologies Zhone and the Zhone logo are registered trademarks of Zhone Technologies All other trademarks and registered trademarks are the property of their respective holders. COPYRIGHT ©2000 Zhone Technologies. All rights reserved. This publication is protected by copyright law.
REGULATORY INFORMATION Federal Communications Commission (FCC) Part 15 Regulation For Telephone Equipment The product described herein has been tested and found to comply with the limits for a Class “A” Digital Device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment.
Running Head Model No. If this equipment (Z-Plex 10) causes harm to the telephone network, the telephone company will notify you in advance that temporary discontinuance of service may be required. But if advance notice isn’t practical, the telephone company will notify the customer as soon as possible. Also, you will be advised of your right to file a complaint with the FCC if you believe it is necessary.
Repairs to certified equipment should be made by an authorized Canadian maintenance facility designated by the supplier. Any repairs or alterations made by the user to this equipment, or equipment malfunctions, may give the telecommunications company cause to request the user to disconnect the equipment. Users should ensure for their own protection that the electrical ground connections of the power utility, telephone lines and internal metallic water pipe system, if present, are connected together.
Running Head Model No.
Contents Contents Chapter 1 Introduction 1.1 1.2 1.3 1.4 1.5 1.5.1 1.5.2 1.5.3 1.6 Chapter 2 Installing the ZPlex 2.1 2.1.1 2.1.2 2.2 2.2.1 2.2.2 2.2.3 2.2.4 2.2.5 2.3 2.3.1 2.3.2 2.3.3 2.4 2.5 2.6 Chapter 3 Product overview ............................................................................................1-1 Features ..........................................................................................................1-2 Benefits .........................................................
Model No. Running Head Contents 3.4 3.5 3.6 Chapter 4 Configuring the ZPlex 4.1 4.2 4.2.1 4.2.2 4.2.3 4.2.4 4.3 4.4 4.5 4.6 4.7 4.8 4.9 4.9.1 4.9.2 4.9.3 4.9.3.1 4.9.3.2 4.10 4.10.1 4.10.2 4.10.3 4.10.4 4.10.5 Chapter 5 Alarm ............................................................................................................. 3-5 Grounding requirements ................................................................................ 3-6 Cabling ..................................................
Contents Appendix A Alphabetical Reference A.1 A.1.1 A.1.2 A.2 A.3 A.4 A.4.1 A.4.2 A.4.3 A.4.4 A.4.5 Parameter reference ....................................................................................... A-1 Configuration groups................................................................................. A-2 Alphabetic reference.................................................................................. A-5 Command reference ..................................................................
Running Head Contents x \ Zhone Technologies Model No.
Introduction Product overview Chapter 1 Introduction This chapter introduces you to the features and benefits of the integrated access solution that permits voice and data integration in a single unit. It includes the following topics: 1.1 Product overview page 1-1 Features page 1-2 Benefits page 1-2 TR-08 page 1-2 Managing the Z-Plex page 1-3 Product specifications page 1-4 Product overview Bundled service deployment is a snap thanks to this product.
Running Head Features 1.2 1.3 1.4 Model No. Introduction Features • Voice and data channel bank with integral CSU/DSX interface • Sleek, low profile, one rack unit (1 RU) chassis • From 12 to 16 FXS analog voice ports • Up to 8 FXO ports • One high speed V.35 data port • Extensive diagnostics • LED status indicators for maintenance • TR-08 support Benefits • Minimal installation costs—remote configuration through a command line interface (CLI) or SNMP.
Introduction Managing the Z-Plex When a T1 port is configured for TR-08 format, the voice channels assigned to this port are identified by channel number (according to the TR-TSY-000008 document), which may be different from the T1 time slot number. The product supports only Shelf A. The relation between a channel number and corresponding slot number for TR-08 is shown in the following table. 1.
Model No. Introduction Runningspecifications Head Product 1.5.2 • T1 configuration, performance statistics, alarm conditions, and diagnostics. • FXS/FXO configuration, status, and diagnostics. • Data port configuration, status, and diagnostics. • General chassis management, field upgrades, and alarms. CLI The CLI is an easy-to-use interface that is functionally similar to SNMP. The CLI commands are equivalent to SNMP get and set commands and allow you to quickly configure the unit.
Introduction Product specifications T1 interface Physical Frame format Line code Line equalization CSU line buildOut (LBO) DSX line length Clocking FDL Input level TR08 support Diagnostics Two RJ48 D4, ESF, SLC96 (TR-08) AMI, B8ZS 0 to 133 ft., 134 to 266 ft., 267 to 533 ft., 534 to 655 ft. 0 dB, -7.5 dB, -15.0 dB, -22.5 dB, automatic receive sensitivity 0.6 dB for 0 - 250 ft, 1.8 dB for 251 - 500 ft, 3.0 dB for 501 - 700 ft Internal Stratum 4, line Per ANSI T1.403, AT&T Pub TR62411 +3.
Runningspecifications Head Product 1-6 \ Zhone Technologies Model No.
