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by any means, electronic, mechanical, magnetic, manual or otherwise, or disclosed to third parties without the express
written permission of Paradyne Corporation, 8545 126th Ave. N., Largo, FL 33773.
Paradyne Corporation makes no representation or warranties with respect to the contents hereof and specifically
disclaims any implied warranties of merchantability or fitness for a particular purpose. Further, Paradyne Corporation
reserves the right to revise this publication and to make changes from time to time in the contents hereof without
obligation of Paradyne Corporation to notify any person of such revision or changes.
Changes and enhancements to the product and to the information herein will be documented and issued as a new
release to this manual.
Warranty, Sales, Service, and Training Information
Contact your local sales representative, service representative, or distributor directly for any help needed. For additional
information concerning warranty, sales, service, repair, installation, documentation, training, distributor locations, or
Paradyne worldwide office locations, use one of the following methods:
Internet: Visit the Paradyne World Wide Web site at www.paradyne.com. (Be sure to register your warranty at
www.paradyne.com/warranty.)
Telephone: Call our automated system to receive current information by fax or to speak with a company
representative.
— Within the U.S.A., call 1-800-870-2221
— Outside the U.S.A., call 1-727-530-2340
Document Feedback
We welcome your comments and suggestions about this document. Please mail them to Technical Publications,
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Trademarks
Acculink, Bitstorm, Comsphere, DSL the Easy Way, ETC, Etherloop, FrameSaver, GranDSLAM, GrandVIEW, Hotwire,
the Hotwire logo, Jetstream, MVL, NextEDGE, Net to Net Technologies, OpenLane, Paradyne, the Paradyne logo,
Paradyne Credit Corp., the Paradyne Credit Corp. logo, Performance Wizard, StormPort, TruePut are registered
trademarks of Paradyne Corporation.
ADSL/R, Connect to Success, Hotwire Connected, iMarc, JetFusion, JetVision, MicroBurst, PacketSurfer, Quick
Channel, ReachDSL, Reverse Gateway, Spectrum Manager, and StormTracker are trademarks of Paradyne
Corporation.
All other products or services mentioned herein are the trademarks, service marks, registered trademarks, or
registered service marks of their respective owners.
This equipment has been tested and found to comply with the limits for a Class A digital device
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference when the equipment is operated in a commercial environment.
Operation of this equipment in a residential area is likely to cause harmful interference, in which
case the user is required to correct the interference at the user’s own expense.
This equipment generates, uses, and can radiate radio frequency energy, and, if not installed and
used in accordance with the instruction manual, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception
(which can be determined by turning the equipment off and on), the user is encouraged to try to
correct the interference by taking one or more of the following measures:
•Reorient or relocate the receiving antenna
•Increase the separation between the equipment and receiver
•Plug the equipment into an outlet on a circuit different from that to which the receiver is currently connected
•Consult the dealer or an experienced radio/TV technician for help
This device must also accept any interference received, including interference that may cause
undesired operation.
WARNING:The 2008 and 2108 are to be used only with a certified Class 2 power supply.
See Appendix C, “Specifications.”
WARNING: Changes or modifications to this unit not expressly approved by the party
responsible for compliance could void the user’s authority to operate the
equipment.
The 2x08 complies with Part 68 of the FCC Rules and the requirements adopted by the ACTA.
On the bottom of the 2x08 unit is a label that contains, among other information, a product identifier in the format of US:GICDDNANNE2x08. If requested, this number must be provided to
the telephone company.
1 All direct connections to network lines must be made using standard plugs and jacks
(compliant with Part 68 and the requirements adopted by the ACTA). A compliant telephone
cord with a modular plug is provided with this product. It is designed to be connected to a
compatible modular jack that is also compliant. See installation instructions for details. The
table below presents a list of applicable registration jack USOCs and facility interface codes
(FIC). These are required when ordering service from the telco.
IADPort ID REN/ SOCFIC USOC
2008ADSL0.0BRJ11C
2108SHDSL0.0BRJ11C
2If the unit appears to be malfunctioning, it should be disconnected from the network lines
until the source of trouble is determined to be your equipment or the telephone line. If your
equipment needs repair, it should not be reconnected until it is repaired.
3If your telephone equipment causes harm to the telephone network, the telephone company
may discontinue your service temporarily. If possible, they will notify you in advance.
However, if advance notice is not practical, you will be notified as soon as possible. You will
be informed of your right to file a complaint with the FCC.
i
Page 4
4Your telephone company may make changes to its facilities, equipment, operations, or
procedures that could affect the proper functioning of your equipment. If they do, you will
be notified in advance so you can have the opportunity to maintain uninterrupted telephone
service.
5If you experience trouble with the 2008/2108 units, please contact your service
representative for information on obtaining service or repairs. The telephone company may
ask that you disconnect this equipment from the network until the problem has been
corrected or until you are sure the equipment is not malfunctioning. No user serviceable
parts are contained in this equipment. This equipment may not be used for coin service
provided by the telephone company. Connection to party lines is subject to state tariffs.
Contact the state Public Utilities Commission or Corporation for information. Do not attempt
to repair this equipment yourself.
This digital apparatus does not exceed the Class A limits for radio noise emissions from digital
apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications.
Le présent appareil numérique n’émet pas de bruits radioélectriques dépassant les limites applicables aux appareils numériques (de la class A) prescrites dans le Règlement sur le brouillage
radioélectrique edicté par le ministère des Communications du Canada.
This equipment has been tested and found to comply with the limits for a Class A digital device
pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection
against harmful interference when the equipment is operated in a commercial environment.
Operation of this equipment in a residential area is likely to cause harmful interference, in which
case the user is required to correct the interference at the user’s own expense.
This equipment generates, uses, and can radiate radio frequency energy, and, if not installed and
used in accordance with the instruction manual, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception
(which can be determined by turning the equipment off and on), the user is encouraged to try to
correct the interference by taking one or more of the following measures:
•Reorient or relocate the receiving antenna
•Increase the separation between the equipment and receiver
•Plug the equipment into an outlet on a circuit different from that to which the receiver is currently connected
•Consult the dealer or an experienced radio/TV technician for help
This device must also accept any interference received, including interference that may cause
undesired operation.
WARNING: The 2208 is for use only with a certified Class 2 power supply. See Appendix B,
WARNING: Changes or modifications to this unit not expressly approved by the party
The 2208 complies with Part 68 of the FCC Rules and the requirements adopted by the ACTA.
On the bottom of the 2208 unit is a label that contains, among other information, a product identifier in the format of US:GICDDNANNE2208. If requested, this number must be provided to
the telephone company.
1 All direct connections to network lines must be made using standard plugs and jacks
(compliant with Part 68 and the requirements adopted by the ACTA). A compliant telephone
cord with a modular plug is provided with this product. It is designed to be connected to a
compatible modular jack that is also compliant. See installation instructions for details. The
ii2000-A2-GB23-00
“Specifications.”
responsible for compliance could void the user’s authority to operate the
equipment.
Page 5
table below presents a list of applicable registration jack USOCs and facility interface codes
(FIC). These are required when ordering service from the telco.
IADPort ID REN/ SOCFIC USOC
22081.544 Mbps SF
1.544 Mbps SF, B8ZS
1.544 Mbps ANSI ESF
1.544 Mbps ANSI ESF, B8ZS
6.0N 04DU9-BN
RJ48C jack
04DU9-DN
04DU9-1KN
04DU9-1SN
2308SDSL0.0BRJ11C
2If the unit appears to be malfunctioning, it should be disconnected from the network lines
until the source of trouble is determined to be your equipment or the telephone line. If your
equipment needs repair, it should not be reconnected until it is repaired.
3If your telephone equipment causes harm to the telephone network, the telephone company
may discontinue your service temporarily. If possible, they will notify you in advance.
However, if advance notice is not practical, you will be notified as soon as possible. You will
be informed of your right to file a complaint with the FCC.
4Your telephone company may make changes to its facilities, equipment, operations, or
procedures that could affect the proper functioning of your equipment. If they do, you will
be notified in advance so you can have the opportunity to maintain uninterrupted telephone
service.
5If you experience trouble with the 2208/2308 units, please contact your service
representative for information on obtaining service or repairs. The telephone company may
ask that you disconnect this equipment from the network until the problem has been
corrected or until you are sure the equipment is not malfunctioning. No user serviceable
parts are contained in this equipment. This equipment may not be used for coin service
provided by the telephone company. Connection to party lines is subject to state tariffs.
Contact the state Public Utilities Commission or Corporation for information. Do not attempt
to repair this equipment yourself.
2208, 2208s, 2304,
2308, 2304s, 2308s
Canadian Emissions
Requirements
This digital apparatus does not exceed the Class A limits for radio noise emissions from digital
apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications.
Le présent appareil numérique n’émet pas de bruits radioélectriques dépassant les limites applicables aux appareils numériques (de la class A) prescrites dans le Règlement sur le brouillage
radioélectrique edicté par le ministère des Communications du Canada.
This equipment has been tested and found to comply with the limits for a Class A digital device,
except for the 2112, which complies with Class B limits, pursuant to Part 15 of the FCC Rules.
These limits are designed to provide reasonable protection against harmful interference when
the equipment is operated in a commercial environment. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user is required to correct
the interference at the user’s own expense.
This equipment generates, uses, and can radiate radio frequency energy, and, if not installed and
used in accordance with the instruction manual, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular
installation. If this equipment does cause harmful interference to radio or television reception
(which can be determined by turning the equipment off and on), the user is encouraged to try to
correct the interference by taking one or more of the following measures:
•Reorient or relocate the receiving antenna
•Increase the separation between the equipment and receiver
•Plug the equipment into an outlet on a circuit different from that to which the receiver is currently connected
•Consult the dealer or an experienced radio/TV technician for help
This device must also accept any interference received, including interference that may cause
undesired operation.
iii
Page 6
WARNING:The 2224/2324 and 2124 are for use only with a certified Class 2 power supply.
See Appendix B, “Specifications.”
WARNING: Changes or modifications to this unit not expressly approved by the party
responsible for compliance could void the user’s authority to operate the
equipment.
The 2224/2124 complies with Part 68 of the FCC Rules and the requirements adopted by the
ACTA. On the bottom of the 2000 Series units is a label that contains, among other information,
a product identifier in the format of US:GICDDNAN21xx or US:GICDDNAN82xx. If
requested, this number must be provided to the telephone company.
1 All direct connections to network lines must be made using standard plugs and jacks
(compliant with Part 68 and the requirements adopted by the ACTA). A compliant telephone
cord with a modular plug is provided with this product. It is designed to be connected to a
compatible modular jack that is also compliant. See installation instructions for details. The
table below presents a list of applicable registration jack USOCs and facility interface codes
(FIC). These are required when ordering service from the telco.
IADPort ID REN/ SOCFIC USOC
2224s1.544 Mbps SF
1.544 Mbps SF, B8ZS
1.544 Mbps ANSI ESF
1.544 Mbps ANSI ESF, B8ZS
6.0N 04DU9-BN
RJ48C jack
04DU9-DN
04DU9-1KN
04DU9-1SN
2324sSDSL0.0BRJ11C
2124sSHDSL0.0BRJ11C
2216, 2224s, 2316s,
2324s, 2112s, 2116s,
2124s Canadian
Emissions
Requirements
2If the unit appears to be malfunctioning, it should be disconnected from the network lines
until the source of trouble is determined to be your equipment or the telephone line. If your
equipment needs repair, it should not be reconnected until it is repaired.
3If your telephone equipment causes harm to the telephone network, the telephone company
may discontinue your service temporarily. If possible, they will notify you in advance.
However, if advance notice is not practical, you will be notified as soon as possible. You will
be informed of your right to file a complaint with the FCC.
4Your telephone company may make changes to its facilities, equipment, operations, or
procedures that could affect the proper functioning of your equipment. If they do, you will
be notified in advance so you can have the opportunity to maintain uninterrupted telephone
service.
5If you experience trouble with the 2000 Series units, please contact your service
representative for information on obtaining service or repairs. The telephone company may
ask that you disconnect this equipment from the network until the problem has been
corrected or until you are sure the equipment is not malfunctioning. No user serviceable
parts are contained in this equipment. This equipment may not be used for coin service
provided by the telephone company. Connection to party lines is subject to state tariffs.
Contact the state Public Utilities Commission or Corporation for information. Do not attempt
to repair this equipment yourself.
