Lucent Technologies Network Card Network Access Module User Manual

M ERLIN  
M AGIX™  
In tegrated Netw ork  
Access (INA) Mod u le  
In stallation an d  
Con figu ration Gu id e  
Lu ce n t Te ch n o lo g ie s  
October 1999  
7820-1000-001  
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Copyright and Trademarks  
© 1999 Lucent Technologies. All rights reserved.  
MLX-10, MLX-20L, MLX-28D, MLS-6, MLS-12, MLS-12D, MLS-18D, MLS-34D, PortMaster, ComOS, and  
MERLIN are registered trademarks and PMVision and MERLIN MAGIX are trademarks of Lucent Technologies. All  
other marks are the product of their respective owners.  
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Contents  
v
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Contents  
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INA Module Installation and Configuration Guide  
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Contents  
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Safety Instructions  
Important Safety Instructions —SAVE THESE INSTRUCTIONS  
To reduce the risk of fire, electrical shock, and injury to persons, follow these basic  
safety precautions when installing telephone equipment:  
Read and understand all instructions.  
Follow all warnings and instructions marked on or packed with the product.  
Never install telephone wiring during a lightning storm.  
Never install a telephone jack in a wet location unless the jack is specifically  
designed for wet locations.  
Never touch uninsulated telephone wires or terminals unless the telephone wiring  
has been disconnected at the network interface.  
Use only Lucent Technologies-manufactured MERLIN MAGIX™ Integrated System  
circuit modules, carrier assemblies, and power units in the MERLIN MAGIX  
Integrated System control unit.  
Use only Lucent Technologies-recommended or approved MERLIN MAGIX  
Integrated System accessories.  
Do not install this product near water—for example, in a wet basement location.  
Do not overload wall outlets, as this can result in the risk of fire or electrical shock.  
The MERLIN MAGIX Integrated System requires a supplementary ground.  
Slots and openings in the module housings are provided for ventilation. To protect  
this equipment from overheating, do not block these openings.  
Never push objects of any kind into this product through module openings or  
expansion slots, as they may touch dangerous voltage points or short out parts,  
which could result in a risk of fire or electrical shock. Never spill liquid of any kind  
on this product.  
Unplug the product from the wall outlet before cleaning. Use a damp cloth for  
cleaning. Do not use cleaners or aerosol cleaners.  
Do not operate telephones if chemical gas leakage is suspected in the area. Use  
telephones located in some other safe area to report the trouble.  
ix  
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Important Safety Instructions —SAVE THESE INSTRUCTIONS  
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INA Module Installation and Configuration Guide  
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About This Guide  
The MERLIN MAGIX Integrated Network Access (INA) Installation and Configuration Guide  
provides installation and configuration instructions for the MERLIN MAGIX Integrated  
System (IS) Integrated Network Access (INA) module. The routing functions of the  
module are based on Lucent Technologys PortMaster® series of products. The operating  
software for the module is the PortMaster ComOS® operating system.  
The operating software for the router is the PortMaster ComOS release 4.1.5 and later  
releases.  
Audience  
This guide is designed to be used by qualified system administrators, network managers  
and qualified MERLIN MAGIX vendors and installers. Knowledge of basic networking  
concepts is required to successfully install the INA module.  
Related Documentation  
The following MERLIN MAGIX and PortMaster documentation provides additional  
information about those products.  
MERLIN MAGIX Documentation  
The documents listed in the following table are part of the MERLIN MAGIX  
documentation set. To order, contact the Lucent Technologies BCS Publications Center  
by calling 1 800 457-1235 within the continental United States..  
Docu m en t No.  
Tit le  
555-710-100  
Customer Documentation Package:  
Consists of paper versions of the System Managers Quick  
Reference, the Feature Reference, and System Programming  
555-710-110  
555-710-111  
555-670-112  
Feature Reference  
System Programming  
MERLIN LEGEND® Communications System, Release 7.0,  
System Planning  
555-710-112  
555-710-113  
555-710-119  
System Planning Supplement  
System Planning Forms  
System Managers Quick Reference  
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Related Documentation  
Docu m en t No.  
Tit le  
555-610-150  
MERLIN LEGEND<Superscript>® Communications System, Release 6.1,  
Network Reference  
555-710-800  
Customer Reference CD-ROM:  
Consists of the System Managers Quick Reference, the Feature  
Reference, System Programming, and the Network Reference  
555-710-123  
(U.S. English)  
4400/4400D Telephone User’s Guide  
4400/4400D Telephone User’s Guide  
555-710-123FRC  
(Canadian  
French)  
555-710-127  
(U.S. English)  
4406D+, 4412D+, 4424D+, and 4424LD+ Telephone User’s Guide  
4406D+, 4412D+, 4424D+, and 4424LD+ Telephone User’s Guide  
555-710-127FRC  
(Canadian  
French)  
555-660-122  
555-630-150  
MLX Display Telephone User’s Guide  
MLX- 5D®, MLX-10D ®and MLX-10DP® Display Telephone Tray  
Cards (5 cards)  
555-630-152  
555-660-124  
555-630-151  
555-630-155  
555-670-151  
555-670-152  
555-660-126  
555-660-138  
555-710-134  
555-710-136  
555-661-130  
555-650-105  
555-661-140  
MLX-28D® and MLX-20L® Telephone Tray Cards (5 cards)  
MLX-5 and MLX-10® Nondisplay Telephone User’s Guide  
MLX-5 and MLX-10 Nondisplay Telephone Tray Cards (6 cards)  
MLX-16DP® Display Telephone Tray Cards (5 cards)  
MLS and ETR Telephone Tray Cards  
MLS and ETR Telephone Tray Cards (16 cards)  
Single-Line Telephones Users Guide  
MDC and MDW Telephones User's Guide  
Digital Direct Line Console Operator’s Guide  
Digital Queued Call Console Operators Guide  
Calling Group Supervisor and Service Observer User Guide  
Data and Video Reference  
MERLIN LEGEND Communications System, Release 6.1, Installation,  
SPM, Maintenance and Troubleshooting  
xii  
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Additional References  
Docu m en t No.  
555-710-142  
555-710-116  
555-025-600  
Tit le  
Installation, SPM, Maintenance and Troubleshooting Supplement  
Pocket Reference  
BCS Products Security Handbook  
PortMaster Documentation  
The following manuals are available from Lucent. Paper copies of these manuals can be  
ordered directly from Lucent.  
The manuals are also provided as PDF and PostScript files on the INA Module Software CD  
shipped with your module.  
In addition, you can download PortMaster information and documentation from  
h t tp ://w w w.livin gst on .com .  
PMVision User’s Guide  
This guide provides complete instructions for installing, configuring, and using the  
PMVisiongraphical users interface (GUI) to ComOS.  
PortMaster Command Line Reference  
This reference provides the complete description and syntax of each command in  
the ComOS command set.  
PortMaster Configuration Guide  
This guide provides a comprehensive overview of networking and configuration for  
PortMaster products.  
PortMaster Routing Guide  
This guide describes routing protocols supported by PortMaster products, and how  
to use them for a wide range of routing applications.  
PortMaster Troubleshooting Guide  
This guide can be used to identify and solve software and hardware problems in the  
PortMaster family of products.  
Additional References  
Additional references to Internet Requests for Comments (RFCs) and a list of useful  
reference books can be found in the PortMaster Configuration Guide. A copy of the guide is  
included on the INA Module Software CDROM.  
About This Guide  
xiii  
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Document Conventions  
Document Conventions  
The following conventions are used in this guide:  
Con ven t ion  
Bold fon t  
Use  
Exam p les  
Indicates a user  
entry—a  
• Enter version to display the version  
number.  
command, menu  
option, button, or  
key—or the name  
of a file, directory,  
or utility, except  
in code samples.  
• Press En t er.  
• Open the p erm it_list file.  
Italic font  
Identifies a  
command-line  
placeholder.  
Replace with a  
real name or  
value.  
set Et her0 address Ipaddress  
• Replace Area with the name of the  
OSPF area.  
Square brackets ([ ])  
Curly braces ({ })  
Enclose optional  
keywords and  
values in  
set nameserver [2] Ipaddress  
set S0 dest i nat i on Ipaddress  
[Ipmask]  
command syntax.  
Enclose a  
set sysl og Logt ype {[di sabl ed]  
required choice  
between  
[Faci l i t y. Pri ori t y]}  
keywords and/or  
values in  
command syntax.  
Vertical bar (|)  
Separates two or  
more possible  
options in  
set S0| W1 ospf on| off  
set S0 host  
defaul t | prompt | Ipaddress  
command syntax.  
Document Advisories  
Not e means take note. Notes contain information of importance or special interest.  
Cau t ion means be careful. You might do something—or fail to do something—that  
results in equipment failure or loss of data.  
!
Warn in g means danger. You might do something—or fail to do something—that  
results in personal injury or equipment damage.  
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Limited Warranty  
Limited Warranty  
Lucent Technologies provides a limited warranty on the INA module. Refer to “Limited  
Warranty and Limitation of Liability” in Appendix A, “Customer Support Information,”  
of System Programming manual (555-710-111).  
Technical Support  
In th e USA On ly. Lucent Technologies provides a toll-free customer Helpline  
(1-800-628-2888) 24 hours a day. If you need assistance when installing, programming,  
or using your system, call the Helpline or your Lucent Technologies representative.  
Consultation charges may apply. Lucent recommends that customers first contact their  
dealer for support.  
USA Dealers an d Valu e-Ad d ed Resellers (VARS). Call 877-295-0099.  
Ou tsid e th e USA. If you need assistance when installing, programming, or using your  
system, contact your Lucent Technologies representative.  
INA Module Training Courses  
Lucent Global Learning Solutions (GLS) offers training specifically for the INA module.  
For course information, schedules, and pricing visit the Lucent GLS site at  
h t tp ://train in g.gbcset .lu cen t.com .  
Information on training for Business Partners can be found at  
h t tp ://d d m .lu cen tt rain in g.com /.  
PortMaster Training Courses  
The INA module is based on Lucents PortMaster series of products. Users planning  
advanced network applications of their INA module can take advantage of hands-on,  
technical training courses on PortMaster products and their applications from Lucent  
INS. For course information, schedules, and pricing, visit the Lucent website at  
h t tp ://w w w.livin gst on .com /t ech /train in g/.  
Subscribing to PortMaster Mailing Lists  
Advanced INA module users can subscribe to the following Internet mailing lists for  
PortMaster users:  
p ort m ast er-u sers—a discussion of general and specific PortMaster issues, including  
configuration and troubleshooting suggestions. To subscribe, send email to  
m ajord om o@livin gst on .com with su bscribe p ortm aster-u sers in the body of  
the message.  
The mailing list is also available in a daily digest format. To receive the digest, send  
email to m ajord om o@livin gston .com with su bscribe p ortm aster-u sers-d igest  
in the body of the message.  
About This Guide  
xv  
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Subscribing to PortMaster Mailing Lists  
p ort m ast er-rad iu s—a discussion of general and specific RADIUS issues, including  
configuration and troubleshooting suggestions. To subscribe, send email to  
m ajord om o@livin gst on .com with su bscribe p ortm aster-rad iu s in the body of  
the message.  