Installing the Z-Plex Product description Chapter 2 Installing the Z-Plex This chapter gives you quick, simple instructions to get you up and running. You will also learn how to install and mount the product. This chapter includes the following topics: 2.
Running Head Unpacking the product 2.1.2 Installing theModel Z-PlexNo. Front panel The Z-Plex front panel provides LEDs for monitoring the status of the unit. 2.2 Unpacking the product This product is shipped as a complete package that includes this user’s guide. After unpacking the carton, check to ensure that all items are included in the box by reviewing against the Kit of Parts list shown below. In the event any items are missing, contact your distributor for further instructions. 2.2.
Installing the Z-Plex 2.2.4 Installing the product Hardware, cabling, and optional accessories The product comes packaged with an AC power cord to provide power to the unit. It is also shipped with two angle brackets and screws for rack mounting. 2.2.5 Who to call for help Contact your distributor if any items are missing, or if you want to order another unit. 2.
Running Head Installing the product Installing theModel Z-PlexNo. 1. Never install telephone wiring during a lightning storm. 2. Never install this product in a wet location. 3. Never install telephone jacks in wet locations unless the jack is specifically designed for this purpose only. 4. Never touch uninsulated telephone wires or terminals unless the telephone line has first been disconnected at the network interface. 5. Use caution when installing or modifying telephone lines. 6.
Installing the Z-Plex 2.4 Rack mounting Rack mounting The product chassis comes with brackets for rack mounting; and the chassis is designed to accommodate brackets for front center or rear mounting. The installation site for rack mounting should provide proper room for ventilation and cable routing. Note: Check all grounding instructions when installing the unit in a rack. Proper grounding is mandatory at all times. Figure 2-1 depicts a 19 inch rack mount configuration. Figure 2-1.
Running the Head Locating product on a desktop 2.5 Installing theModel Z-PlexNo. Locating the product on a desktop Each unit can be easily set on top of a desk or table. A stable environment is necessary for peak performance of each unit. The chassis should be placed on a flat, smooth surface, such as a table, that is free of contaminants. This surface should be capable of supporting a fully equipped chassis. Be sure to allow enough clearance above and below the chassis for proper air circulation.
Electrical Installation Connector type Chapter 3 Electrical Installation When you are ready to go beyond the basics of the product, use this chapter to learn specifics on grounding, cabling, and the necessary power requirements for operation. It includes the following topics: 3.
Model No. Electrical Installation Running Data port Head connector pinouts Table 3-1. Backpanel connectors (Continued) Connector Name Connector Type WAN 1 line RJ48 Transmit and receive pairs for T1 network access. WAN 2 line RJ48 Transmit and receive pairs for T1 network access. Dual bantam jack (monitor jacks) for both WAN lines 3.2 Description For bridged access onto the T1 transmit and receive pairs; used for test. 42-56VDC (+-G) 0.
Electrical Installation Data port connector pinouts Table 3-2. DCE DB25 data port female connector (Continued) Pin Signal 13 14 15 16 17 18 19 20 21 22 23 24 25 Note: 3.2.1 Source Not Connected Transmit Data B Transmit Timing B Receive Data B Receive Timing B Not Connected Not Connected Data Terminal Ready Remote Loopback Local Loopback Not Connected Terminal Timing A Test Mode V.
Model No. Electrical Installation Running Head Power requirements Table 3-3. 25-pair female amphenol connector (Continued) Port 9 9 10 10 11 11 12 12 3.2.2 Designation T R T R T R T R Pin 34 9 35 10 36 11 37 12 Port 21 21 22 22 23 23 24 24 Designation T R T R T R T R Alarm contact 2 Alarm contact 1 Pin 46 21 47 22 48 23 49 24 50 25 RJ48 connector Table 3-4 lists the T1 RJ48 connector pinouts. Table 3-4. T1 connector pinouts RJ-48(F) Pin 3.
Electrical Installation Alarm 3.3.1 Power installation 3.3.1.1 AC power installation This product is equipped with an AC receptacle located on the back of the unit. 3.3.1.2 DC power installation When wiring to an external power source, such as a battery rack, fuse panel, or circuit breaker, make sure that the correct rating of wire is used. It is recommended you use 20 to 18 gauge wire. Note: The product can have both an AC and DC power source connected to it at the same time.
Model No. Electrical Installation Running Head Grounding requirements Note: Note that the External Alarm Plug is black in color, matching the reciprocal black rear panel receptacle. Figure 3-2. Alarm closure plug Alarm Closure Plug (supplied) Wire (not supplied) Wire tightening screws (located under adapter) 3.
Electrical Installation Cabling Figure 3-3. Grounding the unit Screw, SEMS, INT TTH,10-32x3/8 L steel, zinc Grounding symbol 3.6 Cabling Table 3-5 describes the cables recommended for use with the Z-Plex unit. Table 3-5. Recommended cables Cable Used for Manufacturer Part Number Description Voice FXS/FXO ports 800-00060-01 50-pin Amphenol (M) to 50 pin Amphenol (M) (5’) Data Data Port V.