This digital apparatus does not exceed the Class A limits for radio noise emissions from digital
apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications.
Le présent appareil numérique n’émet pas de bruits radioélectriques dépassant les limites applicables aux appareils numériques (de la class A) prescrites dans le Règlement sur le brouillage
radioélectrique edicté par le ministère des Communications du Canada.
iv2000-A2-GB23-00
Page 7
Safety PrecautionsWhen handling this equipment, follow these basic safety precautions to reduce the risk of elec-
tric shock and injury:
•Follow all warnings and instructions marked on the product and in the manual.
•Unplug the hardware from the wall outlet before cleaning. Do not use liquid cleaners or aerosol cleaners. Use a slightly damp cloth for cleaning.
•Do not place this product on an unstable cart, stand, or table. It may fall, causing serious damage to
the product.
•Slots in the unit are provided for ventilation to protect it from overheating. These openings must not
be blocked or covered. Never place this product near a radiator or heat register.
•This product should be operated only from the type of power source indicated on the marking label
and manual. If you are unsure of the type of power supply you are using, consult your dealer or local
power company.
•Do not allow anything to rest on the power cord. Do not locate this product where the cord interferes
with the free movement of people.
•Do not overload wall outlets and extension cords, as this can result in fire or electric shock.
•Never push objects of any kind into the unit. They may touch dangerous voltage points or short out
parts that could result in fire or electric shock. Never spill liquid of any kind on this equipment.
•Unplug the equipment from the wall outlet and refer servicing to qualified service personnel under the
following conditions:
•When the power supply cord or plug is damaged or frayed
•If liquid has been spilled into the product
•If the product has been exposed to rain or water
•If the product has been dropped or if the housing has been damaged
•To reduce the risk of electrical shock, do not remove the cover from the unit or external power supply.
There are no user-serviceable parts inside this unit. Contact qualified service personnel.
v
Page 8
vi2000-A2-GB23-00
Page 9
Table of Contents
Preface
About this Manual ............................................................................................................................ xxiii
Products Covered by this Manual .............................................................................................. xxiii
IAD Security .........................................................................................................................................23
Password Configuration Menu .......................................................................................................24
Change User ID .......................................................................................................................25
Change User Password ............................................................................................................26
RADIUS Server Settings .........................................................................................................26
Setting Up SNMP .................................................................................................................................27
SNMP Configuration Menu ...........................................................................................................28
Enable/Disable SNMP via IP ..................................................................................................28
Enable/Disable SNMP via EOC ..............................................................................................29
Enable SNMP via Both IP and EOC .......................................................................................29
Disable SNMP via Both IP and EOC ......................................................................................29
Configure System Contact .......................................................................................................29
Configure System Name ..........................................................................................................30
Configure System Location .....................................................................................................30
Configure SNMP Community .................................................................................................30
Configure SNMP Trap Host IP Address .................................................................................30
Enable/Disable SNMP Traps via EOC ....................................................................................31
Configure Restart Trap Maximum Delay ................................................................................31
Defining Different SNMP Version 3 Categories .....................................................................31
LAN Configuration Menu ....................................................................................................................33
Establishing LAN Speed and Duplex Mode ..................................................................................33
Upgrading the System ...........................................................................................................................34
Using TFTP Servers via LAN or WAN .........................................................................................34
Copying the Source Files ...............................................................................................................34
Upgrading via TFTP ......................................................................................................................34
Verifying the Upgrade ....................................................................................................................35
Utilities Menu .......................................................................................................................................35
Accessing LAN Devices from the Internet ..................................................................................251
NAT Local Server Configuration ..........................................................................................252
NAT Alias Configuration ......................................................................................................252
IP Filtering ..........................................................................................................................................252
Information Policy .......................................................................................................................253
Dial Plan .............................................................................................................................................260
Appendix D Glossary
xxiii
Page 20
xxiv2000-A2-GB23-00
Page 21
About this Manual
This reference guide for the 2000 Series describes IAD features and
specifications, configuration, and cabling. This manual is designed to be used
as a reference regarding commands, interface ports, configuration parameters,
and other information specific to your IAD.
The chapters and appendices in this manual are arranged for quick reference
when you need it. We recommend that you first read the Quick Start Guide
and then refer to the remaining chapters for more detailed information.
Appendices are designed to complement the main chapters.
P
REFACE
• Chapter 1, "Introduction" – introduces the features of the 2000 Series IADs,
including the hardware, indicators, and ports.
• Chapter 2, "Quick Start Guide" – describes the process of getting an IAD up
and running in a typical customer premises. This chapter is helpful if you’re
new to 2000 Series products, because it lists each step, beginning with
unpacking the IAD. It also provides information about logging on, using the
menu interface, setting the IP address, basic configuration tasks, and
restarting the IAD. The subsequent chapters provide more detailed
information.
• Chapter 3, "Administration" – provides information about security,
configuring Simple Network Management Protocol (SNMP), upgrading
ACOS, system utilities, and other topics.
• Chapter 4, "Configuration" – details how to configure the 2000 Series for
physical connection to the network (T1/E1 and SDSL, frame relay and ATM,
Prefacexxiii
Page 22
and TDM voice for channelized T1/E1 circuits) as well as router, bridge,
voice path, firewall, DHCP, Multicast, and NAT configuration.
• Chapter 5, "Reports" − describes the reports you can run.
• Chapter 6, "Command Line Interface" – describes how to enter and exit CLI
mode, and how to use each command in the command line interface. You
may use these commands instead of using the corresponding commands in
the menu interface.
• Chapter 7, "Troubleshooting and Diagnostics" – shows you how to
troubleshoot and diagnose your configuration when abnormal symptoms
occur in the voice or computer network.
• Chapter 8, "Verification" − describes the steps you take to verify normal
operation once you’ve installed, connected, and configured your IAD. It also
covers maintenance and how to display the current configuration.
• Appendix A, "Menu Map"− provides a graphic view of your IAD’s menu
interface, illustrating its navigation and organization.
• Appendix B, "Specifications" − defines the specifications for the 2000 Series
IADs. In addition, this section provides ordering information and all the
connector pin assignments for the interfaces on the back of the 2000 Series
IADs.
• Appendix C, "Application Notes" − provides various applications details.
• Appendix D, "Glossary"− provides a glossary of terms used in this
manual.
Product-Related Documents
Complete documentation for Paradyne products is available online at
www.paradyne.com. Select Support → Technical Manuals.
To order a paper copy of a Paradyne document, or to speak with a sales
representative, please call 1-727-530-2000.
Typographic Conventions
The following table lists the conventions used throughout this guide.
ConventionDescription
A Notice calls attentions to important features or instructions.
A Caution alerts you to serious risk of data loss or other
results that may cause you or the IAD trouble if the warning is
not heeded.
A Warning alerts you to the risk of serious damage to the IAD
or injury and possible death to the end user.
xxiv2000-A2-GB23-00
Page 23
C HAPTER
C
HAPTER
1
I
NTRODUCTION
This chapter introduces the 2000 Series integrated access devices (IADs) and
describes their hardware and software.
As competition in the telecommunications market intensifies, carriers find
themselves under growing pressure to reduce network costs and deliver
differentiated, highly competitive services. In response to this challenge,
Paradyne provides a family of IADs that incorporates the capabilities of
multiple networking devices capable of supporting multiple networking
protocols such as TDM, Frame Relay, and ATM, and multiple applications
such as the integration of voice/data and high-speed internet access. By
consolidating multiple network devices, converging multiple services, and
moving intelligence to the network’s edge, Paradyne’s 2000 Series IADs
lower requirements for capital equipment, minimize operational expenditures,
and maximize carriers’ profits. Using the 2000 Series IADs to integrate legacy
networks into evolving infrastructures, service providers can now also enable
budget-constrained customers to leverage the power of wide-area
communications for competitive advantage. In particular, these new services
allow SMBs, often lacking the resources to install and manage multiple
communications devices, to compete effectively with their larger counterparts
in the global marketplace.
The 2000 Series IADs are access devices that terminate a network WAN, and
provide the end user with the ability to send and receive both voice calls and
data transmissions via a single connection. The network WAN connection
may be either T1, E1, SDSL, ADSL, or SHDSL. The High POTS Port models
have from 12 to 24 POTS ports that have metal housing and a Universal
Serial Interface (USI). The Low POTS Port models have from 4 to 8 POTS
ports that provide service via individual RJ11 ports. Low POTS Port models
are encased in a plastic housing. All models are equipped with a
10/100Base-T Ethernet interface with integrated routing protocols and
functionality.
The built-in flexibility of the 2000 Series, supporting emerging protocols such
as MGCP and SIP, enables the IAD to evolve with the network, and provides
an easily managed, cost-effective migration to VoIP.
2000 Series IADs provides a single unit solution that can support VoATM
and VoIP applications in a single unit. The 2208s, 2216s, and 2224s also
The “s” version of the
Introduction1
Page 24
support TDM. This provides the user with CPE investment protection,
reduced inventory and training requirements, as well as a built-in migration
path from TDM or VoATM to VoIP by a simple reconfiguration of the unit.
No costly truck rolls or forklift upgrades are required.
The 2000 Series IADs are ideal for service providers, offering small
businesses or home offices high-quality voice and data service over broadband
circuits. The 2000 Series supports any POTS device via a voice subsystem,
and any IP-based computer system (Ethernet printers; personal computers,
including Windows, Macintosh, Unix, Linux, etc.; network file servers, and
other network devices via a LAN subsystem.
Interfaces and Features of the
Low POTS Port Platform Architecture
Low POTS Port Platform Architecture
The Low POTS Port IADs are based on a single-board, fixed-configuration
architecture. Each unit supports one WAN interface (T1/E1, SDSL, ADSL,
SHDSL), one LAN interface, and four or eight POTS interfaces. The units are
housed in a plastic enclosure with an external power supply.
All units are based on a common core design consisting of a Motorola Power
QUICC CPU, 16 or 8 Mbytes of dynamic memory, and 2 Mbytes of FLASH
memory. Voice packetization and processing are handled by Texas
Instruments Digital Signal Processors (DSP).
Low POTS Port Features
The Low POTS Port IADs provide a highly interoperable, cost-effective voice
and high-speed data integration solution that is compatible with
industry-leading DSLAM and Voice Gateway manufacturers. These IADs
prioritize voice packets and dynamically allocate bandwidth between voice
and data services. Features include the following:
• For SDSL, supports the following DSLAMs:
• ATM: Lucent, Nortel, and Nokia
• Frame Relay: AccessLan, CopperMountain, and Paradyne.
• Supports the following Voice Gateways: CopperCom, JetStream, TdSoft,
Broadsoft, MetaSwitch, Cirpack, NuERA Tollbridge, Nortel, General
Bandwidth, Accelerated
• Provides seamless voice and high-speed data integration over SDSL, T1/E1,
ADSL, or SHDSL
• Supports data from POTS and 10/100Base-T customer premise interfaces
• Compatible with standards-based IP, ATM, and Frame Relay WAN
protocols
• Provides RJ11 POTS interface with Loop Start or Ground Start
22000-A2-GB23-00
Page 25
• Provides dynamic and static IP routing and bridging capabilities
• Provides firewall support via IP filtering
• Offers DHCP and NAT to support IP address management
• The “s” versions provide support for MGCP and SIP with the flexibility to
support TDM/VoATM/VoIP applications all in one unit
• Provides management capabilities including Telnet, SNMP, and TFTP
The Low POTS Port IADs are characterized by their different WAN
interfaces:
• 2208 − provides voice services and WAN access via T1or E1.
• 2308/2304 − provides voice services and WAN access via SDSL.
• 2008/2004 − provides voice services and WAN access via ADSL.
• 2108/2104 − provides voice services and WAN access via SHDSL.
Physical and electrical specifications for the 2208, 2308/2304, 2008/2004, and
2108/2104 IADs are listed in Appendix B, Specifications.
Low POTS Port Front Panel LED Status Indicators
The Low POTS Port front panels contain five LED status indicators. Each is
described in the table below.
Figure 1.1
LEDDescription
POWERIlluminates when the IAD is powered on.
LAN LINKIlluminates when there is an operational LAN connection on the
LAN ACTFlashes when there is activity on the Ethernet port.