The mailing list is also available in a daily digest format. To receive the digest, send  
email to m ajord om o@livin gston .com with su bscribe  
p ort m ast er-rad iu s-d igest in the body of the message.  
p ort m ast er-an n ou n ce—announcements of new PortMaster products and software  
releases. To subscribe, send email to m ajord om o@livin gston .com with su bscribe  
p ort m ast er-an n ou n ce in the body of the message. All announcements to this list  
also go to the p ort m ast er-u sers list. You do not need to subscribe to both lists.  
tech -bu llet in @livin gston .com —a moderated push list featuring technical notes,  
web links, and information about the latest code and beta releases sent on a weekly  
basis, as well as periodic technical updates. To subscribe, complete the form at  
h t tp ://w w w.livin gst on .com /t ech /bu lletin /in d ex.h tm l  
xvi  
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INA Module  
1
This chapter introduces the MERLIN Integrated Network Access (INA) module and  
provides an overview of its installation and configuration. The following topics are  
discussed:  
INA Module Description  
The MERLIN Integrated Network Access (INA) module (board code 100R) combines the  
voice functions of the MERLIN 100D module with data routing and a channel service  
unit (CSU)/data service unit (DSU). Using a T1 interface or an ISDN Primary Rate  
Interface (PRI), the INA module gives the MERLIN MAGIX™ Integrated System fast  
access to the Internet or a remote network without having to use an external CSU.  
Data to and from the Internet or remote network is carried over a T1/PRI that is shared  
for both voice and data services. The DSU functionality of the INA module supports  
static allocation of the T1/PRI bandwidth to either voice channels or data channels:  
Voice. Channels allocated by the switch for voice services are available to the  
MERLIN MAGIX and can be used on a channel-by-channel basis to support  
incoming or outgoing calls.  
Dat a. Channels allocated by the switch to the router provide a high-speed data pipe  
for dedicated Internet or remote network access.  
Routing functions are handled by an additional CPU that provides 32MB of dedicated  
RAM and special nonvolatile (Flash) RAM. The nonvolatile RAM contains router  
configuration data and operating firmware called ComOS. The module includes a  
10BaseT Ethernet port to connect to the customers network.  
INA Administration  
To manage the INA module, you perform administrative tasks using both MERLIN  
MAGIX administration and router administration. Several tools for router  
administration are explained later in this guide. Win SPM can be used for both MERLIN  
MAGIX administration and router administration through the ComOS command line  
interface.  
On the MERLIN MAGIX  
For a typical application, you do the following:  
1-1  
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INA Front Panel  
1. Arran ge w it h you r telecom m u n icat ion s service p rovid er (t elco) for a  
T1/PRI lin e.  
2. Have th e t elco p rovision t h e lin e so th at som e ch an n els are assign ed to  
sw itch ed voice calls an d th e rest are assign ed to on e or m ore p oin t-to-p oin t  
d ata con n ection s.  
3. Use th e syst em ad m in ist ration con sole to assign th e voice ch an n els to th e  
MERLIN MAGIX sw it ch an d th e d ata ch an n els to th e INA m od u le rou t er.  
On the INA Module  
Use any of the following tools to access ComOS and set up and administer the INA  
modules routing and data functions:  
INAWizard . The INAWizard performs the initial configuration of the module. The  
program provides a step-by-step series of simple forms that allow easy entry of the  
basic configuration settings. The INAWizard operates on most platforms running  
Microsoft Windows 95/98, or Windows NT 4.0 and later. The wizard accesses the  
INA module through a network connection to the modules Ethernet interface. See  
Chapter 4, "Using the INAWizard,” for more information.  
Com m an d Lin e In t erface. The command line interface provides full access and  
control of all ComOS functions through a direct connection to the C0 port on the  
front of the INA module, from a terminal or a PC or workstation used as a terminal.  
Once an IP address has been assigned to the modules Ethernet port, you can access  
the command line interface via Telnet through a network connection to the port.  
PMVision ™. This GUI based program can be used instead of the CLI to control and  
configure the INA module. It can also be used to backup and restore the entire INA  
configuration. PMVision operates on the same platforms as the INAWizard from any  
workstation on the network. See Chapter 6, "Using PMVision,” for more  
information.  
INA Front Panel  
The INA module (Figure 1-1) provides the following ports and LED indicators.  
DS-1 Stat u s LEDs. The red, green, and yellow LEDs indicate the status of the T1/PRI  
line connected to the module. See “T1/PRI LEDs” on page 3-4.  
C1 Serial Port. This RJ-45 connector is used to connect the INA module to the  
MERLIN MAGIX system control unit and allows an up to 2400-baud dial-up connection  
to the INA modules command line interface. See “Connect a Serial Passthrough Cable”  
1-2  
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INA Front Panel  
Figure 1-1 INA Module Front Panel  
DS-1 status LEDs  
C1 serial port  
DIP switches  
system LED  
console port (C0)  
network activity LED  
Ethernet port (Ether 0)  
Ethernet link LED  
Reboot button  
T1/PRI port  
DS-1 test jacks  
1210-001  
DIP Sw itch es. DIP switch 1 controls the configuration of serial port C0. DIP switch 2  
controls ComOS boot behavior. See “Set DIP Switches” on page 3-2.  
Syst em LED. This LED indicates the status of the routing hardware and the ComOS.  
One blink every 5 seconds indicates normal operation. See “System LED” on page 3-5.  
C0 Serial Port. This RJ-45 connector is used to connect a PC or terminal to act as a  
console. The console is used to access the ComOS command line interface. See “Connect  
Net w ork Act ivity LED. This amber LED blinks to indicate network traffic. See  
INA Module  
1-3  
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Installation and Configuration Steps  
Et h ern et Port . This RJ-45 connector provides a 10BaseT Ethernet connection. See  
Et h ern et Lin k LED. This green LED indicates link integrity to a 10BaseT hub. See  
Reboot Bu t ton . This button resets the router hardware and reboots ComOS. It has no  
effect on MERLIN MAGIX voice operation. You will need a thin object such as a  
straightened paper click to activate this recessed switch.  
T1/PRI Con n ect ion . This RJ-45 connector connects the T1/PRI line. See “Connect a  
DS-1 Test J ack s. There are three pairs of jacks for DS-1 troubleshooting. See “Using  
Installation and Configuration Steps  
1. Collect in form ation abou t you r T1 or PRI lin e.  
See “T1/PRI Provisioning” on page 2-1 for a preview of the values you need.  
2. Collect in form ation abou t t h e n et w ork an d rou tin g con figu ration .  
See “Network Settings” on page 2-2 for a preview of the values you need.  
3. In stall th e INA m od u le in th e MERLIN MAGIX system .  
4. Con figu re th e T1 or PRI lin e u sin g th e MERLIN MAGIX con sole.  
5. Assign d at a ch an n els t o t h e rou ter u sin g t h e MERLIN MAGIX con sole.  
6. Con n ect th e INA m od u le fron t p an el cables.  
7. Con figu re th e INA m od u le.  
See one of the following:  
1-4  
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Getting Ready for Configuration  
2
To properly configure your INA module, you must gather all the technical information  
needed. You must also assign T1/PRI channels using the MERLIN MAGIX administration  
console before using the INA module.  
Before starting the installation of your module, be sure that you have all needed  
information from the following categories:  
T1/PRI Provisioning  
Table 2-1 illustrates the T1/PRI information needed to set up the data networking  
capabilities of the INA module. Make sure that you have obtained this information from  
your telco provider before beginning the configuration process. See Appendix C,  
“MERLIN MAGIX Administration” for more information.  
Table 2-1 Basic T1/PRI Provisioning Information.  
Set t in g  
Not es  
Exam p le  
DSU channel selection  
DSU Channel Selection is  
used to assign data  
channels to the INA  
module. The number of  
channels can range from  
1 to 24.  
Channel 20, 21, 22, 23  
Suppression  
Bipolar 8-zero  
B8ZS  
substitution (B8ZS) zero  
code suppression m u st  
be used in all applications  
of the INA module. For  
PRI configurations, on ly  
B8ZS zero cod e  
suppression is supported.  
Activate or Deactivate  
the CSU  
The INA module supports  
an internal CSU.  
Activate  
Set Up T1/PRI on the MERLIN MAGIX  
Table 2-1 lists only the T1/PRI settings that are related to the data networking  
capabilities of the INA module. Additional settings are required to fully configure the  
INA module to support voice services. Examples include B channel group assignments  
2-1  
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Network Settings  
for PRI configurations and channel signaling types for T1 configurations. You plan for  
and implement these additional settings as you do for a 100D module. See the System  
Programming manual (555-710-111).  
Assign T1/PRI Channels  
The INA module can accommodate up to 23 PRI channels or 24 T1 channels. When the  
module is first installed, n o channels are assigned to the router.  
For PRI configurations, you can assign a channel to the router only if the channel is not  
used in a B channel group or a line pool on the switch. For T1 configurations, you can  
assign a channel to the router only if the channel is set to Un equ ip p ed from a switch  
perspective. You determine these channel settings as you do for a 100D module. See the  
System Programming manual (555-710-111) for more information.  
To assign the desired data channels to the router:  
1. Use th e follow in g sequ en ce on you r MERLIN MAGIX syst em p rogram m in g  
con sole:  
Menu:  
SysProgSt art Li nesTrunksMoreMoreCSU/ DSUSl ot #Ent erChannel Sel →  
Channel #Ent er  
2. Rep eat t h e sequ en ce u n til all you r T1/PRI d at a ch an n els are assign ed .  
3. Reboot t h e rou t er so t h at it recogn izes th e ch an ge in ch an n el assign m en t s.  
You can enter the reboot command at the command line interface, or press the  
reboot button on the INA module.  
Network Settings  
Table 2-2 lists the basic network settings needed to configure the INA module. These are  
listed in the order requested by the INAWizard. See the following for more information:  
For INAWizard configuration, see the INAWizard online help.  
For command line interface configuration, see Chapter 5, “Using the Command Line  
Interface,” and the PortMaster Command Line Reference.  
For PMVision configuration, see Chapter 6, “Using PMVision.”  
WAN Port . After the T1/PRI data channels are assigned to the router, all data channels  
are configured as on e wide area network (WAN) port by ComOS. If your data channels  
are used to form multiple WAN ports, you must set up additional WAN ports.  
Ad d ition al WAN Port s. You can set up these ports after completing the initial  
configuration. Use the command line interface or PMVision to set them up. The  
INAWizard can n ot be u sed to set up these additional ports. See one of the following  
sections for additional configuration instructions:  
2-2  
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Network Settings  
Table 2-2 Basic Network Configuration Settings for the INA Module  
Set t in gs  
Not es  
Exam p le  
192.198.32.2  
Ether0 address  
IP address of the Ether0 port on the  
INA module.  
Ether0 netmask  
System name  
255.255.255.0  
Mysystem  
16  
Optional.  
First data channel number  
assigned to the router  
The data channel number determines  
the WAN port number, which is 1 (one)  
less that the data channel number. For  
example, if the first data channel  
number is 16, all subsequent channels  
are assigned to port W15.  