Running Head Cabling 3-8 \ Zhone Technologies Model No.
Configuring the Z-Plex Using the command line interface Chapter 4 Configuring the Z-Plex In this chapter you will learn how to configure the Z-Plex unit using the CLI. It includes the following topics: 4.1 Using the command line interface page 4-1 Quick start system configuration page 4-2 Configuring SNMP page 4-6 Configuring T1 interfaces page 4-7 Configuring a T1 drop and insert interface page 4-8 Configuring FXS ports page 4-8 Configuring FXO ports page 4-9 Configuring the V.
Running Head Quick start system configuration Configuring theModel Z-PlexNo. SET T1CFG:STATE:1:ACTV To read the current frame slips on the first T1 line, enter the following command: GET PMCUR:SLIP:1 Keep in mind the following important information: • The CLI is case sensitive. • Keywords must be entered completely. There are no keyboard shortcuts. • The backspace and delete keys are supported. • Command history is supported.
Configuring the Z-Plex Quick start system configuration 3. Change the default user password. For example: user> SET USER:PASSWD:zplex321 The password can be from 7 to 12 characters long. The password is used any time you log into the Z-Plex unit to manage it. 4. Configure SNMP agent addresses, community strings, and enable traps, if necessary. For example: user> user> user> user> SET SET SET SET CPUCFG:IPHOST1:1:192.168.10.21 CPUCFG:IPHOST2:1:192.168.10.
Running Head Quick start system configuration Configuring theModel Z-PlexNo. The first time you configure an IP address, you must reboot the system. 4.2.1 Logging in and out of the system You must log into the system to manage it. Note that only one administrative user can be logged into the Z-Plex unit at a time. The default username is “user”, the default password is “password”.
Configuring the Z-Plex Quick start system configuration Configuring the local management channel The Z-Plex unit provides an out-of-band RS232 serial (craft) interface for managing the unit. To access the serial port, configure your terminal interface software with the following settings: • 9600bps • 8 stop bits • No party • 1 data bit Configuring the DS0 management channel The DS0 management channel encapsulates IP traffic in HDLC frames using DS0 24.
Running Head Configuring SNMP Configuring theModel Z-PlexNo. The following example configures the IP over FDL interface: user> SET CPUCFG:MASKFDL:1:255.255.255.252 user> SET CPUCFG:IPFDL:1:192.168.8.22 For most applications, the default MTU of 1500 is appropriate. If you need to change it, use the MTUFDL command as in the following example: user> SET CPUCFG:MTUFDL:1:1200 4.2.
Configuring the Z-Plex Configuring T1 interfaces user> SET CPUCFG:IPHOST2:1:192.168.21.24 user> SET CPUCFG:IPHOST3:1:192.168.21.25 4.4 Configuring T1 interfaces The two T1 interfaces on the Z-Plex unit can be used for either voice or data, with the following restrictions: • 24 voice ports are supported, and can be from either T1 line • 24 data ports are supported, and must be from only one T1 line The following example configures the first T1 interface: 1.
Running Head Configuring a T1 drop and insert interface Configuring theModel Z-PlexNo. user> SET T1CFG:DS0:1:OFF 4.5 Configuring a T1 drop and insert interface A T1 drop and insert takes some channels from an incoming T1 interface and drops some of them out to a PBX and the rest to an outgoing data path. The drop and insert interface must be configured as a DSX. Configuring a T1 drop and insert interface requires that you activate the interface and specify the channels you want to drop out to a PBX.
Configuring the Z-Plex Configuring FXO ports user> SET FXSCFG:TYPE:1:LSFD 6. Specify whether trunk conditioning is being used: user> SET FXSCFG:TRNKC:1:ON 7. Specify whether you want the Z-Plex unit to provide ringback. user> SET FXSCFG:RNGBK:1:ON The default of OFF is appropriate for cases when the network service does not provide an audible ringing tone to the calling party. 8.
Running Head Configuring the V.35 data port Configuring theModel Z-PlexNo. user> SET FX0CFG:TS:2:7-15 5. Specify the FXO type: user> SET FX0CFG:TYPE:2:LS 6. Specify whether you want the Z-Plex unit to provide ringback. For example: user> SET FXOCFG:RNGBK:2:ON The default of OFF is appropriate for cases when the network service does not provide an audible ringing tone to the calling party. 7. Specify whether trunk conditioning is being used: user> SET FX0CFG:TRNKC:2:ON 8.
Configuring the Z-Plex Adding and deleting routes 3. Specify the T1 interface the data is coming in on: user> SET DPCFG:WAN:1:2 4. Specify the number of channels: user> SET DPCFG:NCHAN:1:24 5. Specify the start channel: user> SET DPCFG:SCHAN:1:1 6. The remaining commands specify the operation control leads of the V.35 port. By default, all the port leads are off.
Running Head Adding and deleting routes Configuring theModel Z-PlexNo. user> SET ROUTE:DLTNETRT:x:destination:gateway For example, the following command deletes a network route (route number 2) from the 192.168.0.0 network using the gateway 128.23.22.1: user> SET ROUTE:DLNETRT:1:192.168.0.0:128.23.22.1 4.9.