WAN LINKFlashes as the IAD is establishing a link, and illuminates solid
VOICEIlluminates when there is activity on the voice ports. When
Low POTS Port Front Panel
03-17481
Ethernet port.
when there is a proper connection on the WAN port and
synchronization has been achieved.
connected to a CopperCom and Jetstream Voice Gateway, it
remains lit, and blinks when there is activity. (This LED does not
remain lit when other types of voice gateways are connected, but
will illuminate when a call is active.)
Introduction3
Page 26
Low POTS Port Rear Panel Connectors
The Low POTS Port rear panels have the following connectors: 10/100 LAN,
CONSOLE, WAN, LIFE LINE, LINE 1-8 telephone connectors, and PWR. Each
of these connectors is described below. Each unit has a
which is illustrated in Figure 2.1, “Typical Grounding Diagram.”
Ground, the use of
Figure 1.2
Figure 1.3
T1/E1 Low POTS Port Rear Panel Connectors
SDSL Low POTS Port Rear Panel Connectors
42000-A2-GB23-00
Figure 1.4
ADSL Low POTS Port Rear Panel Connectors
Page 27
Figure 1.5
SHDSL Low POTS Port Rear Panel Connectors
POWER (DC Power
Adapter)
Console (RS-232 Serial
Port)
10/100LAN
(10/100Base-T
Ethernet Port)
LINE 1-8 (Telephone
Interfaces)
LIFE LINE
WA N
Connects the IAD to any AC 100-240 V outlet (adapter included).
Connects the IAD to a PC using a straight-through nine-pin serial (DB-9)
cable, for the purpose of using a terminal emulator for IAD configuration and
management.
Connects the IAD to the local area network using a CAT-5 straight-through
Ethernet cable, or directly to a PC for accessing via Telnet (using a
cross-over, customer-supplied cable).
Supports eight analog telephones via RJ11 POTS ports.
Provides access to a telephone line when there is no power or voice gateway
to the IAD.
NOTICE: The 2008 also uses the WAN connection for the Life Line connection.
Connects through WAN interface as follows:
• 2208 − T1/E1 (uses an RJ48 connector)
• 2308/2304 − SDSL (uses an RJ11 connector)
• 2008/2004 − ADSL (uses an RJ11 connector).
• 2108/2104 − SHDSL (uses an RJ11 connector).
Data Interfaces
The data connection through the IAD supports IEEE 802.1-compliant bridging
and routing. When the IAD is configured for routing, it supports Routing
Information Protocol (RIP) version 1, version 2, or static IP routing. The IAD
complies with RFC 1812 when interfacing with IPV4 routers. The IAD can
terminate the following data interfaces:
• ATM data transport via SDSL, SHDSL, and T1/E1 per RFC 1483 or RFC
2364
• Frame Relay data transport via SDSL and T1/E1 per RFC 1490
• Frame Relay data transport per RFC 1483 with Q.922 frames
Introduction5
Page 28
Interfaces and Features of the
High POTS Port Platform Architecture
High POTS Port Platform Architecture
The High POTS Port IADs are based on a single-board, fixed-configuration
architecture. Each unit supports 1 WAN interface (T1/E1, SDSL, SHDSL), 1
LAN interface, and 12, 16, or 24 POTS interfaces via an RJ21 connector.
These units are housed in a metal enclosure with an internal power supply.
All units are based on a common core design consisting of a Motorola Power
QUICC CPU, 16 Mbytes of dynamic memory, and 4 Mbytes of FLASH
memory. Voice packetization and processing are handled by Texas
Instruments Digital Signal Processors (DSP).
High POTS Port Features
The High POTS Port IADs provide a highly interoperable, cost-effective
voice and high-speed data integration solution that is compatible with
industry-leading DSLAM and Voice Gateway manufacturers. These IADs
prioritize voice packets and dynamically allocate bandwidth between voice
and data services. Features include the following:
• For SDSL, supports the following DSLAMs:
• ATM: Lucent, Nortel, and Nokia
• Frame Relay: AccessLan, CopperMountain, and Paradyne.
• For SHDSL, supports the following DSLAMS for ATM: Lucent, Nortel, and
Nokia
• Supports the following Voice Gateways: CopperCom, JetStream, TdSoft,
Broadsoft, MetaSwitch, Cirpack, NuERA Tollbridge, Nortel, General
Bandwidth, Accelerated
• Provides seamless voice and high-speed data integration over SDSL, T1/E1,
or SHDSL
• Supports data from POTS and 10/100Base-T customer premise interfaces
• Compatible with standards-based IP, ATM, and Frame Relay WAN
protocols
• Interworking feature allows Frame Relay and ATM networks to exchange
data using either FRF.5 or FRF.8 protocol
• Provides RJ21 POTS interface with Loop Start or Ground Start
• USI supports V.35 and EIA-530
• Provides dynamic and static IP routing and bridging capabilities
• Provides firewall support via IP filtering
• Offers DHCP and NAT to support IP address management
• Supports MGCP and SIP with the flexibility to support TDM/VoATM/VoIP
applications all in one unit
62000-A2-GB23-00
Page 29
• Provides management capabilities including Telnet, SNMP, and TFTP
The High POTS Ports are characterized by their different WAN interfaces:
• 2216s/2224s − provides voice services and high-speed Internet or corporate
connectivity over T1 or E1.
• 2316s/2324s − provides voice services and high-speed Internet or corporate
connectivity over SDSL.
• 2112s/2116s/2024s − provides voice services and high-speed Internet or
corporate connectivity over SHDSL.
High POTS Port Front Panel LED Status Indicators
The High POTS Port front panels contain seven LED status indicators. Each
is described in the table below.
Figure 1.6
JetFusion
POWER
LAN
LINK
High POTS Port Front Panel
LAN
WAN
VOICE
DCE
DCE
ACT
LINK
LINK
ACT
03-17482
Front Panel
POWER LAN
LINK
LAN
WAN
VOICE
DCE
ACT
LINK
LINK
DCE
ACT
03-17483
Status Indicators
LEDDescription
POWERIlluminates when the IAD is powered on.
LAN LINKIlluminates when there is an operational LAN connection on the
Ethernet port.
LAN ActivityFlashes when there is activity on the Ethernet port.
WAN LinkFlashes as the IAD is establishing a link, and illuminates solid
when there is a proper connection on the WAN port and
synchronization has been achieved.
VOICEIlluminates when there is activity on the voice ports. Remains lit
DCE LINKIlluminates when there is a link between the IAD and data
DCE ACTIlluminates or blinks when there is activity on the DCE link.
when connected to a Jetstream Voice Gateway, and blinks when
there is activity.
communications equipment (DCE).
Introduction7
Page 30
High POTS Port Rear Panel Connectors
The High POTS Port rear panels have the following connectors: 10/100 LAN,
CONSOLE
BATTERY BACKUP
INPUT.
typical
, T1 (or DSL, depending on model), DCE V.35/RS-530 (USI),
, Voice Lines, LIFE LINE, On/Off Switch, and AC POWER
Each of these is described below. Each unit also has a Ground, a
diagram of which is shown in Figure 2.1.
Figure 1.7
Figure 1.8
T1/E1 High POTS Port Rear Panel Connectors
SDSL and SHDSL High POTS Port Rear Panel Connectors
10/100 LAN
(10/100Base-T
Ethernet Port)
Console (RS-232 Serial
Port)
82000-A2-GB23-00
Connects the IAD to the local area network using a CAT-5 straight-through
Ethernet cable, or directly to a PC for accessing via Telnet (using a
cross-over, customer-supplied cable). The data interfaces connect through the
IAD supporting IEEE 802.1-compliant bridging and routing. When configured
for routing, supports Routing Information Protocol (RIP) version 1, version 2,
or static IP routing. The IAD complies with RFC 1812 when interfacing with
IPV4 routers. The IAD can terminate the following date interfaces:
• ATM data transport via SHDSL, SDSL, and T1/E1 per RFC 1483 or RFC
2364
• Frame Relay data transport via SDSL and T1/E1 per RFC 1490
• Frame Relay data transport per RFC 1483 with Q.922 frames
Connects the IAD to a PC using a straight-through nine-pin serial (DB-9)
cable, for the purpose of using a terminal emulator for IAD configuration and
management.
Page 31
WAN (T1 or DSL,
Depending on IAD
Model Number)
Connects through WAN interface as follows:
• 2216s/2224s − T1/E1 (uses an RJ48 connector)
• 2316s/2324 − SDSL (uses an RJ11 connector)
• 2112s/8616s/2024s − SHDSL (uses an RJ48 connector).
DCE V.35/RS-530
(USI)
Battery Backup
Voice Lines
LIFE LINE
AC Power Input
Data Interfaces
When configured as an RS-530 port with a straight-through DB-25 serial
cable, connects to your leased-line DSU/CSU equipment. When configured
for use as V.35, Black Box Corporation provides a cable (FA058) for
conversion. To convert from RS-530 to RS-449, Black Box provides a cable
EDN57J. Contact Black Box for availability of and support for these cables.
Connects a battery backup accessory (future feature).
Supports 12, 16, or 24 analog telephones via RJ21 connectors.
Provides access to a telephone line when there is no power or voice gateway
to the IAD.
Connects the IAD to any AC 100-240 V outlet.
The data connection through the IAD supports IEEE 802.1-compliant bridging
and routing. When the IAD is configured for routing, it supports RIP version
1, version 2, or static IP routing. The IAD complies with RFC 1812 when
interfacing with IPV4 routers. The IAD can terminate the following data
interfaces:
• ATM data transport via SDSL, SHDSL, and T1/E1 per RFC 1483 or RFC
2364
• Frame Relay data transport via SDSL and T1/E1 per RFC 1490
• Frame Relay data transport per RFC 1483 with Q.922 frames
Introduction9
Page 32
102000-A2-GB23-00
Page 33
C HAPTER
C
HAPTER
2
Q
UICK
This chapter describes the steps to install, connect, and set the IP address of
the 2000 Series IAD. It introduces the menu interface and describes how to
perform basic configuration for common LAN and WAN environments. It
also describes basic operations such as resetting the IAD and logging off.
In many cases, all the information you need to get an IAD up and running is
included in this single chapter. In most installations, you will proceed through
these topics in order. If your situation varies, you will find more detailed
information on installation, connection, configuration, and troubleshooting in
the chapters that follow this Quick Start Guide.
S
TART
G
UIDE
Unpacking the IAD
Each IAD is packed and shipped in a durable container. Unpack and carefully
remove the IAD from the package and packing material.
IAD Package
Components
Each IAD is shipped with the components listed below. As you unpack them,
note their condition and identity and compare the list with the packing list in
the package.
• AC power adapter and cord (6 feet long), or AC power cord
• Agency Compliance information sheet
• Ethernet cable (straight through), 7 feet long
• WAN cable, 7 feet long
If you note any visible damage or missing components, notify the shipping
company immediately to make a damage claim. Contact the company from
which the IAD was purchased (Paradyne, or an authorized distributor) to
obtain a Return Material Authorization (RMA) for return of damaged
equipment or to order missing components.
NOTICE: Paradyne suggests you keep the shipping container and packing
material for future storage or shipping of the unit.
Quick Start Guide11
Page 34
Installing the IAD
After you unpack the IAD, find a suitable location to install the unit. Ideal
locations include a computer equipment room or a telephone or wiring closet.
You can locate the IAD on a table or shelf, or it may be wall-mounted. Install
the IAD in a location that is generally protected and where it will be
undisturbed.
AC Power and Uninterruptible Power Supply
The IAD requires access to AC power (NEMA 15-3R). Make sure the IAD is
located within 6 ft of an AC power outlet. Locate the nearest power outlet and
plug in the supplied AC power adapter or AC power cord. If there is an
uninterruptible power supply on premises, plug the AC power adapter or cord
into that power source.
Ensure the power cord conveniently and safely reaches the rear panel of the
IAD where the power plug or adapter jack is located.
NOTICE: Do not attach the AC power adapter or power up the unit at this time.
Clearance Requirements
When you install the IAD horizontally, make sure you maintain at least 2
inches of horizontal distance from other IADs or other electronic equipment
to ensure adequate ventilation and heat dissipation.
NOTICE: Due to generated heat, 2000 Series IADs should not be stacked on top
of each other.
Wiring Requirements
Make sure the telephone wiring, LAN, and WAN cables reach the IAD and
can be dressed in a manner that is safe for the wiring, does not pull or create
lateral stress on the connectors or ports on the rear of the IAD, and does not
present a trip hazard to personnel working in the vicinity of the equipment.