Default gateway  
192.198.32.1  
DNS  
Name service type  
Optional. Select the Domain Name  
System (DNS) or Network Information  
Service (NIS).  
Name server address  
WAN port address  
Remote router address  
Remote router netmask  
Channel rate  
Optional.  
192.12.35.1  
192.198.32.40  
172.12.32.2  
255.255.255.240  
56k or 64k  
This value is not handled by the  
INAWizard. Use the command line  
interface or PMVision to set this value.  
The default speed is 64Kbps. Almost all  
installations use this default value.  
Protocol  
Point-to-Point Protocol (PPP) or Frame  
Relay.  
Frame  
LMI  
Data link connection identifier  
(DLCI) list source  
For Frame Relay connections only.  
Select Local Management Interface  
(LMI) or Annex-D, and/or manually  
enter a DLCI list.  
DLCI keepalive value  
For Frame Relay connections only.  
Change the 10-second default, if  
necessary, to match the value on the  
Frame Relay switch. Contact your telco  
for more information.  
20  
Getting Ready for Configuration  
2-3  
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Network Settings  
Table 2-2 Basic Network Configuration Settings for the INA Module (Continued)  
Set t in gs  
Not es  
Exam p le  
DLCI list  
For Frame Relay connections for which  
you manually enter a list. Enter each  
DLCI number (1 to 1023), a colon (:),  
and the IP address of the router  
represented by the DLCI.  
16:172.26.131.37  
Dynamic Host Connection  
Protocol (DHCP) server  
address  
If you use DHCP. Defaults to Ether0.  
192.198.32.17  
8 hours  
DHCP lease time  
For DHCP dynamically assigned IP  
addresses. Enter hours and/or minutes.  
A 0 (zero) indicates an infinite time.  
DHCP static binding IP  
address(es) and corresponding  
media access control (MAC)  
address(es)  
For DHCP statically assigned IP  
192.198.32.33  
addresses. Enter each IP address and  
the 12-digit hexadecimal MAC address  
of the host to which it is assigned.  
00:c0:d5:d4:da:2c  
DHCP address pool start  
address  
For DHCP dynamically assigned IP  
addresses. Enter one address or the first  
in each address range.  
192.198.32.65  
192.198.32.127  
DHCP address pool end  
address  
Enter the last address in the range.  
Network address translator  
(NAT) secure address and  
corresponding nonsecure  
address  
If you use NAT static maps. Enter each  
secure internal (private) IP address and  
the nonsecure external (global) IP  
address to which you want it mapped.  
192.198.32.22  
172.18.1.1  
NAT base IP address  
For a NAT dynamic address pool. Enter  
one nonsecure external (global) IP  
address or the first address in a range.  
192.198.32.2  
64  
NAT pool size  
For a NAT address pool range. Enter a  
number of IP addresses up to 64.  
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Installing the INA Module  
3
This chapter describes the steps needed to physically install and power up the INA  
MERLIN MAGIX system. The following topics are discussed.  
Install the INA Module in a Carrier  
Install the module in the MERLIN MAGIX carrier according to the directions found in  
Chapter 2 of the MERLIN MAGIX Integrated System, Installation, SPM, and Maintenance and  
Troubleshooting Supplement (555-661-140).  
Turn on the MERLIN MAGIX system. Ensure that the system LED on the modules front  
panel blinks off once every 5 seconds. (See “System LED” on page 3-5.) This behavior  
indicates that the module is properly operating and that ComOS has fully booted up. It  
may take up to 2 minutes for the INA module to reach this state after the power is  
turned on.  
Connect Cables  
The necessary cables must be connected to the INA module before you can proceed with  
the rest of the installation and configuration.  
Connect a Serial Passthrough Cable  
Connect the supplied straight-through RJ-45 cable between the C1 port (Figure 3-1) on  
the INA module and the administration port (labeled ADMIN) on the MERLIN MAGIX  
processor module. This cable allows the user to connect to the INA command line  
interface by dialing in to the internal modem in the MERLIN MAGIX processor module.  
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Connect Cables  
Figure 3-1 C1 Serial Passthrough Port  
T
O
A
D
M
I
C1 serial port  
N
1210-009  
Set DIP Switches  
The DIP switches (Figure 3-2) must be set to the correct positions for the INA module to  
operate properly.  
1. Set DIP sw it ch 1 to th e righ t.  
Figure 3-2 DIP Switches  
DIP switch 1  
DIP switch 2  
C
O
N
S
O
L
DIP switch  
E
1210-002  
When DIP switch 1 is set to the right and the INA module is turned on, the console  
port is set to 9600bps, 8 data bits, 1 stop bit, no parity, and no flow control. This is  
the default setting and is used for connecting the C0 port to a console.  
When DIP switch 1 is set to the left, the port settings can be controlled by ComOS.  
Use this setting for an external modem that is set up to provide access to the  
command line interface, for example.  
Not e When you change the position of a DIP switch, you must restart the INA  
module for the change to take effect. To reboot, press the recessed reboot button on the  
front panel of the module. Pushing this button reboots the router software only and  
does not affect voice services.  
2. Set DIP sw it ch 2 to th e left .  
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Connect Cables  
When DIP switch 2 is set to the left (Figure 3-2), and the INA module is turned on,  
the INA module boots (loads the ComOS software) from the internal nonvolatile  
RAM. This is the default setting for the module.  
When DIP switch 2 is set to the right, and the INA module is turned on, the module  
boots from an external BOOTP and TFTP server. Use this setting only when serious  
hardware or software problems have occurred. You should only use this DIP switch  
setting under the direction of Lucent technical support personnel.  
Connect a Console (Optional)  
You can connect a PC or terminal to the INA modules console port (Figure 3-3) to  
access the command line interface of ComOS.  
Figure 3-3 Console Port Connection  
Follow these instructions to connect a PC or terminal:  
1. If n ecessary, en su re t h at you r PC or t erm in al h as th e sam e sett in gs as t h e  
con sole p ort on t h e INA m od u le.  
The settings are 9600 baud, 8 data bits, 1 stop bit, no parity, and no flow control.  
2. Con n ect a con sole cable t o t h e C0 p ort of you r INA m od u le an d PC or  
term in al (Figu re 3-3).  
3. Reboot th e INA m od u le by p ressin g t h e recessed reboot bu tt on . Verify th at  
th e login p rom p t ap p ears.  
Connect a T1/PRI Cable  
Use a category 5 twisted pair cable, as specified by the EIA/TIA-568-B wiring standard,  
with an RJ-48C connector to connect to the T1/PRI line (Figure 3-4). See “T1/PRI  
Cable” on page B-2 for more information.  
Installing the INA Module  
3-3  
             
Observe LED Behavior  
Figure 3-4 T1/PRI Connection  
D
S
1
T1/PRI port  
M
O
N
M
O
N
1210-003  
Connect an Ethernet Cable  
Use a category 5 twisted pair cable, as specified by the EIA/TIA-568-B wiring standard,  
with an RJ-48C connector to connect the INA Ethernet connector (Figure 3-5) to the  
nearest network hub. See “Ethernet Interface” on page B-2 for more information.  
Figure 3-5 Ether0 Connection  
E
T
H
E
Ethernet port (Ether 0)  
R
N
E
T
1210-004  
Observe LED Behavior  
Check the T1/PRI, system, and Ethernet LEDs to verify that the installed INA module is  
operating properly.  
T1/PRI LEDs  
These LEDs (Figure 3-6) indicate the status of the T1/PRI line and operate in the same  
way as on a 100D module. Make sure they indicate that the T1/PRI line is operating  
properly.  
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Observe LED Behavior  
Figure 3-6 T1/PRI (DS-1) LEDs  
Red  
DSI status  
Green  
Amber  
T
O
A
D
M
I
N
1210-005  
Red illuminated indicates that there is an error condition on the line or that the INA  
module is in the standby mode. When in standby mode, the module is not  
operational for T1/PRI services. This LED stays illuminated for approximately 15 to  
30 seconds when an active line is first connected.  
Green illuminated indicates that the INA module is in test mode.  
Amber illuminated indicates that one or more voice calls are currently active on the  
T1/PRI interface.  
System LED  
This LED (Figure 3-7) operates as follows:  
Figure 3-7 System LED  
System LED  
C
O
N
S
O
L
E
1210-008  
During the initial hardware self-test the LED stays unlit.  
When the ComOS starts to boot up, the LED lights and remains on.  
When the system is fully operational, the LED remains on, blinking off once every 5  
seconds.  
Installing the INA Module  
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Observe LED Behavior  
After the module has been powered up and loading is complete, make sure that the LED  
is blinking off once every 5 seconds. The INA module takes about 20 seconds to reach  
this state.  
Ethernet LEDs  
These LEDs (Figure 3-8) show the status of the Ethernet connection to the INA module.  
Figure 3-8 Ethernet LEDs  
network activity LED  
Amber  
E
T
H
E
R
N
E
T
Ethernet Link LED  
Green  
1210-006  
The green link LED is on when the module has link integrity to a 10BaseT hub,  
switch, or router. Make sure that this LED lights when a cable has been connected  
between the module and an Ethernet hub. If the LED does not light, check the cable  
itself and the network connections.  
The amber network activity led blinks to indicate Ethernet traffic. During heavy  
traffic, this LED might appear solid due to its rapid blinking. Depending on your  
network, you might not necessarily see much traffic.  
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Using the INAWizard  
4
The INAWizard program provides basic configuration settings for the INA module. The  
wizard uses a graphical user interface (GUI) to guide you step by step through the  
configuration process.  
The program runs on platforms that use Microsoft Windows 95, Windows 98, or  
Windows NT 4.0 and later. A platform with a 486/DX-or-faster processor with 32 MB of  
RAM minimum is required. A processor with 48 megabytes RAM is recommended.  
The INAWizard performs the initial configuration for new modules, including setting the  
IP address for the modules Ethernet port. The wizard can also be used to reconfigure  
modules that have already been set up.  
This chapter discusses the following topics:  
Install the Wizard  
Install the INAWizard by running the program in aw izard _in st all.exe. The installation  
program can be found on the CD-ROM included with this guide. Follow the instructions  
in the resulting dialog boxes to complete the installation. Lucent recommends using the  
Java runtime engine that comes with the installation package, rather than any existing  
copy.  
Connect the Workstation to the INA Module  
For the wizard to work, an Ethernet connection between the workstation running the  
wizard and the module must exist. You can usually make the connection through your  
network, but you can use a free standing workstation and a crossover Ethernet cable  
instead.  
Over a LAN  
If the module is being configured for the first time and does not have an Ethernet  
address configured, the workstation running the INAWizard and the INA module itself  
must be on the same subnet. The wizard automatically identifies the INA module and  
sets the Ether0 address.  
If the workstation is not on the same subnet, then the initial Ethernet configuration for  
the module must be set through a console connection and the command line interface.  
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Run the Wizard  
       
Using the Command Line Interface  
5
The ComOS commands can be used to configure the INA module directly through the  
ComOS command line interface. You access the command line interface through the  
console port C0 using a terminal or PC running a terminal emulator. Once the module  
has been connected to a network, the best way to access the command line interface is  
through a Telnet session from a network workstation.  