Configuring the Z-Plex Adding and deleting routes Figure 4-1. Example routing configuration DS0 management channel IP address: 128.23.0.1 Mask: 255.255.255.252 DS0 management channel IP address: 128.23.0.2 Mask: 255.255.255.252 Network B 128.23.0.0 Z-Plex A Z-Plex B Ethernet interface IP address: 192.168.8.22 Mask: 255.255.255.0 Network A 192.168.8.0 In the example network in Figure 4-1, the Z-Plex unit A has two IP interfaces: a DS0 management interface with an address of 128.23.0.
Configuring theModel Z-PlexNo. Running Head Adding and deleting routes user> GET ROUTE:SHOWINTF:1 ROUTE NET TABLE destination gateway flags Refcnt Use Interface ------------------------------------------------------128.8.23.0 128.23.0.2 101 0 0 hd0 192.168.8.0 128.23.0.1 3 0 0 hd0 ------------------------------------------------------ROUTE HOST TABLE destination gateway flags Refcnt Use Interface ------------------------------------------------------127.0.0.1 127.0.0.
Configuring the Z-Plex System maintenance commands user> GET ROUTE:HOST:1 >The Host Destination is: 192.168.21.32 >The Host Gateway is: 12.12.1.1 4.9.4.2 Displaying network routes To display information about all host routes, enter the ROUTE:NETALL:x command. For example: user> GET ROUTE:NETALL:1 >Net Destination 1: 172.16.0.0 >Net Gateway 1: 12.12.0.0 To display information about particular network routes, enter the ROUTE:NET:x command.
Configuring theModel Z-PlexNo. Running Head System maintenance commands BANK2 ->Software version : ZPLEX10_1.0.0#6 ->Checksum : 0x50a78d4c Active bank is 1 4.10.3 Displaying timeslot usage To display information about the T1 timeslot usage, enter the following command: user> QUERYTS TS 24, WAN 1, SERVICE IP 4.10.4 Displaying list of alarms To display information about the active alarms, enter the following command: user> QUERYALARM There are no Active Alarms 4.10.
Configuring the Z-Plex System maintenance commands 4.10.6 Activating code in bank 1 To activate the code in bank 1, enter the following command: user> ACTIVEBANK1 4.10.7 Activating code in bank 2 To activate the code in bank 2, enter the following command: user> ACTIVEBANK2 4.10.8 TFTP downloading To download software via TFTP to the Z-Plex unit, enter the following command: user> TFTPDLD This command initiates a TFTP download.
Running Head System maintenance commands 4-18 \ Zhone Technologies Configuring theModel Z-PlexNo.
Diagnostics T1 loopbacks Chapter 5 Diagnostics This chapter describes how to perform loopbacks on the Z-Plex unit interfaces. It also describes the system’s LEDs. It includes the following topics: 5.1 T1 loopbacks page 5-1 BER testing page 5-3 Data port loopbacks page 5-4 FXO and FXS ports loopback page 5-6 LED indicators page 5-9 T1 loopbacks The T1 interfaces support local and line (network) loopbacks: • During a line (network) loopback, the signal is looped back to the network.
Model No. Diagnostics Running Head T1 loopbacks Figure 5-1. T1 loopbacks T1 Loopback T1 Network T1 Network Receive Transmit Receive Transmit LIU LIU FRAMER FRAMER CPU CPU Receive Transmit Receive CPE Device CPE Device Local Loopback Network or Remote Loopback The incoming T1 Signal is looped inside the T1 Framer and returned to the T1 Network. This exercises the T1 Line Interface Unit and the T1 Framer with the exception of the HDLC controller and clock switching circuitry.
Diagnostics 5.2 BER testing BER testing The bit error rate (BER) test sends a data pattern and measures the bit error rate on the selected interface. The Z-Plex supports BER tests on entire T1 lines or on individual time slots.
Running Data port Head loopbacks Model No. Diagnostics user> SET T1CFG:TSBERTOFF:x:(1-24) 5.3 Data port loopbacks The V.35 port supports line and local loopbacks: • A line (network) loopback breaks the transmit signal on the network side between the data port and the T1 interface and loops the data port receive signal onto the transmit side.
Diagnostics Testing FXO and FXS ports Figure 5-2. Data port loopbacks T1 Network T1 Network Receive Transmit Receive Transmit LIU LIU FRAMER FRAMER CPU CPU Receive Transmit Receive Transmit CPE Device CPE Device Data Ports 1 and 2 Data Ports 1 and 2 Network or Remote Loopback Local Loopback The selected DS0s are looped back after leaving the Framer and upon reaching the CPU. The CPU is used to control this loopback via the TSA.
Running Head Testing FXO and FXS ports 5.4.1 • Loopbacks • Setting and viewing the transmit and receive ABCD signaling bits • Setting the tip and ring leads • Reading the tip and ring statistics Model No. Diagnostics FXO and FXS ports loopback The FXO/FXS ports support analog and digital loopbacks: • During an analog loopback, the decoded analog signal is sent back to the far end after decoding and then re-encoding it.