Do not connect any cables or wiring at this time.
Connecting the IAD Via a Terminal Emulator
The IAD is configured and managed from either the console or Ethernet port.
A Telnet session is usually used to access the IAD via Ethernet. After you use
a terminal emulator program via the console port (refer to Console Port Pin Assignments (DB-9) on page B-216 for console port specifications) to set the
IP address, you may continue to use a terminal emulator via the console port.
The factory-set default IP address is
192.168.1.254 for the Ethernet port.
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Page 35
NOTICE: After a period of inactivity (3 min by default), the IAD automatically
terminates console-based and Telnet sessions to maintain security. To
change this value, see Configure Console Timeout on page 3-37.
Before you can connect to the IAD via Telnet, make sure the IP address is set
correctly for this network by following these steps:
• Connect the IAD to a PC
• Log in to the IAD
• Set the IP address
Each of these steps is described in detail below.
NOTICE: Ensure the IAD and PC are both powered OFF before connecting the
console cable. If both devices are not turned off when you connect the
cables, you may place the IAD in an unstable state, and you may need
to reset one or both devices before you can perform configuration tasks.
Connecting the IAD to a PC
To connect the IAD to a PC via the console port, follow the steps below.
1Turn off both devices and insert the male connector of a DB9 serial cable
into the console port on the IAD.
2Insert the female connector of the cable into a serial (COM) port on your
PC.
WARNING: For Ground Start applications, ensure the IAD is properly grounded. Refer to
Figure 2.1.
Quick Start Guide13
Page 36
Figure 2.1
Typical Grounding Diagram
3With the console cable connected, plug the AC power adapter into the IAD.
This starts the IAD, and it executes the boot process to begin normal
operation. Verify that the Power indicator on the front panel illuminates.
NOTICE: For “cold start” access, the IAD default (factory-set) IP address is
192.168.1.254 on the Ethernet side.
NOTICE: For “Ground Start” applications, all elements in the voice path must be
set to “Ground Start.”
NOTICE: As the IAD boots, it sends status messages to the console port. If you
are connected, you will see the boot sequence progress.
NOTICE: This unit should be installed by qualified service personnel only, and
must be connected to a socket outlet with protective earthing
connection.
Logging in via a Terminal Emulation Program
With a serial cable connected, follow the steps below to log in to the IAD:
1Open a terminal emulation program (Hyperterminal, for example).
142000-A2-GB23-00
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2Select the COM port to which the IAD is connected.
3Type or select the settings described in the table below and save your
changes.
SettingValueSettingValue
Bits per second19,200
Data bits8
ParityNone
Stop bits1
Flow controlNone
EmulationANSI or VT100
4Press Enter. The IAD displays the login message:
Enter Login ID >
NOTICE: If the IAD does not respond, make sure the IAD is powered up, check
the cable and connections, and review the settings.
5Type the default supervisor level user ID (Supervisor) (or your user ID,
if changed) and press Enter. Note that both the user ID and password are
case-sensitive. The table below lists the default user IDs and passwords.
NOTICE: Refer to Chapter 3, Administration for detailed procedures regarding all
IAD administrative tasks. Follow these procedures after performing the
basic set-up functions described in this “Quick-Start Guide”.
Security LevelUser IDPassword
User<Enter><Enter>
Network AdministratorNetMan<Enter>
SupervisorSupervisorsupervisor
6The IAD displays the password message:
Enter Password >
7Type the default password (supervisor, or your password if different)
and press Enter. If login is not successful, the IAD displays the following
message:
Invalid UserID or Password - Try again
Press any key to continue...
8Press any key, and repeat the login sequence. If you cannot log in, call your
support provider for assistance.
When you first log in, the IAD displays the Main menu (Figure 2.2). The
menu may vary, depending on the IAD.
Quick Start Guide15
Page 38
NOTICE: If you are entering the menu to change a previously established
configuration, refer to Managing Configuration Files on page 4-45 to
save the current configuration for fast restoration in case the new
configuration does not work.
Figure 2.2
Main Menu
NOTICE: Options vary depending on the voice gateway selected in the Voice Path
Configure command. Refer to Voice Path Configuration on page 4-101.
NOTICE: When the IAD prompts you for input, the current value is displayed in
parentheses. To conveniently accept the current value, just press Enter.
Setting the Ethernet Port IP Address
Before you configure the Ethernet IP address, you should know the IP address
and subnet mask that are to be assigned to this port. They may be displayed
on the work order, or you may obtain or determine the appropriate IP address
by consulting with the network administrator.
The IAD is shipped with the IP address set to
subnet mask set to
the steps below.
1On the Main menu, type “2.” The IAD displays the Router Configuration
menu (Figure 2.3).
162000-A2-GB23-00
255.255.255.0. To configure a port IP address, follow
192.168.1.254 and the
Page 39
Figure 2.3
Router Configuration Menu
2Type “C” to select Configure Port IP. The IAD displays the available
interfaces. The available interfaces that display depend on the specific IAD
as shown in Figure 2.4 and Figure 2.5 below.
Figure 2.4
Figure 2.5
2308 Available Interfaces
2208 Available Interfaces
3Type “2” to set the IP address for the Ethernet port. If the IP address is
configured for the port, the IAD displays information about the interface
and a prompt such as that shown in the example below:
Quick Start Guide17
Page 40
4Type the ID number of the connection you want to configure (in this case,
“0”) and press Enter.
5Type the new IP address, and press Enter (or press Enter to retain the
current IP address). The IAD displays the Current Subnet Mask and
prompts you for a new one.
6Type the new Subnet Mask (usually 255.255.255.0) and press Enter. The
IAD prompts you to select High or Normal priority.
7To give the interface normal priority, type “N” or press Enter.
8Type “Y” or Enter to save the new IP address and subnet mask.
9To exit, press Escape, and then type “Y” to terminate the session.
10 Quit the terminal emulator program.
11 Reset the IAD as described below (“Resetting the IAD”) for the new IP
address to be in effect.
NOTICE: When you configure the IAD, you must restart the IAD each time you
change the settings for those changes to take effect. You may make
several configuration changes before resetting.
If you plan to use Telnet for configuration tasks (Connecting via Telnet on
page 2-19), this is a good time to disconnect the serial cable from the PC and
IAD.
Setting the WAN Port IP Address
To set the WAN port IP address, follow the same procedures as those listed in
Setting the Ethernet Port IP Address on page 2-16.
Resetting the IAD
Many configuration tasks require that you reset (or restart) the IAD before the
new settings or configuration will take effect. When you use the menu
interface (or the Command Line Interface - Chapter 6, Command Line Interface) to make changes, or change the physical characteristics of the IAD
(such as the Ethernet port MAC address), you must reset the IAD.
The IAD stores all configuration settings in memory. When it restarts, it loads
the last configuration saved before it was powered down or restarted. When
restarting is required, it will be included as a step in the configuration process.
You can reset the IAD in one of the two following ways:
To reset the IAD from the menu:
1On the Main menu, type “R” to select Reset System.
2Type “R” again at the prompt. This resets and starts the IAD with your
new settings.
3To log in again, enter your user ID and password.
182000-A2-GB23-00
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To reset the IAD manually, unplug the power adapter from the IAD and then
plug it back in.
CAUTION: Be sure to complete your task and return to the Main menu before
Connecting via Telnet
To manage the IAD via the LAN (or Intranet), you must set an IP address for
the Ethernet port before you can use Telnet to access the IAD.
Although you can also access the IAD using Telnet via the WAN (provided a
management DLCI or PVC is configured along with a WAN IP address), this
section describes connecting via the LAN. For information about setting the
IP address of the WAN port (Refer to Managing Configuration Files on
page 4-45.)
If you configure a RADIUS Client, you must use a RADIUS-authenticated
User ID/password for Telnet access. If the RADIUS server or the connection
to the RADIUS Client goes down, Telnet access will not be permitted.
restarting the IAD manually. Resetting the IAD terminates all
telephone calls and computer sessions in progress. You should ensure
there are no services being rendered before resetting the IAD.
Running Telnet
Before you use Telnet to log into the IAD, ensure the IAD and your PC are
connected to the same network via straight-through Ethernet cables (or
directly connected via a cross-over cable), and you know the IP address of the
IAD. Both devices must be on the same subnet.
To log in, follow the steps below.
1Run Telnet on your PC.
2Type the IP address of the Ethernet port (refer to Setting the Ethernet Port
IP Address on page 2-16), click Connect and then press Enter to gain the
attention of the IAD. The IAD responds by prompting you to enter your
Login ID.
3Type your user ID and press Enter. The IAD will then prompt you to enter
your Password.
NOTICE: After a period of inactivity (three minutes by default), the IAD
automatically terminates console-based and Telnet sessions to maintain
security. To change this value, refer to Configure Console Timeout on
page 3-37.
NOTICE: Default user IDs and passwords are listed in the table on page 2-15.
For information on security levels, and user ID and password
management see IAD Security on page 3-23.
Quick Start Guide19
Page 42
4Type your password and press Enter to display the Main menu (Figure 2.2).
NOTICE: The user ID and password transmit as clear text, which may be
captured by unauthorized individuals. If you are concerned with
network security, you may not want to use Telnet to configure the IAD.
Navigating the IAD
Menu Interface
Entering Settings and
Va lu e s
Using Default or
Current Values
Menus in the IAD configuration system are arranged hierarchically. That is,
you select single-key options to navigate down to display specialized menus
and specific tasks, and press the Escape key successively to return back to
menus higher in the interface.
The specific menus, submenus, and commands that display depend on the
interfaces for the specific IAD, the options configured, and the security level
you use to log in.
To select a menu item, type the option displayed to the left of the item.
Although character options are displayed in upper case, the IAD accepts both
upper- and lower-case options. It is not necessary to press Enter after typing
the selection − the IAD immediately responds with a request for input or
another menu for more options.
For a hierarchical map of the Main menu, its menus and commands, see
Appendix .
When the IAD requests input for a setting or configuration value, type it at
the prompt. Press the Enter key to terminate the input and proceed to the next
step. The IAD responds with error messages if a value is incorrect, or it
displays the current menu so you can continue with related tasks.
The IAD displays a default or current value in parentheses immediately to the
right of each message, just to the left of the command prompt. To accept this
value, press the Enter key.
Exiting the Menu
Interface
202000-A2-GB23-00
For example, when the prompt asking you to enter a new Subnet mask
displays, you may press Enter to cause the IAD to set
255.255.255.0 as the
Subnet Mask value. Using the Enter key to skip through default or current
values often speeds the process of proceeding through a family of input steps
to more quickly reach the input step where you wish to change a value.
To exit the menu interface, return to the Main menu using the Escape key,
and press Escape one more time. When the IAD asks you to confirm, press
“Y” to exit or press Return to accept the default value “N” to cancel the exit.
NOTICE: After exiting, you can quit the terminal emulator or Telnet session. If
you made changes to the configuration that require resetting the IAD,
be sure to do so before exiting.
Page 43
Basic IAD Configuration
Each IAD is shipped with a default configuration set in the file default.st.
Once you make any changes to your IAD, a new file is created to store the
new configuration—config.st—to preserve the default settings.
After you have configured the IAD for correct operation in a customer’s
premises, the current system settings in the config.st file may be saved as the
default configuration file (custdef.st), and you may choose to set the IAD to
boot from this file each time it is reset. You may also copy this file to a PC or
TFTP server for downloading to other identically configured IADs. Once you
have replaced the original custdef.st file, you cannot retrieve it. Consider
copying the custdef.st file to a safe location before replacing it.
To perform basic IAD configuration, follow the steps below.
• Configure the LAN IP address, if not already completed (page 2-16).
• Configure each of the WAN options and the DSLAM profile.
• Create and configure at least one DLCI or PVC for data traffic and set the
WAN IP address.
• Configure static or default route or enable bridging for all data traffic.
• Create and configure a DCLI or PVC for voice where required, and select
appropriate voice gateway settings.
• Reset the IAD to enable all configuration changes.
NOTICE: You must reset the IAD after configuring IP addresses before you may
add routes.
Connecting LAN, WAN, and Telephones
This section details how to connect the IAD to the computer and telephone
systems the IAD is intended to support.
Before proceeding, make sure you have an appropriate serial cable for your
PC, identify the LAN switching equipment where you’ll connect the IAD,
identify the telephone cables, and verify that WAN service is installed and
configured by the service provider.