This chapter shows the basic ComOS commands that are used to configure the INA  
module. Further details can be found in the PortMaster Command Line Reference and the  
PortMaster Configuration Guide.  
The following configuration steps are discussed:  
Before configuring the INA module with the command line interface, make sure you  
have done the following:  
Assigned T1/PRI channels to the INA module. See “Assign T1/PRI Channels” on  
Collected all the information needed for your network. (See “Network Settings” on  
Connect a Console  
There are three ways to establish a console session. You can use the console port, a  
Telnet session or use the MERLIN MAGIX internal modem and the Win SPM  
passthrough option.  
Using the C0 Console Port  
You can connect to the console port with a terminal or a PC workstation running a  
terminal emulation program. See “Connect a Console (Optional)” on page 3-3 for more  
details.  
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Log In  
Using a Telnet Session  
Once the INA module has been connected to a network and an Ethernet address has  
been assigned, Telnet is the best way to establish a console session.  
1. Ru n a Teln et ap p lication from a n etw ork con n ected w ork stat ion .  
2. Select th e con n ect fu n ct ion , an d en ter t h e IP ad d ress assign ed t o t h e INA  
m od u les Eth ern et p ort.  
3. Press Enter if n eed ed.  
A login prompt appears.  
Using the Passthrough Serial Connection  
1. Mak e su re th at th e serial p assth rou gh cable h as been con n ected t o t h e INA  
m od u le an d t h e MERLN MAGIX p rocessor m od u le.  
2. Use th e MERLIN MAGIX Win SPM ap p lication on a PC w ork st ation w it h a  
m od em to d ial u p a con n ection to t h e MERLN MAGIX p rocessor m od u le.  
Connect to *10 to access the modem.  
3. En ter you r MERLIN MAGIX system ad m in istration p assw ord an d select  
th e Win SPM Passthrough option .  
4. Press Enter t o receive a login p rom p t t o t h e com m an d lin e in terface of t h e  
rou t er.  
Log In  
Follow these steps to log in to the INA module:  
1. At t h e login p rom p t, t yp e !root an d p ress Enter.  
2. At t h e p assw ord p rom p t , p ress Enter—n o p assw ord is n eed ed for a  
first-tim e in st allation .  
l ogi n: !root  
Password:  
Command>  
Set the Administrative Password  
The password is an ASCII-printable string of up to 16 characters used to access the INA  
module administrative features. Only a person with administrative access can change  
this password.  
Enter the following commands to set the password:  
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Set the Ether0 Network Address  
Command> set password [Password]  
Command> save al l  
Cau t ion Change the administrative password each time you give it to somone outside  
the organization for servicing.  
!
Set the Ether0 Network Address  
You can set an IP and IPX address on the INA module. Both IP and IPX routing  
protocols are enabled by default. Information on IPX settings can be found in the  
PortMaster Configuration Guide and the PortMaster Command Line Reference.  
Set the IP Address and Netmask  
The IP address identifies the port for IP Ethernet traffic. The default netmask (subnet  
mask) is 255.255.255.0. If your network is divided into subnets, enter the netmask that  
identifies how your network addresses are divided between the network portion and the  
host portion.  
Use the following commands to set the IP address and netmask:  
Command> set et her0 address Ipaddress  
Command> set et her0 net mask Ipmask  
Command> save al l  
Set the Broadcast Address  
The broadcast address, constructed from the IP address and netmask of a specified  
Ethernet interface, is used by RIP to send information to other hosts on a local Ethernet  
network.  
When you set a broadcast address for the Ethernet port on the INA module, all other  
hosts on the local Ethernet network, must be set to the same broadcast address.  
Use these commands to set the broadcast address:  
Command> set et her0 broadcast hi gh| l ow  
Command> save al l  
h igh —Use when the host part of the binary address is all 1s (ones)—such as  
192.168.1.255. This is the most often used setting.  
low —Use when the host part of the binary address is all 0s (zeros)—such as  
192.168.1.0. This is the default setting.  
Using the Command Line Interface  
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Set the System Name  
Set the System Name  
The system name identifies the INA module for Simple Network Management Protocol  
(SNMP) queries, IPX protocol routing, and Challenge Handshake Authentication  
Protocol (CHAP) authentication.  
Use these commands to set the system name:  
Command> set sysname St ri ng  
Command> save al l  
The system name can have up to 16 characters. When the system name is set, it replaces  
the word Com m an d in the prompt.  
Set the Default Route Gateway  
The default gateway address is the destination address to which the INA module sends  
the packet when its  
5-4  
INA Module Installation and Configuration Guide  
                 
Configure the WAN Port  
Set the Name Service  
The INA module supports either the NIS or the DNS. See the PortMaster Configuration  
Guide for more information on name services.  
Use these commands to set the name service:  
Command> set namesvc dns| ni s  
Command> save al l  
Once the name service is set, you must set the address of your NIS or DNS name server  
and enter the domain name of your network.  
Set the Name Server  
The INA module supports RFC 1877, which allows remote hosts also supporting  
RFC 1877 to learn the name of a server through PPP negotiation. You must provide the  
IP address of the name server if you use a name service.  
Use the following command to set the name server:  
Command> set nameserver Ipaddress  
Command> save al l  
Not e You can disable the use of a name service by setting the name servers IP address  
to 0.0.0.0.  
Set the Domain Name  
The domain name is used for hostname resolution. If you are using DNS or NIS, you  
must set a domain name for your network.  
Command> set domai n St ri ng  
Configure the WAN Port  
ComOS automatically creates a WAN port that makes the high-speed dedicated  
connection to the INA module. For example, if four PRI channels numbered 5, 6, 7, 8  
have been assigned to the INA module, ComOS creates WAN port W4. With a data  
capacity of 4 x 64Kbps or 256Kbps.  
The WAN port number assigned by ComOS is based on the lowest channel number used  
by the channel group minus one. For example, if T1/PRI channels 12, 13, 14, and 15 are  
assigned to the INA module, port W11 is assigned to the group.  
All data channels assigned to the INA module are initially placed in channel group 1. If  
necessary you can configure the channel rate for this channel group.  
More than one WAN port can be configured if different groups of T1/PRI channels serve  
more then one destination. Additional WAN ports must be separately configured with IP  
address, netmask, protocol, channel speed, and any other desired parameters. See “Set  
Using the Command Line Interface  
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Configure the WAN Port  
Not e Be sure to reset the WAN port or reboot the router after making changes to the  
WAN port configuration. To reboot, enter the reboot command or press the reboot  
button on the INA module.  
Set the Channel Rate  
Almost all data channels have a channel rate of 64Kbs, the default value assigned by  
ComOS. However, if the channel rate is 56kbs, you must set the channel rate to that  
value.  
Cgroup is the defined channel group number. ComOS initially assigns all INA module  
data channels to group 1. If you set up additional WAN ports, you must issue this  
command for each of the channel groups you have set up.  
Use the following commands to set the channel rate:  
Command> set l i ne0 group Cgroup 56K| 64k  
Command> save al l  
Set Up Additional WAN Ports  
To set up additional WAN ports use the following commands:  
Command> set l i ne0 group Cgroup channel s Channel -l i st  
Command> save al l  
For example, suppose you had a PRI line with channels 1, 2, 3, and 4 assigned to your  
ISP and channels 9 and 10 assigned to a connection to a branch office. Initially, channels  
1, 2, 3, 4, 9, and 10 are all assigned to W0 by ComOS. To create a new WAN port, you  
must enter the following commands:  
Command> set l i ne0 group 2 channel s 9 10  
Command> save al l  
Command> reboot  
As a result, WAN port W0 is assigned to channels 1, 2, 3, and 4 and WAN port W8 is  
assigned to channels 9 and 10.  
You must then configure W8 with the desired protocol, IP address, netmask, and related  
settings. Be sure to set the correct channel rate for the new group, if necessary, with the  
set line0 command.  
Set the Port IP Address (Optional)  
You can set the local IP address of the W0 port to create an interface with a IP address.  
You can use any IP address. If you set the local address of the WAN port to 0.0.0.0 for  
PPP, the INA module uses the Ether0 address for the end of the serial link. If you set the  
WAN port address to 0.0.0.0 for a Frame Relay connection, the port is disabled.  
Use the following commands to set the IP address:  
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Configure the WAN Port  
Command> set W1 address Ipaddress  
Command> save al l  
Set the Destination IP Address  
The destination IP address is the IP address or hostname of the machine on the other  
end of the connection. The destination IP address can also be set to 255.255.255.255 for  
PPP users. This setting allows the INA module to learn the IP address of the system on  
the other end of the connection using PPP IPCP address negotiation.  
Do not set a destination IP address for Frame Relay connections. Instead, use a data link  
connection identifier (DLCI) list to link IP addresses to DLCIs, or use the Local  
Management Interface (LMI) or Annex-D status updates and Inverse ARP to discover  
Frame Relay addresses dynamically. See the PortMaster Configuration Guide for more  
information.  
Use the following commands to set the destination IP address:  
Command> set W1 dest i nat i on Ipaddress [Ipmask]  
Command> save al l  
Set the Netmask  
The default netmask is 255.255.255.0. If the remote network has been divided into  
subnets, enter the netmask that identifies how the remote network addresses are  
divided between the network portion and the host portion. The value of Ipmask is  
dependent upon the size of the IP subnet of which the IP address is a member.  
Use the following commands to set the netmask:  
Command> set W1 net mask Ipmask  
Command> save al l  
Set the Transport Protocol  
The transport protocol can be set to either PPP or Frame Relay. If Frame Relay is used,  
additional Frame Relay settings must be configured. See the PortMaster Configuration  
Guide for more information.  
Use these commands to set the transport protocol:  
Command> set W1 prot ocol ppp| frame  
Command> save al l  
Command> reboot  
Apply Filters to the WAN Port (Optional)  
Filters can be used to provide elementary firewall protection for your WAN port. For  
information on input and output filters, see the PortMaster Configuration Guide.  
Using the Command Line Interface  
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Configure the WAN Port  
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Using PMVision  
6
PMVision is a Java-based program with a graphical user interface (GUI) that can be used  
to monitor and configure the INA module. Information about using PMVision on other  
platforms can be found in the PMVision User’s Guide, which describes the capabilities of  
PMVision in more detail.  
PMVision runs on platforms that use Microsoft Windows 95, Windows 98, or NT 4.0 and  
later. A platform with a 486/DX or faster processor with 32 MB RAM minimum is  
required. A processor with 48 megabytes RAM is recommended.  
This chapter briefly describes how to use PMVision to configure a INA module. Consult  
the PMVision Users Guide for information on using other PMVision functions. Topics  
covered include:  
Install PMVision  
To install PMVision on a Windows 95, Windows 98 or NT 4.0 platform, run the  
p m vision _in stall.exe program found on the INA software CD. Follow the instructions  
provided by the program.  
Connect the Workstation to the INA Module  
For PMVision to communicate to the module, an Ethernet connection between the  
workstation and the module must exist. You can usually make the connection through  
your network. A free standing workstation and a crossover Ethernet cable can be used  
instead.  