Diagnostics Testing FXO and FXS ports Figure 5-3. FXO and FXS loopbacks Network T1/E1 PCM Bus DS0 Digital Loopback CODEC Digital-to-Analog Converter Analog Loopback FXS Card 5.4.1.1 Configuring FXO loopbacks To activate an FXO port loopback, use the following command: user> SET FXOCFG:LOOP:1:(DGTL/ANLG) where x is the number of the port to loopback. To de-activate an FXO loopback, use the following command: user> SET FXOCFG:LOOP:1:OFF 5.4.1.
Running Head Testing FXO and FXS ports Model No. Diagnostics user> SET FXSCFG:LOOP:1:OFF 5.4.2 Using test mode on the FXO and FXS ports FXO and FXS ports can be set to test mode, during which you can: • Set and view the transmit and receive ABCD signaling bits • Set the tip and ring leads • View the tip and ring statistics To use test mode, you must first enable it.
Diagnostics 5.4.2.2 LED indicators Viewing the receive ABCD signaling bits The RxAB (receive ABCD) setting is a read-only parameter that displays the ABCD pattern for testing the receive side of the circuit. To view the ABCD receive bit pattern on an FXO port, enter the following command: user> GET FXOTST:RXAB:n To view the ABCD receive bit pattern on an FXS port, enter the following command: user> GET FXSTST:RXAB:n 5.4.2.
Model No. Diagnostics Running Head LED indicators 5.5.2 Ethernet LED A single green LED indicates the operational status of the Ethernet port. If the LED is blinking, the Ethernet port is connected and transmitting traffic. 5.5.3 WAN LEDs The WAN LEDs indicate the transmission status of the two T1 interface ports and their loopback status. Both T1 indicators are implemented by two tri-color (green/red/yellow) LEDs. Table 5-2 describes the WAN LEDs. Table 5-2.
Alphabetical Reference Parameter reference Appendix A Alphabetical Reference This chapter provides a reference to the Z-Plex CLI parameters, commands, and syntax. It also includes system error messages. It includes the following topics: A.1 Parameter reference page A-1 Command reference page A-30 Error messages page A-31 CLI reference page A-33 Parameter reference This section provides a listing of configuration groups in the Z-Plex CLI and an alphabetic reference of all Z-Plex parameters. A.1.
Model No. Alphabetical Reference Running Head Parameter reference Table A-1. Configuration groups in the Z-Plex (Continued) Group Index Description Parameters DPCFG 1 Data port configuration, such as activation and clocking. LOOP MODE RNGBK RTLP RxAB STATE TEST TRCNTRL TRNKC TRSTAT TS TTLP TxAB TYPE WAN FARPMCUR 1 Current far end statistics for the T1 interfaces. ALLFARCUR BES ES LOFC SES SLIP UAS FARPMTOT 1 Total far end statistics for the T1 interfaces.
Alphabetical Reference Parameter reference Table A-1. Configuration groups in the Z-Plex (Continued) Group Index Description Parameters FXOTST A single value between 1 and 24, or a range of values. Test mode for FXO ports. RXAB TEST TRCNTRL TRSTAT TXAB FXSCFG A single value between 1 and 24, or a range of values. FXS port configuration, including state, mode, and type. LOOP MODE RNGBK RTLP STATE TRNKC TS TTLP TYPE WAN FXSTST A single value between 1 and 24, or a range of values.
Model No. Alphabetical Reference Running Head Parameter reference Table A-1. Configuration groups in the Z-Plex (Continued) Group Index Description Parameters PMTOT A single value between 1 and 24, or a range of values. Total statistics for the T1 interfaces. ALLTOT BES ES LOFC SES SLIP UA SYSTEM 1 System contact information. SYSCONTACT SYSNAME SYSDESC SYSLOCATION T1BE A single value between 1 and 24, or a range of values. Inserts T1 bit errors during bit error test.
Alphabetical Reference Parameter reference ALLCUR Displays ES, BES, UAS, SES, SLIP, and LOFC errors for the current 15 minute interval. Configuration group: PMCUR Syntax: GET PMCUR:ALLCUR:x ALLFARCUR Displays ES, BES, UAS, SES, SLIP, and LOFC errors for the current 15 minute interval. Configuration group: FARPMCUR Syntax: GET FARPMCUR:ALLFARCUR:x ALLFARTOT Displays ES, BES, UAS, SES, SLIP, and LOFC errors for the total of each interval.
Running Head Parameter reference Model No. Alphabetical Reference Syntax: GET PMTOT:ALLTOT:x BERT Activates a bit error rate test (BERT) on a T1 line. The BER test sends a data pattern and measures the bit error rate on the selected time slot. Possible values are: • OFF (default): terminates the BER test. • QRSS (quasi-random signal source): activates the BER test and sends a QRSS pattern during the BER test. • ALT10: sends a 10101010 pattern during the BER test.