When you’ve completed this section, reset the IAD so it can synchronize
these physical connections.
Ethernet LAN Connection
The Ethernet LAN port on the rear of the IAD is an RJ45 jack for
10/100Base-T Ethernet cables. If the IAD is intended to act as an Internet
gateway for the LAN in the customer’s premises, connect the IAD to the
switch, hub, or router using an Ethernet straight-through cable.
NOTICE: You may temporarily connect the IAD directly to a PC for Telnet
configuration (without going through a hub or router). The Ethernet
Quick Start Guide21
Page 44
receiver automatically detects the type of Ethernet cable
(customer-supplied).
WAN Connections
WAN connections vary, based on the WAN interface on your IAD. The 2308
is an SDSL-equipped IAD and uses an RJ11 connector to connect to the rear
panel WAN connection. To make the connection, plug the SDSL cable into
the RJ11 WAN connector. The 2208 is a T1/E1-equipped IAD and uses an
RJ48 connector on the IAD rear panel for WAN connection. To make the
connection, plug the cable from the ATM network into the RJ45 WAN
connector. Refer to page B-222 to see the pinouts for the T1/E1 connection.
Telephone Connections
The 2000 Series IADs provide eight RJ11 ports for POTS devices. These
devices may be POTS telephones, modems, FAX machines, or other
POTS-compatible devices.
Life Line Connection
The IADs have an RJ11 Life Line associated with POTS line 1. The Life Line
is an analog line that can be directly connected to the PSTN. In case of power
loss or loss of voice gateway connection, the designated POTS line
automatically switches to the Life Line connection.
NOTICE: The 2004/2008 uses the WAN connection for the Life Line connection.
Confirming Proper Setup
When you have completed the tasks in this chapter, reset the IAD and test
your configuration for proper data and voice operation. Reset the IAD
(page 2-18) to synchronize the physical connections using the verification
procedure described in Chapter 8, Verification.
222000-A2-GB23-00
Page 45
C HAPTER
C
HAPTER
3
A
DMINISTRATION
This chapter describes how to control security to your IAD, validate users
using a RADIUS Server, configure SNMP via IP or AAL2 Embedded
Operations Channel (EOC), upgrade IAD software, and perform other general
and utility-oriented tasks.
NOTICE: When the IAD prompts you for input, the current value is displayed in
parentheses. To conveniently accept the current value, just press Enter.
IAD Security
NOTICE: After setting IAD Security parameters, you must reset the IAD
(page 2-18) for the new settings to take effect.
To maintain IAD security, the IAD provides multi-level login access using a
single user ID and password, which you can set at the following levels:
• User
• Network Administrator
• Supervisor
The user ID at the User security level may be modified, but the user ID at the
Network Administrator and Supervisor levels may not.
The password for each security level may be changed. Although you may use
the same password for all security levels, Paradyne recommends that you use
a different one for each level. The table below lists the privileges available at
each security level.
Administration23
Page 46
Security levelPrivileges
SupervisorThis user level is the highest level. Users who log in as
Supervisor have full access to all IAD features (menu
and command line interface, including changing User
security level, user ID, and any level passwords, plus
complete IAD configuration capability.
Network AdministratorAt this level, users may perform tasks that alter the
network settings of the IAD, plus are able to access to all
data networking configuration menus, and can update
routing and bridging information and status.
This user can change the password at this level, and also
can change the User-level User ID and password, and
can access all display-only menus.
At this level, users user cannot modify WAN or LAN
settings, alter derived timing, use the Command Line
Interface, or modify voicepath settings.
UserAt this level, the user has access to display-only menus,
and can view the current configuration, interface, and
media statistics, routing and bridging information, and
status. The user may change this level User ID and
password, but cannot make or save any changes to the
configuration of the IAD.
To maintain IAD security, a user with Supervisor privileges should modify
the User security level user ID and passwords for both User level and
Network Administrator level prior to placing the IAD into production.
The table below lists the default values for the user IDs and passwords:
Security LevelUser IDPassword
User<Enter><Enter>
Network
Administrator
SupervisorSupervisorsupervisor
The user ID and password may contain up to 17 alphanumeric characters.
These values are case sensitive; spaces and punctuation characters are not
allowed.
The IAD can store only one user ID and password at each security level.
Password Configuration Menu
To access the Password Configuration menu, type “8” (Configure Login) on
the Main menu.
NetMan<Enter>
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Figure 3.1
Password Configuration Menu
Change User ID
To change the user ID for the User security level (the only security level that
allows the user ID to be changed), follow the steps below.
1Type “1” to change the user ID for the User security level.
2Type the new User ID (up to 17 characters) and press Enter. The IAD
informs you that the user ID has been updated.
3Reset the IAD.
Including User IDs and Passwords in Config Files for Multiple Site
Distribution
If you create master configuration files for distribution to multiple IADs, you
may include the user ID and passwords directly in the configuration file to
reduce configuration tasks.
NOTICE: When the user ID and passwords are stored in a configuration file, the
IAD saves the configuration file immediately upon rebooting, without
requiring the log-in process. The user ID and passwords are stripped
from the configuration file before saving to prevent a security risk.
Using a text editor, update the config file by adding the following attributes in
the [user] category:
The password parameter is for User-level access, the “netman” password is
for Network-Administrator-level access, and the “supervisor” password is for
Supervisor-level access.
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Change User Password
To change a password at any security level, you must sign on at or above the
security level you’re changing and follow the steps below.
1Type “2”, “3”, or “4” on the Password Configuration menu to change the
password for the selected level.
2Enter the password for the current level.
3Enter the new password after the prompt, or press Enter to enter a null
password.
4Enter the new password (or Enter) again, to confirm the change.
The IAD immediately updates the password. The next time you log in at that
level, the new password will be in effect.
NOTICE: You cannot use the Escape key to exit the password update command.
To exit, deliberately enter an incorrect password at the confirmation
step, or reset the IAD.
RADIUS Server Settings
You can use a RADIUS Server to determine the validity of unknown user
ID/password pairs in your IAD. Paradyne does not provide a RADIUS Server;
the user must provide a RADIUS Server to use this feature. For more
information on RADIUS Server, see RFC 2865.
If you configure a RADIUS Server, the IAD must be able to successfully
connect to the RADIUS Server. This requires WAN configuration, IP
configuration, static or default routes, and other configurations for your
network. Additionally, you must use a RADIUS-authenticated user
ID/password for Telnet access. If the RADIUS Server becomes inoperative,
Telnet access will not work.
To use a RADIUS Server, set the following options:
• Change the primary or secondary RADIUS Server Address
• Change the primary or secondary RADIUS Server Encryption Secret
• Display RADIUS Server Configuration
Each of these settings is described below.
Change Primary (or Secondary) RADIUS Server Address
To change the primary or secondary RADIUS Server address, follow the steps
below.
1Type “5” on the Password Configuration menu to select Change Primary
RADIUS Server Address or Type “7” to select Change Secondary
RADIUS Server Address. The IAD displays the current Radius Server and
prompts you to enter a new one by IP Address or name.
2Type the IP address in one of the following formats and press Enter.
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IP address
Fully-qualified host and domain names
(for example: radius.Paradyne.com—maximum 42 bytes)
NOTICE: If you enter host and domain names, you must configure the IAD as a
To change the primary or secondary RADIUS encryption key, follow the
steps below.
1Type “6” on the Password Configuration menu to select Change Primary
RADIUS Encryption Secret or type “8” to change Secondary RADIUS
Encryption Secret. The IAD displays the current Radius Encryption Secret
and prompts you to enter a new one.
2Type the new encryption key and press Enter.
3Reset the IAD.
Display RADIUS Configuration
To display the current RADIUS Server configuration, follow the steps below.
1Type “9” on the Password Configuration menu to select Display RADIUS
Configuration. The IAD displays the following information:
To disable the RADIUS Server configuration, type “X” on the Password
Configuration Menu (Figure 3.1). The IAD disables both the Primary and
Secondary RADIUS Server configurations.
Setting Up SNMP
NOTICE: After updating SNMP settings, you must reset the IAD for the new
You can enable SNMP over IP and/or EOC (when the voice gateway is
AAL2/LES CAS or ELCP). By default, the IAD is configured with SNMP
disabled. When SNMP is enabled and the settings are configured, you can use
SNMP to remotely manage the IAD by getting and setting IAD values and
monitoring IAD events.
settings to take effect.
The IAD supports the following SNMP settings:
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• System Contact
• System Name
• System Location
• SNMP Community
• SNMP Trap Host IP Address
The following SNMP traps are supported:
• System reset
• Attempts to access SNMP with an invalid community name
• Starting and stopping TFTP within SNMP
The IAD supports MIBs for RFCs 1213, 1317, 1406, 1493, and 1463 as well
as af-vmoa-0174 (AAL2/LES MIB).
SNMP Configuration Menu
To display the SNMP Configuration menu, type “7” on the Main menu. Each
of the menu’s configuration options is described below.
Figure 3.2
NOTICE: The strings you enter in SNMP are not case sensitive.
SNMP Configuration Menu
Enable/Disable SNMP via IP
To Enable or Disable SNMP via IP, follow the steps below.
1Type “E” on the SNMP Configuration menu to enable or disable SNMP via
IP. The IAD displays the current status of SNMP.
2To enable SNMP, type “E” or “D” to disable. The IAD saves the
configuration (if changed).
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3Continue with other SNMP settings, or press Escape to return to the Main
menu.
4Reset the IAD.
Enable/Disable SNMP via EOC
To Enable or Disable SNMP via EOC, follow the steps below.
1Type “F” on the SNMP Configuration menu to enable or disable SNMP via
EOC. The IAD displays the current status of SNMP.
2To enable SNMP, type “E” or type “D” to disable. The IAD saves the
configuration (if changed).
3Continue with other SNMP settings, or press Escape to return to the Main
menu.
4Reset the IAD.
Enable SNMP via Both IP and EOC
To Enable SNMP via Both IP and EOC, follow the steps below.
1Type “A” on the SNMP Configuration menu to enable SNMP via IP and
EOC. The IAD saves the configuration.
2Continue with other SNMP settings, or press Escape to return to the Main
menu.
3Reset the IAD.
Disable SNMP via Both IP and EOC
To Disable SNMP via both IP and EOC, follow the steps below.
1Type “B” on the SNMP configuration menu to disable SNMP via IP and
EOC. The IAD saves the configuration.
2Continue with other SNMP settings, or press Escape to return to the Main
menu.
3Reset the IAD.
Configure System Contact
To configure the System Contact, follow the steps below.
1Type “P” on the SNMP Configuration menu to configure system contact
(up to 39 alphanumeric characters). The IAD displays the current system
contact and prompts you to enter a new one.
2Type the name of the new contact person or department and press Enter.
The IAD save the configuration.
3Continue with other SNMP settings, or press Escape to return to the Main
menu.
4Reset the IAD.
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Configure System Name
To configure the System Name, follow the steps below.
1Type “N” on the SNMP Configuration menu to configure the system name
(up to 39 alphanumeric characters). The IAD displays the current system
name and prompts you to enter a new one.
2Type the new system name and press Enter. The IAD saves the
configuration.
3Continue with other SNMP settings, or press Escape to return to the Main
menu.
4Reset the IAD.
Configure System Location
To configure the System Location, follow the steps below.
1Type “L” on the SNMP Configuration menu to configure the system
location (up to 39 alphanumeric characters). The IAD displays the current
system location and prompts you to enter a new one.
2Type the name of the new server location and press Enter. The IAD saves
the configuration.
3Continue with other SNMP settings, or press Escape to return to the Main
menu.
4Reset the IAD.
Configure SNMP Community
The value you set must match the write community name of the SNMP host
to enable the SNMP Set operation. If you enable SNMP and the read-write
Community Name is null, SNMP enters read-only mode with a community
name of “public.”
1Type “C” on the SNMP Configuration menu to select Configure System
Location. The IAD displays the current community name and prompts you
to enter a new one.
2Type the name of the SNMP community to which your system belongs and
press Enter. The IAD saves the configuration.
3Continue with other SNMP settings, or press Escape to return to the Main
menu.
4Reset the IAD.
Configure SNMP Trap Host IP Address
To configure the SNMP Trap Host IP Address, follow the steps below.
1Type “T” on the SNMP Configuration menu to select Select Configure
SNMP Trap Host IP Address of the system setup for trap operations. The
IAD displays the current IP address and prompts you to enter a new one.