Over a LAN  
The Ethernet address for the INA module must be set before you can use PMVision. If  
the INAWizard has been already been used to configure the module, then the Ether0  
address is set. The Ether0 address can also be set through a console connection and the  
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Run PMVision  
Using a Crossover Cable  
An independent laptop or desktop workstation equipped with a network interface card  
can be used to run PMVison. Connect an Ethernet crossover cable between the Ethernet  
connection on the workstation and the Ethernet port on the INA module. (See  
Before proceeding, determine the Ethernet address that the INA module has been set to.  
Set the workstations IP address to an address on the same subnet as the modules  
Ether0 address. An easy way to do so is to choose an address one number above or  
below the modules address.  
Run PMVision  
Before configuring the INA module with PMVISION, make sure you have done the  
following:  
Assign T1/PRI channels to the INA module. See “Assign T1/PRI Channels” on  
Collect all the information needed for your network. (See “Network Settings” on  
To start PMVision, select the PMVision icon from the Lucent folder in your St art →  
Program s menu. The main PMVision screen appears (Figure 6-1).  
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Communicate with the INA Module  
Figure 6-1 PMVision Main Screen  
menu bar  
connection panel  
control tree  
panel  
main panel  
status bar  
help bar  
Communicate with the INA Module  
Select Device from the menu bar, and click Con n ect to establish communications  
between PMVision and your INA module. The connection dialog box appears  
(Figure 6-2). Enter the IP address or Domain Name System (DNS) name of the INA  
module into the device text box. If you have connected to this INA module before, you  
can also select the address from the drop-down list box. Complete the dialog by  
completing the Username and Password text boxes and clicking Con n ect.  
Using PMVision  
6-3  
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Selecting PMVision Functions  
Figure 6-2 Connection Dialog  
When the connection has been made, information about the INA module appears in the  
connection panel. The INA module information line is highlighted, indicating that the  
INA module is active and can be controlled by PMVision. PMVision is now ready to  
interact with the INA module.  
Selecting PMVision Functions  
The control tree panel has a section for controlling the INA module. When using  
PMVision for the first time, double-click on INA to expand the tree. You m u st use the  
INA section of the tree for proper operation of all functions. Figure 6-3 shows the  
control tree.  
Figure 6-3 INA Control Tree  
Using Configuration Functions  
Double-click Con figu re to display all of the available configuration functions. Select a  
configure function by clicking the desired function name in the control tree. When a  
function is selected, the main panel shows either a configuration panel or a  
configuration display  
Working with Configuration Panels  
Configuration panels (Figure 6-4) have Save and Refresh control buttons at the  
bottom. Enter or edit the desired data, and click the Save button. A dialog appears to  
confirm the data to be changed. If you must reboot the PortMaster to update the data, a  
dialog box allows the choice between rebooting now or later.  
6-4  
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Selecting PMVision Functions  
Figure 6-4 Configuration Panel Example  
Working with Configuration Displays  
Displays (Figure 6-5) have two or more control buttons at the bottom. Click the Ad d  
button to add a new entry and display a configuration panel. Enter the data and click  
Save.  
You can edit or delete a setting by first selecting the setting to be changed. Clicking Ed it  
displays a configuration panel. Modify the displayed data and click Save. Clicking  
Delet e erases the selected settings. Use the Refresh button to refresh the displayed data  
and confirm that settings have been updated.  
Figure 6-5 Configuration Display Example  
Enter Basic Settings  
Enter configuration settings by selecting the appropriate functions.  
Table 6-1 shows the PMVision functions you would use to enter basic configuration  
information. Consult the PMVision Users Guide or use PMVision online help if more  
information is needed.  
Table 6-1 Basic INA Module Configuration Using PMVision  
Set t in g  
Select PMVision Fu n ct ion :  
En t ry  
Ether0 address  
INAConfi gureEt hernet s,  
Edi t  
I P addr ess  
Using PMVision  
6-5  
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Selecting PMVision Functions  
Table 6-1 Basic INA Module Configuration Using PMVision (Continued)  
Set t in g  
Select PMVision Fu n ct ion :  
En t ry  
Ether0 netmask  
INAConfi gureEt hernet s,  
Edi t  
I P net mask  
System name  
INAConfi gureSNMP  
INAConfi gureGl obal  
INAConfi gureGl obal  
INAConfi gureGl obal  
Syst em name  
Default gateway  
Name service type  
Name server address  
WAN port address  
I P gat eway  
Name ser vi ce  
Pr i mar y name ser ver  
Local I P addr ess  
INAConfi gurePort s, Sync  
port s, Edi t  
Remote router address  
INAConfi gurePort s, Sync  
port s, Edi t  
Dest i nat i onI P  
addr ess  
Remote router  
netmask  
INAConfi gurePort s, Sync  
port s, Edi t  
Net mask  
Channel rate  
INAConfi gureLi nes,  
Rat e, Save  
PPP or Fr ame  
Keep Al i ve  
l i ne0, Edi t GroupsEdi t  
Protocol  
INAConfi gurePort s, Sync  
port s, Edi t  
DLCI list source  
(Frame Relay only)  
INAConfi gurePort s, Sync  
port s, Edi t  
LMI , Annex- D or  
manual  
DLCI Keepalive Value  
(Frame Relay only)  
INAConfi gurePort s, Sync  
port s, Edi t  
Keepal i ve i nt er val  
DLCI list (Frame Relay  
only)  
DLCI number , I P  
addr ess  
DHCP server address  
INAConfi gureDHCP  
Sel ect t he checkbox  
t o enabl e  
DHCP lease time  
INAConfi gureDHCP  
Lease  
DHCP static binding IP  
addresses and  
corresponding MAC  
addresses  
INAConfi gureDHCP→  
Bi ndi ngsAdd  
I P addr ess, MAC  
addr ess  
DHCP address pool  
start address and end  
address  
INAConfi gureDHCP  
I P pool addr esses  
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Selecting PMVision Functions  
Set Up Additional WAN Ports  
If the data channels assigned to the INA module support multiple WAN ports, you must  
set up additional WAN ports as follows:  
1. Select th e INACon figu reLin es fu n ction from t h e con trol t ree.  
2. Select th e line0 en try in th e m ain p an el, an d click th e Edit bu tt on .  
3. Click th e Groups bu tt on on th e lin e0 p an el.  
4. Click th e Add bu tt on .  
5. En ter t h e grou p n u m ber, th e list of ch an n els sep arat ed by sp aces, an d t h e  
ch an n el rat e, an d click OK.  
6. Reboot th e INA m od u le.  
7. Select th e INACon figu rePort s fu n ction .  
8. Click th e Syn c Ports bu t ton .  
9. Select th e n ew WAN p ort, an d click t h e Edit bu tt on .  
10. En ter t h e d esired n etw ork sett in gs.  
The new WAN port will not operate properly unless these settings are correct.  
Using the Backup and Restore Functions  
Backup and restore functions for the INA module are found under the INAMain t ain  
section of the control tree. These functions can backup or restore all or a portion of the  
network settings for the INA module.  
Lucent strongly recommends that a separate backup be performed before and after any  
changes to the INA module routing configuration.  
Back Up the INA Module Settings  
To create a backup file for the INA module, select INAMain tain Back Up . You can  
backup the entire configuration or check specific items to backup (See Figure 6-6). After  
selecting the backup options, enter or browse to the backup file name and click Back u p  
to begin the process.  
The administrative (!root) password is n ot backed up or restored by the Main tain  
functions.  
Using PMVision  
6-7  
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Selecting PMVision Functions  
Figure 6-6 PMVision Backup Dialog  
Restore the INA Module Settings  
To restore the INA module settings captured in a backup file, select  
INAMain t ain Rest ore. Enter or browse to the backup filename on the Restore  
panel (Figure 6-7) and click Rest ore. The restored values overwrite any values existing  
in the INA module. A backup file created with a selective backup overwrites only the  
selected configuration values and leaves the others unchanged.  
Figure 6-7 PMVision Restore Dialog  
6-8  
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Troubleshooting  
A
This appendix provides the following troubleshooting procedures for the INA module:  
Additional troubleshooting and maintenance information can also be found in  
Observing LED Behavior  
Table A-1 identifies LED behavior, possible causes of the behavior, and potential  
solutions.  
For information on contacting Lucent technical support, see “Technical Support” on  
Table A-1 Hardware Problems and Solution  
LED Beh avior  
Possible Cau se  
Solu tion  
System LED does not light.  
Power is not present.  
Check that the module is correctly  
seated in the carrier. Check that the  
MERLIN MAGIX system is properly  
turned on.  
T1/PRI line is connected to  
the T1/PRI port and the red  
DS-1 status LED stays lit for  
more than 30 seconds.  
The INA module does not  
recognize service from the  
telephone company.  
Check the T1 cable and modular jack.  
If the problem is not resolved, contact  
the telephone company.  
During startup, the system  
LED fails to light or stays  
continuously lit.  
A hardware problem has  
occurred.  
Contact Lucent technical support.  
Contact Lucent technical support.  
Twenty seconds after  
booting, the system LED  
stays solidly lit or does not  
light.  
A component might have  
loosened during shipping,  
or the module is defective.  
During operation, the  
system LED stays solidly lit  
for more than 20 seconds or  
does not light.  
A hardware problem might  
have been caused by an  
external device.  
If the LED stays solidly lit for more  
than 20 seconds or does not light after  
you have checked all external cables,  
contact Lucent technical support.  
A-1  
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Observing Boot Messages  
Table A-1 Hardware Problems and Solution (Continued)  
LED Beh avior  
Possible Cau se  
Solu tion  
No console login prompt is  
displayed.  
Terminal settings are  
incorrect or a connection or  
cable is inoperable.  
Verify terminal settings of 9600  
baud, 8 data bits, 1 stop bit, a parity  
of none, and software control  
(XON/XOFF).  
Verify that DIP switch 1 is set to the  
right.  
Verify that you have a working null  
modem cable and that it is properly  
connected at both ends. For cable  
Ethernet link LED is not lit  
when connected to a  
10BaseT Ethernet hub.  
There is no link integrity.  
Verify that you have a working  
10BaseT cable properly connected to  
the INA module and to the hub.  
Network activity LED is  
solidly lit.  
Heavy traffic can cause the  
network LED to blink so  
rapidly that it appears to be  
solidly lit.  
Verify that the network cables are  
correctly installed.  
However, if packets cannot  
be passed, you might have  
an incorrectly cabled  
network.  
Network activity LED is not  
lit.  
If the INA module is not  
receiving or sending traffic,  
the network LED is not lit.  
Verify that the network cables are  
correctly installed.  
An undefined difficulty  
occurred at startup, but the  
cause cannot be determined  
from LED behavior.  
Refer to the solution  
column.  
Try booting in console mode, and  
observe the boot messages. See  
A-2. If the boot messages do not  
suggest a solution, record the  
information and contact Lucent  
technical support.  
Observing Boot Messages  
If you are having difficulty booting the INA module and are unable to isolate the  
problem by observing LED behavior, boot the INA module in console mode and check  
the boot messages.  
Follow these instructions to check boot messages:  
1. At tach a con sole.  
A-2  
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Observing Boot Messages  
2. Press t h e reboot bu t ton .  
3. Observe th e boot m essages d isp layed on t h e con sole screen .  
Not e Boot messages vary slightly, depending on the version of the PROM and  
ComOS.  