Alphabetical Reference Parameter reference CLKSRC Clocking source for T1 line. Possible values are: • WAN1: Clock for the T1 interface derived from the line receive signal. • WAN2 • INTERNAL: Clocking received from internal 1.544Mhz Stratum 4 clock. If the external clock fails, the unit switches to the internal clock. When the external clock is restored, the unit switches back to the external clock source.
Running Head Parameter reference Model No. Alphabetical Reference Specify a value from 0 to 100ms in multiples of 10. Configuration group: DPCFG Syntax: (GET/SET) DPCFG:CTSDELAY:1:(0-100) CUR Current T1 near-end statistics. Possible values are: • ES (errored seconds): indicates the total number of seconds in which one or more frames with CRC-5 errors were detected. This field is read-only.
Alphabetical Reference Parameter reference DSR The Data Set Ready (DSR) option allows you to define whether the V.35 port DSR control lead should be held on (high) or off (low). Possible values are: • ON: • OFF (default): Configuration group: DPCFG Syntax: (GET/SET) DPCFG:DSR:1:(ON/OFF) ERRINS Specifies that random bits are inserted while the BERT test is active for the entire T1. The only supported value is BIT.
Running Head Parameter reference • Model No. Alphabetical Reference WAN 2 does not support FDL. Configuration group: T1CFG Syntax: (GET/SET) T1CFG:FDL:X:(ANSI/ATT/OFF) FDL_IP Specifies whether the FDL over IP management interface is enabled. FDL is a 4 Kbps channel normally used to manage the T1 link. When the FDL is used to carry management data, it is no longer able to carry T1 management data.
Alphabetical Reference Parameter reference Notes • If you are connecting to Premisys IMACS on DS0 mgmt channel (time slot 24), set HDLC to HDR_OFF. • HDR_ON is compatible with the Cisco implementation of HDLC headers. • Note that DS0 is only valid on WAN 1. Configuration group: T1CFG Syntax: (GET/SET) T1CFG:HDLC:X:(HDR_ON/HDR_OFF) INT Interval statistics. Possible values are: • ES • SES • BES • UAS • LOFC • SLIP IP System IP address.
Running Head Parameter reference Model No. Alphabetical Reference LINELEN Specifies the CSU line build out or the DSX line length. For a CSU, possible values are: • 00 (0dB) • N75 (-7.5dB) • N15 (-15.0dB) • N22 (-22.
Alphabetical Reference • Parameter reference ANLG: during a digital loopback, the incoming digital DS0 signal is sent back to the far end without decoding it. Configuration group: FXOCFG Syntax: (GET/SET) FXOCFG:LOOP:n:(OFF, DGTL, ANLG) LOOP (FXS) Loopback for the FXS port. Possible values are: • OFF (default) • DGTL: during an analog loopback, the decoded analog signal is sent back to the far end after decoding and then re-encoding it.
Model No. Alphabetical Reference Running Head Parameter reference MASK System network mask. Configuration group: CPUCFG Syntax: (GET/SET) CFG:MASK:1:(net mask) MASKFDL Network mask used for IP over FDL traffic. Configuration group: CPUCFG Syntax: (GET/SET) CPUCFG:MASKFDL:1:(net mask) MASKHDL Network mask used for IP over HDLC traffic.
Alphabetical Reference Parameter reference Table A-2. Supported MODE and TYPE settings for FXO and FXS ports Modes Supported types FXS-DN WINK LS LSFD GS GSA TR-08 SP UVG UVGA FXO LS LSFD GS GSA FXODN LS LSFD GS GSA DPT DPT GSI MODE (FXS) FXS supervision mode. The Mode setting should be determined by the type of equipment to which you are connecting to the port. All options use two-wire balanced connections. Possible values are: • FXS (default): Foreign exchange subscriber.
Running Head Parameter reference Model No. Alphabetical Reference NCHAN Specifies the number of time slots onto which data from the T1 line will be mapped. Note that starting time slots must also be selected for each data port. Channels must be contiguous. Possible values are from 1 to 24. The default is 0. Configuration group: DPCFG Syntax: (GET/SET) DPCFG:NCHAN:1:(1-24) PATTERN The Pattern parameter specifies the test pattern for use with a BERT test on a single DS0.
Alphabetical Reference Parameter reference RLSD The Receive Level Signal Detect (RLSD) option allows you to define whether the RLSD control lead is held ON (high) or OFF (low). Possible values are: • ON: • OFF (default): Configuration group: DPCFG Syntax: (GET/SET) DPCFG:RLSD:1:(ON/OFF) RNGBK Specifies whether a ringback tone is generated by the system and sent towards the network.
Running Head Parameter reference Model No. Alphabetical Reference RTLP (FXS) The RTLP setting controls the amount of gain or loss added to the incoming signal after it is decoded to analog. To increase the signal level, set the RTLP setting to a positive value (the larger the number, the more gain is added). To decrease the signal level, set the RTLP setting to a negative value (the more negative the number, the more the signal level is decreased). For example, an incoming signal at -5.