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2Type the IP address and press Enter. The IAD saves the configuration.
3Continue with other SNMP settings, or press Escape to return to the Main
menu.
4Reset the IAD.
Enable/Disable SNMP Traps via EOC
To Enable or Disable SNMP Traps via EOC, follow the steps below.
1Type “U” on the SNMP Configuration menu to enable or disable SNMP
traps via EOC. The IAD displays the current status.
2To enable traps via EOC, type E. To disable them, type D. The IAD saves
the configuration.
3Continue with other SNMP settings, or press Escape to return to the Main
menu.
4Reset the IAD.
Configure Restart Trap Maximum Delay
To configure Restart Trap Maximum Delay, follow the steps below.
1Type “D” on the SNMP Configuration menu to configure the restart trap
maximum delay time. The IAD prompts you to input a new value.
2Type the new value in seconds and press Enter. The IAD saves the
configuration.
3Continue with other SNMP settings, or press Escape to return to the Main
menu.
4Reset the IAD.
Defining Different SNMP Version 3 Categories
SNMP is supported via Internet Protocol (IP) and the Loop Emulation System
Embedded Operation Channel (LESEOC). The LESEOC interface is only
available with either the AAL2/LES CAS or ELCP voice gateway. This
interface allows the voice gateway to monitor and control specific IAD
operational parameters.
NOTICE: Some voice gateways with this feature require a read-write community
name of LESEOC to be configured in the IAD.
The SNMP Configuration menu is accessible from the Main menu. You may
enable SNMP via IP, EOC, or both. Traps may be sent to a configurable IP
address, the EOC, or both. The System Contact, System Name, and System
Location may also be configured. These values are accessible via the RFC
1213 MIB.
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SNMP 3.0 requires the configuration of six data structures on the SNMP 3.0
menu (Figure 3.3), which is accessible from the SNMP Configuration menu.
Menu options are available to configure a default set of structures, which will
allow SNMP 1.0 or SNMP 3.0. Choose Option 3 on the SNMP 3.0
Configuration menu to set a simple default configuration.
Figure 3.3
SNMP V3 Configuration Menu
Two SNMP “community entries” are generated: public (read-only
community), and a read-write community. Since a read-only community of
public is the default for all SNMP implementations, you are encouraged to
reconfigure the first community entry to a more secure value.
The “target entries” specify who may access the IAD via SNMP. The first
entry, named “everyone,” allows access from the entire Internet. Entries are
added if an IP trap host is configured, or if EOC access is configured. For
example, if you want only IP addresses 1.2.3.0 through 1.2.3.255 to have
SNMP access to the IAD, you will reconfigure the target entry with the
address of 1.2.3.0, and the mask 255.255.255.0. Note EOC access is specified
by the reserved IP address 255.255.255.255.
The “group entries” specify which version of SNMP to allow: 1.0 or 3.0 (user
security model).
The “access entry” specifies which version of SNMP to allow, the security
level (MD5 authorization encryption), and which views are accessible.
The “view entry” specifies which portion of the MIB is accessible or not
accessible. For example, it is possible to create a view to allow access to the
ATM Forum LES MIB from the EOC, and allow the entire MIB to be
accessible from an IP location.
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The “user entry” applies to SNMP 3.0 only. This is where you configure the
MD5 authorization encryption password.
LAN Configuration Menu
The IAD LAN port may be set for full duplex Ethernet operation if your IAD
is set up as a router (page 4-79). Full duplex mode allows simultaneous
transmission and receipt of Ethernet packets.
On the Main menu, type “6” (Configure LAN) to display the LAN
Configuration menu.
Figure 3.4
LAN Configuration Menu
Establishing LAN Speed and Duplex Mode
1Type the option number of the speed and duplex mode. The IAD saves the
configuration.
2Press Escape to return to the Main menu.
3Reset the IAD.
NOTICE: Full duplex Ethernet operation is controlled by the switch. If the switch
You can display the current LAN settings using the Display Current
Configuration command in the Reports menu (page 5-149).
is set to full duplex, you may enable it in the IAD. If you enable
full-duplex Ethernet in the IAD when the switch is operating in normal
half-duplex mode, your IAD will not communicate on the LAN.
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Upgrading the System
Periodically, Paradyne may provide new software that you will download to
the IAD to upgrade the system. You must use TFTP to perform the file
transfer when upgrading the entire system.
NOTICE: Some gateways directly support file transfer as a means of upgrading
IADs. For information, refer to the Voice Gateway manufacturer’s
operating manual.
To use TFTP, you must configure both the IAD and the computer that
contains the TFTP Server program, a program for the computer that you
license separately.
Using TFTP Servers via LAN or WAN
Before the IAD can access a LAN or Intranet-based TFTP server, you must
configure the IP address of the Ethernet port (page 2-16) on the same subnet
as your TFTP server, and the IAD must be connected to the LAN.
To access a WAN-based server, you must configure the T/E1 or SDSL
Interface with a management DLCI or PVC and a WAN IP address. For
information about setting the IP address of the WAN port, see Setting the WAN Port IP Address on page 2-18 or WAN Configuration Menu on
page 4-48.
Copying the Source Files
Typically, you will receive two ZIP files (a core ZIP file and an application
ZIP file) for each upgrade.
First, extract each file into a single directory on your PC. Then, set the
directory as the path that the TFTP Server will use to send files to the IAD
(often identified as upload/download or outbound directory).
Upgrading via TFTP
If your TFTP Server is not running, start it now and note the IP address of the
computer it is running on. To upgrade the IAD software, follow the steps
below.
1On the Main menu, type “9” to display the Utilities menu (see Figure 3.6).
2Type “X” to display the File Transfer menu.
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Figure 3.5
File Transfer Menu
3Type “X” to update the entire system (you must use TFTP).
4Respond by typing “Y” to continue.
5The IAD prompts you to enter the IP address of the TFTP Server.
6Type the IP address of the TFTP Server and press Enter.
As file transfer progresses, the IAD reports the status of each file being
copied. Two files − acos.bin and boot.bin − will only be copied if they match
the platform to guard against loading incorrect system files onto an IAD.
NOTICE: If the IAD cannot locate the first file to download (typically
release.dat), the update will fail. Make sure you have assigned a valid
IP address and subnet mask, and you’re on the same subnet as the
TFTP Server. Use the Ping command to ping the IAD and try again.
Upon completion, the IAD reports the success or failure of each file transfer,
and then reports the completion of file transfer and resets.
Verifying the Upgrade
To verify that the files downloaded successfully after being transferred,
observe the boot sequence. The IAD displays the software version in the
Paradyne banner.
You may also display the current configuration to validate the firmware
version.
Utilities Menu
The Utilities menu contains utility commands, including several menus to
upgrade IAD software and support ACOS application development.
To display the Utilities menu, type “9” on the Main menu.
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Ping Utility
Figure 3.6
Each option on this menu is described in detail below.
Utilities Menu
To check for a device on a network, follow the steps below:
1Type “P” on the Utilities menu.
2Type the IP address or complete host name. If you enter a host name, you
must enter the domain name also (i.e., mycomputer.mydomain.com).
3Type the ping packet size.
4Type the number of times to ping (0 causes Ping to run until you press
Escape).
The IAD displays the following report:
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Trace Route
1Type “T” on the Utilities menu and press Enter.
2Type the IP address or complete host name. If you enter a host name, you
must also enter the domain name (i.e., mycomputer.mydomain.com). The
IAD displays each hop, as shown in the following sample report:
Configure Console Baud Rate
To set the console port baud rate (for connecting to Hyperterminal via a serial
cable), follow these steps:
1Type “Z” on the Utilities menu to display the following menu:
2Type “0” to reset the baud rate to the default (19200 bps), or select a
specific baud rate and press Enter.
3Reset the IAD to use the new console port settings. Be sure the terminal
settings are the same as the console port settings.
NOTICE: The new baud rate table will take effect only after you either recycle the
power or reset the IAD.
Configure Console Timeout
To maintain security, you can set the amount of time a console or Telnet
session remains alive before termination due to inactivity. To set the timeout
period, follow these steps:
1Type “V” on the Utilities menu to display the Console Timeout Status and a
prompt for you to enter a new Timeout value or disable the Timeout.
2Type a value between 0-60 minutes (default 3) and press Enter or type “0”
(zero) to disable the Timeout feature.
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CAUTION: When the Timeout value is set to zero, sessions will stay alive
indefinitely, and may pose a security risk. Quitting a terminal
emulator session does not terminate the console port session. You
must log off before quitting to avoid creating a security risk.
Reset or Reload ACOS from FLASH
When you perform a hard reset, the IAD resets, using all values set during the
active session and reloads ACOS from flash memory. To perform a hard
reset, follow these steps:
1Type “R” on the Utilities menu. The IAD displays the following:
Sure you want to do a Hard Reset? (Y/N)->
2Enter “Y” to immediately perform a hard reset and reload ACOS, replacing
it.
Set System Default
You may set the IAD to boot from the previously saved custom configuration,
or boot from the factory-supplied configuration file as described below.
1Type “D” on the Utilities menu. The IAD displays the following menu:
Figure 3.7
System Default Menu
2Type “1” to set the previously saved custom configuration file as the boot
file
—or—
Type “2” to set the default.st config file as the boot file.
3The IAD displays a warning and asks you to confirm your decision.
4Type “Y” to confirm the process. The IAD updates the setting and displays
the Utility menu.
5Reset the IAD to reboot with the new config file.
Save System Settings as Defaults
To save the current configuration as the custom default or backup
configuration, follow the steps below.
1Type “W” on the Utilities menu. The IAD displays a warning and asks you
to confirm your decision.
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2Type “Y” to delete the default.st file and save the current configuration
The IAD saves the custom configuration file and displays the Utility menu.
Display Event Log
To display the event log, type “E”. The IAD displays the event log (sample
shown):
(stored in config.st) as custdef.st, a custom default configuration file.
Figure 3.8
Press any key to page through the log.
Event Log
Clear “Last Reset Reason”
Under certain circumstances, the IAD is able to determine the reason the IAD
was reset. This information is stored and displayed when the IAD reboots, and
is also displayed on the Current Configuration screen (Displaying the Current Configuration on page 8-206), when known.
After the reset reason is noted, you can delete the currently stored reset reason
from the IAD. To do so, type “A” on the Utilities menu. The IAD deletes any
existing reset reason, and displays the Utility menu.
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Time Zone Menu
The Time Zone menu () is used to help set the current time. When the IAD is
reset or the power is cycled, the IAD will use Network Timing Protocol
(NTP) to obtain the current time.Time Zone Menu
In the Time Zone menu, you may specify your time zone so the time
displayed on statistics screens will be your local time. To set, type “O” and
then type in your time zone offset from Greenwich Mean Time (GMT). For
example, for Pacific Standard Time (PST), you would type in an offset of
“−8.” Type “N” to enter a text label for your time zone.
File System Menu
The File System menu contains commands to manage files on the IAD. To
display the File System menu, type “F” on the Utilities menu.
Figure 3.9
To perform a task, type the option and read how to proceed by referring to the
appropriate section below.
File System Menu
Directory of all Files
To display the files stored in flash memory, type “D” on the File System
menu. The IAD displays the files and size. Page down the list by pressing any
key. The IAD displays the amount of free memory at the end of the list.
Copy File
To duplicate a file with a new name, follow the steps below.
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1Type “C” on the File System menu. The IAD prompts you for the name of
the source file.
2Type the name of the existing file (including the suffix) and press Enter.
The IAD prompts you for the name of the new file.
The IAD copies and saves the file with the new name. When the operation is
complete, the IAD displays the File System menu.
Rename File
To rename a file, follow the steps below.
1Type “R” on the File System menu. The IAD prompts you for the name of
the file to rename.
2Type the new name of the file (including the suffix) and press Enter. The
IAD prompts you for the name of the new file.
The IAD renames the file with the new file name. When the operation is
complete, press any key to display the File System menu.
CAUTION: Renaming files is permanent, and may render the IAD inoperative or
unable to boot.
Delete File
To permanently remove a file, follow the steps below.
1Type “X” on the File System menu. The IAD prompts you for the name of
the file to delete.
2Type the name of the file (including the suffix) and press Enter.
The IAD deletes the file. When the operation is complete, the IAD displays
the File System menu.
CAUTION: Deleting files is permanent, and may render the IAD inoperative or
unable to boot.