The following example is from an INA module:  
INA PROM 2. 33, 8/ 19/ 99  
Test i ng Syst em Cl ock. . . OK  
Si zi ng Syst em Memory. . . 4MB FPM  
CPU 486DX5-133 +Fl ash  
St art i ng FLASH Boot . . .  
Fl ash Memory . . . Am29F016 4096K  
16384 Veri fyi ng Checksum. . OK  
St art i ng Loader i n fl ash  
Test i ng Hi gh Memory . . . . 4096K  
INA.  
Set t i ng up ACC 2188 PCI Cont rol l er  
Found 15360K PCI Memory at 0x20000000  
Test i ng PCI Memory bl ock 0x20000000-0x20efffff . . . Passed  
Tot al of 15360K PCI Memory Ready  
bl ock al l oc 425 870400  
bl ock_al l oc: cpu<0> cont rol 0026ddf0 free_count <425>  
Fl ash Memory 0. . . Am29F016 4096K  
Fl ash t ype Am29F016 wi t h 4096K of memory i n 64 cel l s and 4032  
nodes  
Ini t i al i zi ng MT8986 TDM Chi p . . . Ok  
INA ComOS V4. 1. 5b2.  
100R HV=01 FBV=00 FAV=11 FAS=01.  
Ini t i al i zi ng Rockwel l Bt 8472 HDLC  
Found 3 port s. . . .  
e_l oopback_t est : packet buffer at 200d2080  
et her0 act i ve . . . PCI-Mast er  
st ac_hw_i ni t : Ini t i al i zi ng STAC hardware, addr = 0x0ffff800  
Hardware compressi on (9711)  
Hardware Compressi on Enabl ed  
Runni ng ComOS. . .  
Port Mast er Consol e l ogi n  
A-3  
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Observing Boot Messages  
Use Table A-2 to interpret possible diagnostic boot messages.  
Table A-2 Interpreting Diagnostic Boot Messages  
Possible Message  
Field  
Explanation  
INA PROM  
N
Version number of the  
installed boot PROM.  
Testing System Clock  
Sizing System Memory  
ERROR  
This error indicates a boot  
failure. Record all  
information to this point  
and contact Lucent  
technical support.  
ERROR at failed  
memory address.  
This error indicates a boot  
failure. Record all  
information to this point  
and contact Lucent  
technical support.  
CPU Type  
486DX5-133  
N/A  
The type of CPU installed.  
N/A  
Starting FLASH Boot  
Flash Memory  
Am29F016 4096K  
Nonvolatile RAM brand  
name and size in kilobytes.  
16384  
16384  
Counter for system  
memory dynamic RAM  
(DRAM) size. If the size  
counter freezes, record all  
information to this point  
and contact Lucent  
technical support.  
Verifying Load Module Checksum  
Invalid Length for  
Flash at RAM  
address.  
This error indicates a boot  
failure. Record all  
information to this point  
and contact Lucent  
technical support.  
Starting Loader  
N/A  
N/A  
Testing High Memory  
ERROR at failed  
memory address  
This error indicates a boot  
failure. Record all  
information to this point  
and contact Lucent  
technical support.  
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Using the DS-1 Test Jacks  
Table A-2 Interpreting Diagnostic Boot Messages (Continued)  
Field  
Possible Message  
Explanation  
Set t i ng up ACC 2188 PCI Cont rol l er  
Found 16384K PCI Memory at 0x1ffff000  
Test i ng PCI Memory bl ock 0x20000000-  
0x20ffffff . . . Passed  
PCI memory has been  
correctly set up.  
Tot al of 16384K PCI Memory Ready  
bl ock al l oc 425 870400  
bl ock_al l oc: cpu<0> cont rol 0028bdb0  
free_count <425>  
PM3VT/Legend ComOS V4.15.a4.  
ComOS version string.  
100R HV=01 FBV=00 FAV=11 FAS=01  
MERLIN firmware  
identification.  
Found x ports  
3
Number of ports found,  
including C0 and C1.  
Ether0 active  
PCI-Master  
N/A  
Ethernet interface found.  
Running ComOS  
If the system becomes  
suspended at this point  
and does not print the next  
message, the configuration  
nonvolatile RAM  
(NVRAM) has been  
corrupted. Refer to the  
PortMaster Troubleshooting  
Guide for instructions on  
nonvolatile RAM recovery.  
PortMaster Console login:  
N/A  
System is up and running.  
Using the DS-1 Test Jacks  
The six test jacks provide the means to connect external test equipment to the T1/PRI  
line. Table A-3 describes the functions of the individual jacks. Figure A-1 illustrates the  
test jack locations. Figure A-2 shows the test jack configuration.  
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Using the DS-1 Test Jacks  
Table A-3 DS-1 Test Jacks Description  
Test Jack Label  
Description and Usage  
MON In  
Monitor In. This jack allows external test equipment to  
passively monitor the T1/PRI signal coming from the  
network to the INA module. The use of this jack does not  
disrupt the T1/PRI signal received by the INA module from  
the network.  
MON Out  
Monitor Out. This jack allows external test equipment to  
passively monitor the T1/PRI signal going to the network  
from the INA module. The use of this jack does not disrupt  
the T1/PRI signal transmitted by the INA module to the  
network.  
NET In  
Network In. An intrusive, break-in jack that allows external  
test equipment to inject a T1/PRI signal to the network. The  
use of this jack disrupts the T1/PRI signal transmitted by the  
INA module to the network.  
EQPT Out  
Equipment Out. An intrusive, break-in jack that allows  
external test equipment to intercept and terminate the  
T1/PRI signal coming from the INA module. The use of this  
jack disrupts the T1/PRI signal transmitted by the INA  
module to the network.  
NET Out  
EQPT In  
Network Out. An intrusive, break-in jack that allows  
external test equipment to intercept and terminate the  
T1/PRI signal coming from the network. The use of this jack  
disrupts the T1/PRI signal received by the INA module from  
the network.  
Equipment In. An intrusive, break-in jack that allows  
external test equipment to inject a T1/PRI signal to the INA  
module. The use of this jack disrupts the T1/PRI signal  
received by the INA module from the network.  
A-6  
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Using the DS-1 Test Jacks  
Figure A-1 DS-1 Test Jack Locations  
M
O
N
I
N
M
O
N
O
U
T
N
E
T
I
N
E
Q
P
T
O
U
T
N
E
T
O
U
T
E
Q
P
T
I
N
1210-011  
Figure A-2 DS-1 Test Jack Configuration  
A-7  
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Using the DS-1 Test Jacks  
A-8  
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Cable Specifications  
B
This appendix provides cable and pinout specifications.  
Cables Specified  
Con sole Cable. This null modem cable is used to connect a terminal or PC to the  
console port of the INA module.  
T1/PRI Cable. This cable is used to connect a T1/PRI line to the INA module.  
Et h ern et In t erface Cable. This cable is used to connect the Ethernet connector on  
the INA module to an Ethernet hub.  
Crossover Cable. This cable is used to make a simulated network connection  
between the INA modules Ethernet port and a free-standing computer workstation.  
Console Cable  
Table B-1 shows the cable pinouts for a RJ-45-to-DB-25 null modem cable. The INA  
module does not use Data Set Ready (DSR).  
Table B-1 Console Cable Pinout  
INA Mod u le  
Serial Port (C0)  
PC or term in al  
Serial Port  
DB-25  
RJ -45  
Nam e  
RTS  
Defin ition  
Direction  
Output  
(DTE)  
Sign al  
1
Request to Send  
Data Terminal Ready  
Transmit Data  
Signal Ground  
Signal Ground  
Receive Data  
5
CTS  
2
DTR  
TXD  
GND  
GND  
RXD  
DCD  
CTS  
Output  
81  
DCD  
RXD  
3
Output  
3
4
NC2  
7
5
GND  
TXD  
DTR  
RTS  
6
Input  
Input  
Input  
2
7
Data Carrier Detect  
Clear to Send  
20  
4
8
NC2  
Data Set Ready  
61  
DSR  
1. Pins 8 and 6 in the DB-25 connectors are connected internally.  
2. Not connected.  
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T1/PRI Cable  
T1/PRI Cable  
Table B-2 shows the pinouts for a category 5 unshielded, ungrounded, twisted pair  
cable, as specified by the EIA/TIA-568-B wiring standard, with an RJ-48C connection  
Table B-2  
T1/E1 RJ-48C Connector Pinout  
T1 Port  
Direction t o or  
from t h e INA  
Mod u le  
RJ -48C  
Sign al  
Defin ition  
1
2
4
5
RXD (Ring)  
RXD (Tip)  
TXD (Ring)  
TXD (Tip)  
Receive Data  
Input  
Transmit Data  
Output  
Ethernet Interface  
Table B-3 provides specifications for the 10Mbps baseband IEEE 802.3-compatible  
Ethernet interface.  
Table B-3 Ethernet Interface  
Ethernet Connector  
Transmission  
Distance  
Type  
Type  
Cable Type  
RJ-48C  
RJ-48C for 10BaseT  
Category 5  
unshielded  
twisted pair  
Hub distance—328ft (100m) maximum  
Repeaters—four maximum  
B-2  
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Crossover Cable  
Crossover Cable  
This RJ-45 crossover cable is used to connect two (and only two) machines using  
10baseT Ethernet without the use of a hub. The cable must be fabricated from category  
5 unshielded twisted pair. Table B-4 shows the wiring for this cable.  
Table B-4 Crossover Cable Wiring  
RJ-45 Connector  
pin 1  
RJ-45 Connector  
pin 3  
pin 2  
pin 6  
pin 3  
pin 1  
pin 6  
pin 2  
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Crossover Cable  
B-4  
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MERLIN MAGIX Administration  
C
This appendix describes the MERLIN MAGIX system programming options for the INA  
module. The INA module is identified as a 100R module in MERLIN MAGIX  
programming and console displays.  
The following topics are covered:  
INA Module System Programming Summary  
In general, the INA/100R module supports the same system programming options as the  
100D module. Specific exceptions and additions are noted in this appendix. Additions  
include the ability to configure and maintain the internal CSU/DSU supported by the  
100R module. Exceptions include that only bipolar 8-zero substitution (B8ZS) encoding  
is supported when the module is used in PRI mode. For more information on 100D  
module programming, see the System Programming Manual (555-710-111).  
Not e To avoid corruption of data sent and received by the integrated data router,  
Lucent recommends that all T1/PRI lines used with the INA module be provisioned for  
B8ZS encoding.  
Each 100R module accommodates up to 23 PRI channels or 24 T1 channels. Each  
channel can be either used by the MERLIN MAGIX or assigned to the data router.  
Channels assigned to the router can be used for Internet access, remote network  
connections, and other WAN applications.  
Channels on the 100R module provide the same features and capabilities as channels on  
a 100D module. For example, the channels on the 100R module can be configured as  
robbed-bit channels for T1 applications or can be used in B-channel groups for PRI  
applications. Channels on the 100R module count towards system capacities just as  
channels on the 100D module do. Channels that are assigned to the router are included  
in the count. Therefore, the combined total of 100R and 100D modules in a system  
cannot exceed three.  