Alphabetical Reference Parameter reference SCHAN Specifies the first T1 time slot that data from the data port will be mapped. Configuration group: DPCFG Syntax: (GET/SET) DPCFG:SCHAN:1:(1-24) SES SES (severely errored second): indicates the total number of seconds in which the bit error rate exceeded one bit per thousand (1 x 10-3).
Running Head Parameter reference Model No. Alphabetical Reference STATE (T1 drop and insert) State of T1 drop and insert ports. Possible values are: • ACTV • STDBY Configuration group: T1CFG Syntax: (GET/SET) T1CFG:STATE:1:(ACTV/STDBY) STATE (FXO) State of FXO ports. Possible values are: • ACTV • STDBY (default): Unassigned should be channels be set to STDBY. Configuration group: FXOCFG Syntax: (GET/SET) FXOCFG:STATE:n:(ACTV/STDBY) STATE (FXS) State of FXS ports.
Alphabetical Reference Parameter reference SYSCONTACT System contact information. Enter a string of up to 25 characters. Note that spaces are not allowed. Configuration group: SYSTEM Syntax: (GET/SET) SYSTEM:SYSCONTACT:(String) SYSDESCR System description information. Enter a string of up to 25 characters. Note that spaces are not allowed. Configuration group: SYSTEM Syntax: (GET/SET) SYSTEM:SYSDESCR:(String) SYSLOCATION System location information. Enter a string of up to 25 characters.
Running Head Parameter reference • OFF (default) • ON Model No. Alphabetical Reference Configuration group: FXOCFG Syntax: (GET/SET) FXOTST:TEST:n:(ON/OFF) TEST (FXS) Test shows if the port is in the test mode. Possible values are: • OFF (default) • ON Configuration group: FXSTST Syntax: (GET/SET) FXSTST:TEST:n:(ON/OFF) TM Possible values are: • ON: • OFF (default): Configuration group: DPCFG Syntax: (GET/SET) DPCFG:TM:1:(ON/OFF) TOT Current near-end statistics.
Alphabetical Reference Parameter reference • LOOP: Tip and Ring leads are tied together. • OPEN: Ring lead is not connected to either the Tip or to ground. • RING_GND: the Ring lead is grounded. Configuration group: FXOCFG TRCNTRL (FXS) The Tip and Ring Control specifies the tip and ring leads of the FXS port from the perspective of the system.
Running Head Parameter reference • OFF • ON (default) Model No. Alphabetical Reference Configuration group: FXSCFG Syntax: (GET/SET) FXSCFG:TRNKC:n:(OFF, ON) TRSTAT (FXO) The Tip and Ring Status information field describes what the attached device is doing with the Tip and Ring leads of the FXO port. Possible values are: • NORMAL • REVERSE • OPEN • RINGING • TIP_GND Configuration group: FXOCFG TRSTAT (FXS) Read only field.
Alphabetical Reference Parameter reference Figure 5-4 illustrates how to determine the TS value if you want to use the first four time slots for drop and insert (0000000f). Figure 5-4.
Running Head Parameter reference Model No. Alphabetical Reference Syntax: (GET/SET) FXSCFG:TS:n:(1-24) See also: WAN (FXS) TSBERTOFF De-activates a BER test on the specified channel. Possible values are: • 1-24 Configuration group: T1CFG See also: BERT, PATTERN Syntax: (GET/SET) T1CFG:TSBERTOFF:X:(1-24) TSBERTON Actives a BER test on the specified channel.
Alphabetical Reference Parameter reference level, set the TTLP setting to a positive value (the more positive the number, the more the signal level is decreased). For example, an incoming signal at -5 dBm can be increased to -2 dBm by setting the TTLP to -3 dB. The TTLP range is -9.0dB to 3.0dB. The default is 0dB.
Running Head Parameter reference Model No. Alphabetical Reference • LPFD (Loop start-forward disconnect): Provides disconnect when FXS is connected to voice messaging system. • GS (Ground start): Used with two-way PBX trunks. • GSA (Ground start automatic): Used with equipment requiring fast response time to central office (CO). • DPT See Table A-2 on page A-14 for a list of supported MODE and TYPE settings.
Alphabetical Reference Parameter reference TYPE Type of T1 interface. Possible values are: • DSX: Z-Plex presents DSX characteristics. • CSU: (default) Z-Plex presents CSU characteristics. Configuration group: T1CFG Syntax: (GET/SET) T1CFG:TYPE:X:(CSU/DSX) UAS UAS (unavailable second): indicates the total number of seconds during which service is unavailable. An unavailable signal state is declared after ten consecutive SESs are logged.
Running Head Command reference Model No. Alphabetical Reference WAN (FXS) The T1 WAN interface used to provide FXS service. The default is WAN 1. Configuration group: FXSCFG Syntax: (GET/SET) FXSCFG:WAN:n:(1/2) See also: TS (FXS) A.2 Command reference This section provides a reference for the Z-Plex CLI commands. ACTIVEBANK1 Activates code in bank 1. ACTIVEBANK2 Activates code in bank 2. CLEARHALARM Clears the history alarm list.