Format File System Drive
Reformatting the file system permanently removes all files in the IAD. This
command is reserved for use by Paradyne network engineers.
WARNING:The Format File System command is reserved for use by Paradyne
engineers. Use of this command permanently erases every file in the IAD,
rendering it inoperative.
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Space Left in File System
To display the amount of free space in the file system (flash memory), type
“S” on the File System menu. The IAD displays the free space.
File Transfer Menu
The File Transfer menu allows you to transfer groups of files to or from the
IAD. To display the File Transfer menu (see Figure 3.5 on page 3-35), type
“X” on the Utilities menu. To perform a specific task, type the option and
proceed to the corresponding section below.
Load Boot ROM
1Type “B” on the File Transfer menu to download the Boot ROM to the file
system on the IAD.
Figure 3.10
File Transfer Method Menu
2Type “1” to use TFTP, or “2” to use XMODEM to transfer the file to the
IAD.
3The IAD displays the prompts you for the IP address of the TFTP server.
4Type the IP address of the TFTP server and press Enter.
5The IAD displays the following prompt for the file name to transfer:
6Type the name of the file and press Enter. To exit without transferring the
file, press Escape or Enter without typing the file name.
7When XMODEM is selected, if the file is not located, the IAD prompts you
for the file transfer speed.
8The IAD transfers the file via TFTP or XMODEM.
Perform a hard reset to reset the IAD (page 3-38) whenever you load a new
version of boot ROM. Performing a normal reset is not recommended.
Update ACOS [acos.bin]
1Type “O” on the File Transfer menu to display the File Transfer Method
menu and download the Atlas Communications Operating System (ACOS)
to the file system in Flash memory on the IAD. The file is stored on the IAD
as acos.bin. The IAD displays the File Transfer Method menu.
2Type “1” to use TFTP, or “2” to use XMODEM to transfer the new
version of ACOS to the IAD. If you select XMODEM, proceed to step 5
below.
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3The IAD prompts you to enter the IP address of the TFTP server.
4Type the IP address of the TFTP server and press Enter. The IAD displays
the following prompt for the file name to transfer:
5Type the name of the file and press Enter. To exit without transferring the
file, press Escape or Enter without typing the file name. When XMODEM is
selected, if the file is not located, the IAD prompts you for the file transfer
speed. The IAD transfers the file via TFTP or XMODEM.
Perform a hard reset (page 3-38) to reset the IAD whenever you load a new
version of ACOS. Performing a normal reset is not recommended.
Update Entire System
1Type “X” on the File Transfer menu to update the IAD by transferring the
upgrade package of files provided by Paradyne. The number and type of
files varies by IAD. The IAD uses TFTP to download files sequentially to
the IAD. The IAD displays a confirmation prompt.
2Type “y” to continue, or any other character to escape. The IAD prompts
you for the IP address of the TFTP Server.
3Type the IP address of the TFTP server and press Enter. The IAD transfers
each of the system files.
When the file transfers are complete, perform a hard reset (page 3-38) to
restart the IAD. Performing a normal reset after updating the system is not
recommended.
File Transfer Utilities
To perform file transfers for any files, type “A” on the File Transfer menu to
display the File Transfer Method menu to download a file to the file system in
the IAD. The IAD displays the File Method menu.
1Type “1” to use TFTP, or “2” to use XMODEM to transfer the file to the
IAD. If you select XMODEM, proceed to step 3. The IAD prompts you to
enter the IP address of the TFTP server.
2Type the IP address of the TFTP server and press Enter. The IAD displays a
prompt for the file name to transfer.
3Type the name of the file to transfer and press Enter. To exit without
transferring the file, press Escape or Enter without typing the file name.
When XMODEM is selected, if the file is not located, the IAD prompts you
for the file transfer speed.
After the IAD transfers the file via TFTP or XMODEM, reset the IAD to use
the new file. If you transfer acos.bin using this option, perform a hard reset
(page 3-38).
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TFTP Server Menu
Type “T” on the File Transfer menu to display the TFTP Server menu
(Figure 3.11) where you can enable and disable read access, write access, and
console output.
Figure 3.11
TFTP Server Menu
The IAD displays the current settings directly below the menu heading. To
successively enable or disable access or output, execute the option again. The
IAD saves the configuration and displays the menu. When the options are set
correctly, reset the IAD for the changes to take effect.
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Introduction
C HAPTER
C
HAPTER
4
C
ONFIGURATION
This chapter describes WAN, Router, Bridge, Voice Path, Firewall, DHCP
Server, and NAT Configuration.
NOTICE: When the IAD prompts you for input, it displays the default or current
value in parentheses. To conveniently accept this value, just press Enter.
NOTICE: You must reset the IAD for configuration changes to take effect.
Managing Configuration Files
Each IAD is shipped with a factory default configuration set in the file
default.st. Once you make any changes to your IAD, a new file (config.st) is
created to store the new configuration.
After you have configured the IAD for correct operation in a customer’s
premises, the current system settings in the config.st file may be saved as the
custom default configuration file (refer to Set System Default on page 3-38).
You may also copy this file to a PC or TFTP server for downloading to other
identically configured IADs. Once you have copied over the custom default
file (custdef.st), you cannot retrieve it. You should consider copying the
custdef.st file to a safe location before replacing it.
WAN Configuration
Basic WAN Setup Tasks
The IAD WAN can be configured for ATM, Frame Relay, or HDLC
protocols, depending on the interface. (Refer to the flowchart in Figure 4.1.)
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The T1/E1 and SDSL interfaces support ATM, Frame Relay, and HDLC. The
ADSL and SHDSL interfaces support ATM only. The USI interface supports
Frame Relay and HDLC. To set up the IAD for voice and data operation, you
must first perform these basic tasks listed below:
• :Configure the WAN interface for your IAD (page 4-48)
• Select ATM or Frame Relay as the datalink protocol (page 4-47)
• For ATM protocol, configure ATM PVCs (page 4-66) and ATM options
(page 4-71)
• For Frame Relay protocol, configure Frame Relay DLCIs (page 4-73) and
Frame Relay options (page 4-76)
• Configure the voice path (page 4-102).
Figure 4.1
ATM Options
Voice
WAN Configuration Flowchart
System Defaults
Physical
Interface
Data Link
ATM
Define
PVCs
DataData
Voice
Frame
Relay
Define
DLCIs
FR Options
Select
Gateway
Configure
Voice
Setting the WAN Port IP Address
Before you configure the WAN port IP address, you must get the proper IP
address and subnet mask address identified for Internet access by your
network administrator.
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Voice
App.
Bridge
IP
IP over Bridge
Select
Voice
Gateway
Configure
Voice
App.
Bridge
IP
IP over Bridge
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1Type “2” on the Main menu. The IAD displays the Router Configuration
menu.
2Type “C” to select Configure Port IP Address. The IAD displays the
available interfaces, which depend on the specific IAD.
3Select the option for the interface you wish to configure with the IP address.
IP addresses already configured will be listed with an ID such as is shown in
the example below.
4Type the ID number of the connection you want to configure and press
Enter. To overwrite a listed IP address, select the corresponding ID number
(in this case “0”). To add IP addresses on the interface, select a different ID
number (in this case “1−7”).
5Type the new IP Address, and press Enter (or press Enter to retain the
current IP address). The IAD displays the Current Subnet Mask and
prompts you for a new one.
6Type the new Subnet Mask and press Enter. The IAD prompts you to select
High or Normal priority.
7To give the interface normal priority, type “N” or press Enter. Select “H”
for high.
8Type “Y” or Enter to save the new IP Address and Subnet Mask.
9Reset the IAD as described below (also refer to Resetting the IAD on
page 2-18) for the new IP address to be in effect.
Identifying the WAN Interface and Datalink Protocol
The sections you’ll refer to in this manual for WAN configuration depend on
the IAD model and the datalink protocol you choose.
Voice and data traffic are each carried in their own PVCs (ATM protocol) or
DLCIs (Frame Relay protocol). You may define up to eight PVCs or DLCIs
for voice and data.
For a voice circuit, a single PVC or DLCI can carry the voice traffic for all
voice ports on the IAD. (Refer to Voice Path Configuration on page 4-101.)
First, identify your IAD and datalink protocol using the information listed in
the tables below. Then, perform the tasks as directed.
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6
6300
T1/E1, SDSL, or
USI with Frame
Relay
T1/E1, SDSL,
ADSL,
SHDSL with
ATM
WAN Configuration Menu
Configuring the IAD for voice transmissions across the WAN involves several
tasks. Tasks in this chapter are described beginning at the WAN
Configuration menu, which varies based on the WAN interface and datalink
protocol.
1. Configure T1/E1 (page 4-54), or configure SDSL (page 4-50),
or configure USI (page 4-63)
2. Set the datalink protocol to Frame Relay (page 4-64)
3. Configure DLCIs (page 4-73)
4. Configure Frame Relay options (page 4-76)
5. Configure the voice path (page 4-101))
1. Configure T1/E1 (page 4-54), or configure SDSL (page 4-50),
or configure ADSL (page 4-61), or configure SHDSL
(page 4-62)
2. Set the datalink protocol to ATM (page 4-64)
3. Configure PVCs (page 4-66)
4. Configure ATM (page 4-71)
5. Configure the voice path (page 4-101)
Figure 4.2
Figure 4.3
WAN Configuration Menu - Configuring SDSL
WAN Configuration Menu (ATM) - Configuring T1/E1
NOTICE: The options displayed on the WAN Configuration menu above are the
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options you will see if ATM is the configured Datalink Protocol (refer to
“Configure Datalink Protocol” below).
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NOTICE: You must sign on as Supervisor to configure the WAN interface. Be sure
to reset the IAD when you have finished making changes to WAN
settings. Resetting the IAD causes the configuration changes to take
effect.
Figure 4.4
Figure 4.5
WAN Configuration Menu (Frame Relay) - Configuring T1/E1
WAN Configuration Menu - Configuring ADSL
Figure 4.6
WAN Configuration Menu - Configuring SHDSL
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Figure 4.7
WAN Configuration Menu - Configuring USI
Although you must reset the IAD when you have completed WAN
configuration, you may configure all WAN configuration (i.e., each numbered
option) before resetting the IAD.
Configure Physical Interface − SDSL
The tasks described in this section all begin on the SDSL Configuration menu
(Figure 4.8). You should review and update each of these options as
necessary, and always reset the IAD when you finish SDSL configuration.
To configure the SDSL interface, Type “2” (Configure Physical Interface) on
the WAN Configuration menu to display the SDSL Configuration menu.
Figure 4.8
SDSL Configuration Menu
NOTICE: The options you see on the SDSL Configuration menu depend on the
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Toggle SDSL Mode
(CPE or CO)
To select CPE or CO Mode, follow the steps below.
1Type “1” on the SDSL Configuration menu (Figure 4.8). The IAD displays
the current SDSL Mode and prompts you to change it.
2Type “1” to select CO, or type “2” to select CPE. The IAD sets the mode
and redisplays the SDSL Configuration menu.
NOTICE: The CO Mode is reserved for testing. CPE is the normal mode.
Set SDSL Speed to
Auto Cycle (Nokia)
Set SDSL Speed to
Auto Sense (Copper
Mountain)
Enable/Disable
Conexant Autobaud
Mode
Set SDSL Sync Delay
(Lucent)
To select Auto Cycle - Nokia DSLAM, type “2” on the SDSL Configuration
menu to set the SDSL speed to Auto Cycle for connecting to a Nokia
DSLAM.
The IAD saves the configuration and redisplays the SDSL Configuration
menu.
To select Auto Sense − Copper Mountain DSLAM, type “3” on the SDSL
Configuration menu (Figure 4.8) to set the SDSL speed to Auto Sense for
connecting to a Copper Mountain DSLAM. The IAD saves the configuration
and redisplays the SDSL Configuration menu.
1Type “4” on the SDSL Configuration menu (Figure 4.8) to enable or
disable Conexant Autobaud mode. The IAD displays the current setting and
prompts you to change it.
2Type “E” to enable or “D” to disable Autobaud mode. The IAD saves the
configuration and redisplays the SDSL Configuration menu.
To set the SDSL Sync Delay (Lucent), follow the steps listed below.
1Type “5” on the SDSL Configuration menu (Figure 4.8) to enable Sync
Delay, which is paired with Conexant Autobaud mode. The IAD displays
the current Autobaud setting and prompts you to change it.