In addition to MERLIN MAGIX system programming, the INA module requires  
programming specifically for the router subsystem. (See “Network Settings” on  
INA Module Administration Options  
The INA module introduces two additional administration options: to activate or  
deactivate the onboard CSU and DSU channel selection.  
C-1  
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INA Module Administration Options  
The rest of the administration options are essentially the same as for the 100D module.  
For more information on configuring the 100D module, see System Programming manual  
(555-710-111).  
Activate or Deactivate the Onboard CSU  
The internal CSU on the INA module is activated by default. You can view and change  
this setting by using the following sequence on your system programming console:  
Menu: SysProgSt art Li nesTrunksMoreMoreCSU/ DSUSl ot #Ent er→  
Act i vat eCSU  
Cau t ion The MERLIN MAGIX is forced into an idle state if the CSU settings are  
changed during active voice calls. In this case, the change in CSU status occurs after all  
active voice calls have been terminated.  
!
Deactivating the CSU has the following impact on 100R module operation:  
The 100R board does not respond to network initiated loopback requests.  
The 100R board does not send T1 performance statistics to the network.  
The line compensation value used by the 100R board corresponds to the DTE  
settings appropriate for a 100D module instead of a CSU. The DTE and CSU values  
are summarized in Table C-1  
Table C-1 100R Module Line Compensations with a Deactivated CSU  
Lin e Com p en sat ion  
Sett in g in MERLIN  
MAGIX System  
Program m in g  
DTE Lin e Com p en sat ion  
Wh en CSU Is  
DEACTIVATED  
CSU Lin e Bu ild ou t  
(LBO) Wh en CSU Is  
DEACTIVATED  
1
2
3
4
5
0 to 133 feet  
0.0db  
133 to 266 feet  
266 to 399 feet  
399 to 533 feet  
533 to 655 feet  
-7.5db  
-15db  
-22.5db  
-22.5db  
DSU Channel Selection  
By default, no channels are assigned to the router. DSU channel selection is used to  
assign channels to the router. Use the following sequence on your system programming  
console to assign channels to the router:  
Menu: SysProgSt art Li nesTrunksMoreMoreCSU/ DSUSl ot #Ent er→  
Channel Sel Channel #Ent er  
You must repeat this sequence for each channel to be assigned to the router.  
C-2  
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INA Module Maintenance Options  
Not e For T1 configurations, you can assign a channel to the router only if the channel  
is Unequipped from a switch perspective. For PRI configurations, you can assign a  
channel to the router only if the channel is not used in a B channel group or a line pool  
on the switch.  
Not e For the router to recognize a change in channel assignments, you must reboot  
the router either from its command line interface or by pressing the reboot button on  
the INA module.  
You can view a summary of DSU channel assignments by using the following sequence  
on your system programming console.  
Menu: SysProgSt art Li nesTrunksMoreMoreCSU/ DSU→  
Sl ot #Ent erChannel Sel Inspect  
All channels are listed and marked with one of the selections shown in Table C-2:  
Table C-2 Inspect DSU Channel Assignments  
Selection  
Descrip tion  
R
S
The channel is assigned to the router.  
The channel is assigned to the switch.  
U
The channel is assigned to neither the router nor the  
switch.  
Use the following sequence on your system programming console to unassign channels  
from the router.  
Menu: SysProgSt art Li nesTrunksMoreMoreCSU/ DSU→  
Sl ot #Ent erChannel Sel Channel #Del et e  
You must repeat this sequence for each channel to be unassigned from the router.  
INA Module Maintenance Options  
The 100R module has improved T1/PRI error event reporting and has an expanded set  
of demand tests. All 100D module maintenance options are also included.  
Error Events  
The INA module provides three additional error event counts as well as the ability to  
manually clear these error event counts. Included are  
24-hour event totals  
Current events  
Selected interval events  
Clearing error events  
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INA Module Maintenance Options  
Not e The additional error event counts are cleared whenever the INA module is reset.  
Be sure to view the error events before resetting the module or busying out the module.  
From your system programming console, use the following sequence to access the INA  
module Error Events screen. Be sure to select the corresponding INA module slot  
number.  
Menu: Mai nt enanceSl ot Sl ot #Ent erError Event s  
The Current Hour and Previous Hour error event screens that are also used on the 100D  
module are available on the INA module. Clearing the new error event counts does not  
affect the Current Hour and Previous Hour error event counts. Because the Current  
Hour and Previous Hour statistics are computed with a different algorithm, Current  
Hour and Previous Hour counts do not match the newer counts.  
24 Hour Event Totals  
The 24-hour total error event screen reports cumulative error statistics spanning the  
past 24 hours. The current event totals are not included in this report. From your  
system programming console, use the following sequence to access the INA 24 Hr Total  
screen. Be sure to select the corresponding INA module slot number.  
Menu: Mai nt enanceSl ot Sl ot #Ent erError Event s24 hr t ot al  
This screen provides statistics related to the health of the T1/PRI interface. These  
statistics are summarized in Table C-3.  
Table C-3 24-Hour Total Error Line Items  
It em  
Descrip t ion  
24 Hour Slot xx  
xx is the slot currently being reported on.  
nn Valid  
nn is the number of valid historical 15-minute  
Intervals  
intervals from the past 24 hours. A valid historical  
interval is one for which data has been captured while  
the system was running. During a valid interval, data  
has not been lost due to a clearing of error events or a  
board reset. A board reset can occur during a reset,  
busy-out, frigid start, cold start or power outage.  
MIS  
SLP  
ES  
Misframes.  
Slips.  
Errored Seconds.  
Bursty errored seconds.  
Severely errored seconds.  
Failed seconds.  
BS  
SEC  
FS  
BPV  
Bipolar violations.  
C-4  
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Each error statistic represents the sum of error events from all valid intervals including  
the current interval. The message “9999” represents an overflow situation.  
You can refresh the 24-hour total screen by pressing Back and then pressing 24 h r  
total again.  
Current Events  
The Current error event screen reports error statistics for the 15-minute interval that is  
currently active. The elapsed minutes line displays the number of minutes that have  
elapsed for the current interval. The elapsed minutes display ranges from 0 to 15 and is  
rounded to the nearest minute. From your system programming console, use the  
following sequence to access the Current screen. Be sure to select the corresponding  
INA module slot number.  
Menu: Mai nt enanceSl ot Sl ot #Ent erError Event sCurrent  
The events reported are the same as for the 24 hour event totals screen.  
You can refresh the Current screen by pressing Back and then pressing Cu rrent  
again.  
Selected Interval Events  
The Selected Interval Events screen reports on error statistics for a specific 15-minute  
interval from the past 24 hours. Ninety-six 15-minute intervals occur in a 24-hour  
period. Interval 1 is the most recent 15 minute interval just before the current interval,  
and interval 96 is the oldest interval. From your system programming console, use the  
following sequence to select a specific interval from the Selected Interval Events screen.  
Be sure to select the corresponding INA module slot number.  
Menu: Mai nt enanceSl ot Sl ot #Ent erErrorEvent sInt erval →  
Int erval #Ent er  
Not e Invalid intervals have all zeroes for error data, but no visual indication is given  
to show that the interval is not valid. You can, however, compute the total number of  
invalid intervals by subtracting the valid interval count on the 24-hour total screen from  
96.  
Clearing Error Events  
The Clear Error Events screen causes error events for all intervals, including the current  
interval, to be cleared. From your system programming console, use the following  
sequence to access the Clear Error Events screen. Be sure to select the corresponding  
INA module slot number.  
Menu: Mai nt enanceSl ot Sl ot #Ent erError Event sCl ear  
To stop the clear event and retain all error events, press Back or Can cel. You will  
return to the Error events screen.  
C-5  
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INA Module Maintenance Options  
Demand Tests  
The INA module board incorporates three new demand tests:  
Line loopback  
Payload loopback  
Bit error rate test (BERT)  
Line Loopback Test  
The line loopback test loops the T1 signal back towards the network without  
regenerating framing and without recalculating a cyclic redundancy test (CRC)  
checksum. To perform this test, you must first busy out the INA module. From your  
system programming console, use the following sequence to start the line loopback test:  
Menu: Mai nt enanceSl ot Sl ot #Ent erDemand t est Li neLpbk  
After the line loopback test has been started, selecting Back terminates the test.  
Not e During the line loopback test, the INA module transmit clocking is derived from  
the signal received by the INA module. The remote end of the T1 connection must be  
set up as the clock master for the T1/PRI inrfco v(o)6.5il tilclooPayloadeLoopbackThe a4(sy)-729(l)-1.1(1)  
eern f75.4(r98.1am in )665n f75.4atneC rceh (eck-7.5(c)-1.p9fr7(eu5).4o0k.3-m7.)51r2c.1ti.nh  
st fi(s)-.1 t yetyeIN(A)--5.4( )12.1mt dume. Flo mt sst prsog ramtin o(n)-593(s)1.1ol(e)-8.4,ietye  
llow iu seuete sahep(a)-7.9ybll(a)-7.9d( lo1)-12.2pok1teest:  
Menu: Mai nt enanceSl ot Sl ot #Ent erDemand t est →  
C-6  
INA Module Installation and Configuration Guide  
         
INA Module System Interactions  
Table C-4 describes the available BERT test patterns.  
Table C-4 BERT Test Patterns  
Test Op tion s  
QRSS  
Descrip t ion  
Produces a quasi-random test pattern.  
3 i n 24  
Produces a bit pattern consisting of 3 ones in 24  
(1000 1000 1000 0000 0000 0000).  
Al l zeroes  
Produces a test pattern of all zeroes.  
Produces a test pattern of all ones.  
Al l ones  
After starting a BERT test, press Mon itor to view the progress of the test. One of the  
following results will be displayed.  
No Syn ch —Indicates that the BERT test pattern is not being successfully received  
back.  
Syn c-Errors—Indicates that the BERT test pattern is being successfully received.  
The console displays the number of bit error detected. For overflow situations  
“99999” is displayed.  
To refresh the display, press Back, and then select Mon itor. This refreshes the test  
results without terminating the test.  
Not e During BERT testing, the INA module transmit clocking is derived from the  
backplane of the MERLIN MAGIX. The remote end of the T1 connection must be set up  
as either the clock slave for the T1/PRI interface, or must provide a line loopback.  
INA Module System Interactions  
Backup and Restore  
Like the 100D module, any programming done on the MERLIN MAGIX for the INA  
module can be backed up and restored with the system Personal Computer Memory  
Card International Association (PCMCIA) card or by a PC running WinSPM. The new  
administration options for the INA module (CSU Activate/Deactivate and DSU Channel  
Selection) are included.  
Not e Administration data associated with the router is not backed up and restored by  
the MERLIN MAGIX backup functions. Router administration data must be backed up  
and restored separately by using PMVision (see Chapter 6, “Using PMVision”). The  
INAWizard may be used to restore the basic network settings, but is not a true backup.  
Surrogate Operation  
The INA module supports surrogate mode programming. The INA module is indicated  
on MERLIN MAGIX system programming screens by the label 100R-U.  