Alphabetical Reference Error messages QUERYHALARM Displays a list of history alarms. REBOOT Reboots the system. TFTPDLD This command initiates a TFTP download. It prompts for the IP address of the server, the code bank to download the image to, and the filename of the software image. A.3 Error messages Table A-3 describes the error messages. Table A-3. Error messages Message Explanation FDL mgmt not supported on this wan Tried to activate FDL on WAN 2. Only WAN 1 supports IP over FDL.
Model No. Alphabetical Reference Running Head Error messages Table A-3. Error messages (Continued) Message Explanation Loopback type mismatch User tried to deactivate a line loopback while local loopback is active. NCHAN set to 0 please configure the numbers of channels User tried to configure the starting channels (SCHAN) without configuring number of channels (NCHAN). Parameter not found Invalid parameter in GET or SET command.
Alphabetical Reference A.4 CLI reference CLI reference The basic CLI commands are divided into the following categories: • Basic control commands • Movement and searching commands • Insert and change commands • Delete commands • Put and undo commands The following sections describe these commands. A.4.1 Basic control commands Table A-4 describes the basic commands to edit, delete, and enter commands into the system. Table A-4.
Model No. Alphabetical Reference Running Head CLI reference A.4.2 Movement and search commands Table A-5 describes the movement and search commands. Table A-5. Movement and search commands Command Description nG Go to command n. /string Search for the specified string backward in the history buffer. ?string Search for the specified string forward in the history buffer. n Repeats the last search. nk or n- Execute the nth previous shell command. nj or n+ Execute the nth next shell command.
Alphabetical Reference CLI reference Table A-5. Movement and search commands (Continued) Command Description 0 Move cursor to the beginning of the line. ^ Move cursor to the first non-blank character. fc Search forward for the character c. Fc Search backward for the character c. A.4.3 Insert and change commands Table A-6 describes the insert and change commands. Table A-6. Insert and change commands Command Description a Append text. A Append text at the end of line. i Insert text.
Model No. Alphabetical Reference Running Head CLI reference Table A-6. Insert and change commands (Continued) Command Description nrc Replace following n characters with c. ~ Toggle case, lower to upper, or upper to lower. A.4.4 Delete commands Table A-7 describes the delete commands. Table A-7. Delete commands Command Description nx Delete n characters, beginning at the cursor. nX Delete n characters to the left of the cursor. dw Delete word. dd Delete entire line.
Alphabetical Reference CLI reference Table A-8. Put and undo commands (Continued) Command u Description Undo last command.
Running Head CLI reference A-38 \ Zhone Technologies Model No.
Index A AC power, installation 3-5 accessing the serial port 4-5 accessories, described 2-3 ACTIVEBANK1 command A-30 ACTIVEBANK2 command A-30 administrative users login access 4-4 alarm LED 5-9 alarms described 3-5 ALLCUR parameter A-5 ALLFARCUR parameter A-5 ALLFARINT parameter A-5 ALLFARTOT parameter A-5 ALLINT parameter A-5 ALLTOT parameter A-5 B backpanel connectors 3-1 described 2-1 basic control commands A-33 BER testing activating for an entire T1 line 5-3 activating for individual time slots 5-3 BE
D data port defining drop and insert channels A-24 data port loopback 5-4 activating 5-5 diagnosing 5-4 DATE command A-30 DC power, installation 3-5 default MTU 4-6 default password 4-4 default username 4-4 desktop placing unit on 2-6 DPCFG A-2 Drop and insert defining channels A-24 DS0 management channel 4-5 DS0 parameter A-8 DS1 networks ANSI T1.
L latching loopback detection 5-1 LED Ethernet 5-10 LED indicators 5-9 Ethernet 5-10 T1 5-10 WAN 5-3 LEDs described 5-9 Ethernet 5-10 Power 5-10 line loopbacks 5-1 LINELEN parameter A-12 local loopbacks 5-1 local management channel 4-5 LOFC parameter A-12 logging in 4-4 default password 4-4 default username 4-4 logging out 4-4 automatically 4-4 login access 4-4 LOGIN command A-30 LOOP (FXO) parameter A-12 LOOP (FXS) parameter A-13 LOOPBACK (T1) parameter A-13 LOOPBACK (V.
read community strings 4-6 SNMP trap recipients specifying 4-6 SNMP traps alarms 4-6 enabling 4-6 specifications cabling 3-7 power 1-4, 3-4 temperature 2-3 Z Plex 1-4 STATE (FXO) parameter A-20 STATE (FXS) parameter A-20 STATE (T1 drop and insert) parameter A-20 STATE (T1) parameter A-20 STATE (V.
WAN LED green blinking 5-3 WAN parameter A-29 Y yellow alarms 4-6 Z Z Plex benefits 1-2 features 1-2 management of 1-3 overview 1-1 power requirements 3-4 specifications 1-4 Zhone Technologies / Index-5