C-7  
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INA Module System Interactions  
Board Renumbering  
The INA module works in the same manner as the 100D module for board  
renumbering. Use board renumbering to replace a 100D module with a 100R module,  
and vice versa. After the board renumbering, T1/PRI data that had been previously  
administered for the replaced module is associated with the new module. The data  
channels assigned to the 100R are now be unassigned on the 100D module.  
Print Reports  
The System Inventory Report is enhanced to include summary information about INA  
modules present in the system. This summary information is presented under the  
100-RU label.  
PCMCIA Flash Memory Card-Based Upgrade Operation  
The INA module firmware is upgradeable using the MERLIN MAGIX PCMCIA card.  
Not e Performing an upgrade to the INA module firmware using the MERLIN MAGIX  
PCMCIA card does not upgrade the INA module router software. Router software is  
upgraded separately with the PMVision application. Depending upon the nature of the  
upgrade, either a INA module firmware upgrade, or a router software upgrade, or both  
might be required.  
Other System Interactions  
Table C-5 shows system conditions applying to the INA module.  
Table C-5 INA Module System Interactions  
Con d it ion  
Exp lan ation  
Id le Con d ition s -  
Syst em Forced  
Id le  
The system might be forced into an idle state  
while the module is routing data traffic. When  
the system is in the forced idle condition, the  
router on the INA module continues to operate  
and route data traffic.  
Slot Bu sy-Ou t  
An INA module can be busied out even if the  
module is routing data traffic. Busying out the  
module disrupts both voice and router services.  
Voice and data services are restored when the  
module is restored.  
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INA Module System Interactions  
Table C-5 INA Module System Interactions (Continued)  
Con d it ion  
Exp lan ation  
Syst em Erase  
(Frigid Start)  
When a frigid start occurs, all MERLIN MAGIX  
parameters for the INA module are returned to  
default values. Router administration data,  
however, is preserved. MERLIN MAGIX  
parameters must be reprogrammed after the  
frigid start to restore voice and data services. The  
router must be rebooted after DSU channel  
selection has been performed.  
Syst em Rest art  
(Cold Start )  
All programming for the INA module is saved  
during a cold start. Voice and router services are  
disrupted for the duration of the cold start but  
are restored after the cold start.  
Warm Start  
All the programming for the INA module is saved  
during a warm start.  
Board  
Rep lacem en t  
You must turn the power off on the MERLIN  
MAGIX before replacing an INA module. The  
INA module is not hot-swappable.  
C-9  
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INA Module System Interactions  
C-10  
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Index  
specifications B-1  
T1/PRI 3-3, B-2  
Nu m erics  
100D module C-1  
caution icon xiv  
operation 2-2  
renumbering boards C-8  
channel rate, setting 2-3, 5-6, 6-6  
channels  
24-hour event totals C-4  
assigning 2-2, C-2  
setting 5-6  
A
code supression, B8ZS 2-1, C-1  
cold start C-9  
activate or deactivate CSU 2-1, C-2  
administration options C-1  
administrative password 5-2  
command line interface  
description 1-2  
using 5-1  
B
configuration  
B8ZS encoding 2-1, C-1  
console port 3-2  
getting information 2-1  
parameters 2-3  
steps 1-4  
backup  
INA module settings 6-7  
MERLIN MAGIX settings C-7  
BERT C-6  
configuration displays, PMVision 6-5  
configuration functions, PMVision 6-4  
configuration panels, PMVision 6-4  
bit error rate test (BERT) C-6  
boards  
connecting  
renumbering C-8  
replacement C-9  
console 3-3  
Ethernet cable 3-4  
INAWizard workstation 4-1  
PMVision workstation 6-1  
serial passthrough cable 3-1  
T1/PRI Cable 3-3  
boot messages  
checking A-2  
interpreting A-4  
boot mode, configuring 3-3  
BOOTP 3-3  
console  
broadcast address, setting 5-3  
cable B-1  
checking messages A-2  
configuring port 3-2  
connecting 3-3  
C
C0 port  
location 1-3  
using 5-1  
console session  
C1 serial port 5-2  
passthrough serial connection 5-2  
Telnet 5-2  
C1 serial port  
location 1-2  
using for console session 5-2  
using C0 port 5-1  
cables  
contact information  
Lucent technical support xv  
mailing lists xv  
connecting 3-1  
console 3-3, B-1  
crossover B-3  
Ethernet 3-4, B-2  
passthrough 3-1  
conventions in this guide xiv  
crossover cable  
Index-1  
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Index  
pinout B-3  
PMVision 6-2  
CSU  
current events C-5  
selected interval C-5  
Ethernet  
activate or deactivate 2-1, C-2  
line buildout C-2  
cable B-2  
connecting cable 3-4  
LEDs 3-6  
CSU/DSU 1-1  
Ethernet activity LED  
location 1-3  
current events C-5  
observing 3-6  
D
Ethernet interface B-2  
location 1-4  
data channels  
description 1-1  
first channel assigned 2-3  
unassigning C-3  
specifications B-2  
Ethernet link LED  
location 1-4  
deleting data channels C-3  
demand tests C-6  
observing 3-6  
F
filters, on WAN port 5-7  
destination address 5-7  
fire risk ix  
DHCP settings 2-4  
frigid start C-9  
diagnostic messages A-4  
DIP switch  
front panel 1-2  
boot mode 3-2  
location 1-3  
setting 3-2  
functions, PMVision 6-4  
G
DLCI settings 2-3, 5-7, 6-6  
document advisory xiv  
gateway 2-3, 5-4, 6-6  
documentation  
MERLIN MAGIX xi  
PortMaster xiii  
H
hostname resolution 5-4  
document conventions xiv  
domain name 5-5  
hot-swappability C-9  
DS-1 LEDs  
I
front panel location 1-2  
observing 3-4  
idle conditions C-8  
DS-1 test jacks  
location 1-4, A-7  
using A-5  
INA module  
administration 1-1  
administration options C-1  
basic settings 2-3, 6-5  
board renumbering C-8  
command line interface connection 5-1  
description 1-1  
front panel 1-3  
INA wizard connection 4-1  
installation 3-1  
DSU  
channel assignments C-3  
channel selection 2-1, C-2  
Dynamic Host Connection Protocol. See DHCP  
settings  
E
maintenance options C-3  
overview of installation and configuration 1-  
4
electrical shock risk ix  
error events  
PMVision connection 6-1  
replacement C-9  
24-hour event totals C-4  
clearing C-5  
Index-2  
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Index  
system interactions C-7  
system programming summary C-1  
assign channels commands 2-2, C-2  
programming summary C-1  
INAWizard  
messages on the console  
checking A-2  
description 1-2  
installation 4-1  
interpreting A-4  
operation 4-2  
system requirements 4-1  
N
inawizard_install.exe 4-1  
name service 2-3  
INAWizard workstation  
NAT settings 2-4  
connection with crossover cable 4-2  
LAN connection 4-1  
netmask  
Ether0 2-3, 6-6  
W0 6-6  
injury risk ix  
installation  
network activity LED  
location 1-3  
INA module 3-1  
INAWizard 4-1  
PMVision 6-1  
steps 1-4  
network address  
setting 5-3  
network parameters 2-2, 6-5  
note icon xiv  
IP address, Ether0  
broadcast 5-3  
network 2-3, 5-3, 6-5  
IP address, W0  
destination 2-3, 5-7, 6-6  
local 2-3, 5-6, 6-6  
O
observe LED behavior 3-4  
IPX 5-3  
P
L
parameters, basic configuration 2-3, 5-3, 6-5  
LAN connection  
INAWizard 4-1  
PMVision 6-1  
passthrough serial connection  
cable 3-1  
using 5-2  
LEDs  
payload loopback test C-6  
PCMCIA upgrade C-8  
DS-1 3-4  
Ethernet 3-6  
observing for troubleshooting A-1  
system 3-5  
T1/PRI 3-4  
PMVision  
adding WAN ports with 6-7  
backup function 6-7  
basic settings 6-5  
line loopback test C-6  
communicating with INA 6-3  
configuration displays 6-5  
configuration functions 6-4  
configuration panels 6-4  
connect workstation 6-1  
description 1-2  
link LED  
location 1-4  
observing 3-6  
local WAN port address 2-3, 6-6  
login 5-2  
entering settings with 6-5  
installation 6-1  
LAN connection 6-1  
restore function 6-8  
running 6-2  
selecting functions 6-4  
setting WAN ports 6-7  
system requirements 6-1  
using 6-1  
M
mailing lists, subscribing to xv  
maintenance options C-3  
MERLIN MAGIX  
setup T1/PRI 2-1  
software upgrade C-8  
MERLIN MAGIX administration  
Index-3  
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Index  
precautions, safety ix  
subnet mask 5-3, 5-7  
support, technical xiv, xv  
surrogate operation C-7  
system erase C-9  
print reports C-8  
protocol, WAN port 2-3, 5-7, 6-6  
system interactions C-7, C-8  
system LED  
location 1-3  
observing 3-5  
R
reboot button, location 1-4  
removing data channels C-3  
renumbering boards C-8  
reports C-8  
system name 2-3, 5-4, 6-6  
system requirements  
INAWizard 4-1  
PMVision 6-1  
restoring  
system restart C-9  
INA module settings 6-8  
MERLIN MAGIX settings C-7  
T
T1/PRI  
running PMVision 6-2  
all unequipped 2-2, C-2  
assign channels 2-2, C-2  
assigning channels 2-2  
cable B-2  
S
safety instructions ix  
selected interval events C-5  
connector location 1-4  
LEDs 3-4  
MERLIN setup 2-1  
provisioning information 2-1  
unequipped 2-2, C-2  
serial passthrough  
connecting 3-1  
using 5-2  
set administrative password 5-2  
set broadcast address 5-3  
set channel rate 5-6  
tables, configuration 6-5  
technical support xv  
set default route gateway 5-4  
set DIP switch 1 to the right. 3-2  
set DIP Switches 3-2  
set domain 5-5  
telnet console session 5-2  
test jacks, DS-1  
location 1-4, A-7  
using A-5  
set Ether0 broadcast 5-3  
set Ether0 netmask 5-3  
set gateway 5-4  
tests  
BERT C-6  
line loopback C-6  
payload loopback C-6  
set line0 channels 5-6  
set nameserver 5-5  
training  
INA module xv  
PortMaster xv  
set namesvc 5-5  
set system name 5-4  
troubleshooting INA module A-1  
settings  
INAWizard 2-3  
using PMVision for 6-5  
U
set W1 address 5-7  
set W1 destination 5-7  
set W1 netmask 5-7  
set W1 protocol 5-7  
set W1 speed 5-6  
unassigning data channels C-3  
using INAWizard 4-1, 6-1  
using WinSPM 5-2  
slot busy out C-8  
V
voice channels, description 1-1  
Index-4  
INA Module Installation and Configuration Guide  
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Index  
W
WAN port  
additional 2-2  
channel rate 2-3, 5-6  
filters 5-7  
protocol 5-7  
rebooting 5-6  
setting 5-5  
setting with PMVision 6-7  
warm start C-9  
warning icon xiv  
warranty xv  
WinSPM  
passthrough option 5-1, 5-2  
utility 1-1  
Index-5  
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