2Type “E” to enable or “D” to disable Autobaud mode. If you disable
Autobaud, you must set the SDSL data rate manually. The IAD prompts
you to enter the SDSL Rate.
3Enter the rate (144 to 2320 kbps, evenly divisible by 8) and press Enter.
4The IAD saves the configuration and redisplays the SDSL Configuration
menu.
Set SDSL to AccessLan
CPE Mode
Set SDSL IMAS
DSLAM (Nortel)
Type “6” on the SDSL Configuration menu (Figure 4.8) to set the IAD to
CPE Mode for connecting to an AccessLan DSLAM. The IAD saves the
configuration and redisplays the SDSL Configuration menu.
1Type “7” on the SDSL Configuration menu (Figure 4.8) to set the SDSL
first-try speed for connecting to an IMAS (Nortel) DSLAM. The IAD
displays the IMAS First Speed Option menu (Figure 4.9).
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Figure 4.9
IMAS First Speed Option Menu
2Type the option to select the appropriate SDSL speed.
The IAD saves the configuration and redisplays the SDSL Configuration
menu.
Set SDSL Speed
Manually
Set SDSL Interface
Mode
Configure SDSL Auto
Cycle Speed Table
1Type “8” on the SDSL Configuration menu (Figure 4.8) to set the SDSL
speed manually. The IAD prompts you to enter the SDSL Data Rate.
2Type the rate (144 to 2320 kbps, evenly divisible by 8) and press Enter. The
IAD asks you if you wish to set Data to Framed Mode.
3Enter “Y” for Framed Mode, or any other character if you are connecting to
a DSLAM other than a Nokia DSLAM.
The IAD saves the configuration and redisplays the SDSL Configuration
menu.
1Type “9” on the SDSL Configuration menu (Figure 4.8) to set the SDSL
interface mode (bit order).The IAD displays the current setting and prompts
you to set the DSL Interface Mode.
2Type “1” to set Interface Mode to Magnitude, Sign, or type “2” to set
Interface Mode to Sign, Magnitude.
The IAD saves the configuration and redisplays the SDSL Configuration
menu.
1Type “C” on the SDSL Configuration menu (Figure 4.8) to configure any
of the 14 SDSL auto cycle speed table entries. The IAD prompts you to
enter the SDSL Auto Cycle Speed.
2Type the value of the entry to configure. The IAD prompts you for the
SDSL Data Rate.
3Type the data rate (144 to 2320 kbps, evenly divisible by 8).
The IAD saves the configuration and redisplays the SDSL Configuration
menu.
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Display SDSL Auto
Cycle Speed Table
Type “P” on the SDSL Configuration menu (Figure 4.8) to display the SDSL
Auto Cycle Speed Table as shown in below.
Figure 4.10
SDSL Auto Cycle Speed Table
Quick Configuration
NOTICE: The Quick Configuration menu is designed to easily configure
predefined settings for specified DSLAMs.
The 2000 Series contains a number of predefined configurations for physical
connections and PVCs.
To use one of the predefined configurations, follow the steps below.
1On the WAN Configuration Menu (Figure 4.4), type “5” to display the
Quick Configuration menu.
Figure 4.11
Quick Configuration Menu
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2Type the option corresponding to the DSLAM to which the IAD is
connected. The IAD automatically resets.
3To continue configuration, log back onto the IAD.
Configure Physical Interface − T1/E1
The tasks described in this section all begin on the T1 or E1 Configuration
menu. The tasks are described in order. Review and update each of the
options as necessary, and reset the IAD when you finish WAN configuration.
Type “2” on the WAN Configuration menu (Figure 4.4) to display the T1
Configuration menu (Figure 4.12).
Figure 4.12
T1 Configuration Menu
The top part of the menu displays the current configuration. You can change
the configuration by selecting the appropriate option in accordance with the
details provided below for each option. Remember always to reset the IAD
when you finish T1 configuration.
Select Frame Mode (D4
or ESF)
To select the Frame Mode, follow the steps below.
1Type “1” on the T1 Configuration menu (Figure 4.12) to select Frame
Mode (D4 or ESF) and display the T1 Frame Mode menu:
Figure 4.13
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Select T1 Frame Mode Menu
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2Type “1” to select ESF Frame Mode, or “2” to select D4 Frame mode.
The IAD resets the interface and redisplays the T1 Frame Mode menu.
3Press Escape to return to the T1 Configuration menu.
4Continue with other configuration tasks.
Select Transmit Line
Build Out
To select Line Build Out, follow the steps below.
1Type “2” on the T1 Configuration menu (Figure 4.12) to display the Line
Build Out menu.
Figure 4.14
Select Line Build Out Menu
2Type the option to select the line build out that corresponds to the T1 span
length in use. The IAD resets the interface and redisplays the Select Line
Build Out menu.
Select B8ZS or AMI
Configure Loopback
3Press Escape to return to the T1 Configuration menu and continue with
other configuration tasks.
To select B8ZS or AMI, follow the steps below.
1To set zero suppression, type “4” on the T1 Configuration menu (Figure
4.12) to select B8ZS or AMI. The IAD displays the current setting and
prompts you to change it.
2Type “Y” to change the setting.
3Press Escape to return to the T1 Configuration menu and continue with
other configuration tasks.
To configure loopback, follow the steps below.
1Type “5” on the T1 Configuration menu (Figure 4.12) to configure
loopback. The IAD displays the current setting for each type of loopback
and ESP loopback commands, and the Loopback Configuration menu.
2Type the option number “1”, “2” or “3” to enable or disable Outward
Payload, Outward Line, and Inward Line Loopback. Inward Loopback is
valid only when the IAD is in Master Mode. The IAD makes the change and
resets the interface.
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3Type “4” to enable or disable receipt of ESF loopback commands. (This
option is valid only when Framing Mode is set to ESF). The IAD saves the
changes and redisplays the Select Loopback Configuration menu.
4Press Escape to return to the T1 Configuration menu and continue with
other configuration tasks.
Configure Transmit
and Receive Channels
To configure Transmit and Receive Channels, follow the steps below.
1Type “6” on the T1 Configuration menu (Figure 4.12) to select Configure
Transmit Channels, or “7” to select Configure Receive Channels. The
IAD displays a message indicating the number of channels enabled, and
displays the Channel Configuration menu (Figure 4.15).
Figure 4.15
Each option on this menu is described in detail below.
Channel Configuration Menu
Enable or Disable All Channels
Type “1” to enable all channels, or type “2” to disable all channels. The
IAD makes the change and resets the interface. (The menu and reset messages
may conflict; press any key to refresh the menu.)
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Select Individual Channels
1Type “3” to enable or disable specific channels. If all channels are
disabled, this option enables specific channels. Conversely, if all channels
are enabled, this option disables specific channels.The IAD displays
prompts you to select Channel Enable/Disable.
2For each channel, type the number and press Enter. When you have entered
all channels to enable or disable, press Enter. The IAD saves the
configuration and displays the T1 Configuration menu.
3Continue with other configuration tasks.
Select Channel Range
To select Channel Range, perform the following steps:
1Type “4” to enable a range of channels. The IAD displays the channel
status and prompts you to select a Channel Range and to type in the
Beginning Channel.
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2Type the beginning channel and press Enter. The IAD prompts you to type
in the Last Channel of Range.
3Type the ending channel to enable and press Enter. The IAD makes the
change and saves the configuration and displays the T1 Configuration
menu.
4Continue with other configuration tasks.
Configure Transmit
Clock Source
To Configure the Transmit Clock Source, follow the steps below.
1Type “8” on the T1 Configuration menu to select Configure Transmit
Clock Source, which will display the Select Tx Clock Source menu (Figure
4.16) with a status message.
Figure 4.16
Select Tx Clock Source Menu
2Type “1” to select External or Slave mode, or type “2” to select Internal
or Master mode. The IAD saves the configuration and resets the interface.
3Press Escape to return to the T1 Configuration menu and continue with
other configuration tasks.
4After you reset the IAD, you will see a prompt to type “1” to select
External or “2” to select Internal mode. Enter your selection.
The IAD saves the configuration and resets the interface.
Change to E1 Mode
Type “9” on the T1 Configuration menu (Figure 4.12) to switch from T1 to
E1 mode (Figure 4.17).
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Figure 4.17
E1 Configuration Menu
Select Frame/CRC4
Mode
Configure S-Bits
Type “1” on the E1 Configuration menu to display the E1 Frame Mode
menu (Figure 4.18). From this menu, you may select the framing for the
network side of the DSU/CSU (default is FAS).
Figure 4.18
E1 Frame Mode Menu
Type “4” on the E1 Configuration menu to display the Configure S-Bits
menu (Figure 4.19). Toggle to display the status of special bits found in
timeslot zero.
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Figure 4.19
Configure S-Bits Menu
Configure Loopback
Configure Transmit or
Receive Channels
Type “4” on the E1 Configuration menu to select Configure Loopback,
which will displace the menu shown in Figure 4.20
Figure 4.20
Select Loopback Configuration
The Outward Payload Loopback loops the data after the T1 framer back to the
network. The Outward Line Loopback loops the data before the T1 framer
back to the network. The Inward Loopback loops the data after the T1 framer
back to the user.
Type “5” on the E1 Configuration menu to select Configure Transmit
Channels or “6” to Configure Receive Channels. Figure 4.21 shows the
Transmit Channel Configuration menu. The Receive Channel Configuration
menu is the same except that it shows the Rx Channels Enabled.
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Figure 4.21
Transmit Channel Configuration Menu
This menu lets you enable or disable all channels, enable or disable
individual channels, or select a range of channels to enable/disable.
Configure Clock
Source
To Configure the Clock Source, follow the steps below.
1Type “7” on the E1 Configuration menu to select Configure Clock Source,
which will display the Select Tx Clock Source menu (Figure 4.22) with a
status message.
Figure 4.22
Select Tx Clock Source Menu
2Type “1” to select External or Slave mode, or type “2” to select Internal
or Master mode. The IAD saves the configuration and resets the interface.
3Press Escape to return to the E1 Configuration menu and continue with
other configuration tasks.
4After you reset the IAD, you will see a prompt to type “1” to select
External or “2” to select Internal mode. Enter your selection.
Display Physical Layer
Stats and Alarm Log
The physical layer statistics displays the T1/E1 error rate in errors per second
for the past second. An event log (up to 5 kB) is maintained for certain
events. The time stamp is relative to the last system reset. As new events are
added, older events are discarded when the file size is maximized.
Events include the start and end of Telnet sessions, SNMP access with an
invalid community name, system reset and system reset from menu command,
and the WAN link going up or down.
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1Type “P” on the T1/E1 Configuration menu (Figure 4.12) to display the
physical layer statistics and the alarm log.
Clear Physical Layer
Stats
Figure 4.23
Sample Physical Layer Stats and Alarm Log:
2Enter any key to continue paging through the report; press Escape to cancel
and return to the T1/E1 Configuration menu.
Type “Z” on the T1/E1 Configuration menu (Figure 4.12) to clear all
Physical Layer statistics.
Configure Physical Interface − ADSL
The tasks described in this section all begin on the ADSL Configuration menu
(Figure 4.24). You should review and update each of these options as
necessary, and always reset the IAD when you finish ADSL configuration.
To configure the ADSL interface, Type “1” (Configure Physical Interface)
on the WAN Configuration menu (Figure 4.5) to display the ADSL
Configuration menu.
Figure 4.24
NOTICE: The options you see on the ADSL Configuration menu depend on the
ADSL Configuration Menu
specific DSLAM.
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Set ADSL Standard
1Type 1 to select Configure ADSL Standard. The IAD displays the ADSL
Standards menu.
Figure 4.25
ADSL Standards Menu.
2Type the option corresponding to the ATM Standard. The IAD sets the
standard you select and displays the menu.
NOTICE: If no default route is configured on the IAD, the first PPP interface that
completes negotiation will be assigned as the default interface. If
multiple PPP interfaces are configured, this could result in the wrong
interface being assigned as the default. This applies to PPPoA and
PPPoE.
Configure Physical Interface − SHDSL
The tasks described in this section all begin on the SHDSL Configuration
menu (Figure 4.26). You should review and update each of these options as
necessary, and always reset the IAD when you finish SHDSL configuration.
To configure the SHDSL interface, Type “2” (Configure Physical Interface)
on the WAN Configuration menu (Figure 4.6) to display the SHDSL
Configuration menu.
Figure 4.26
SHDSL Configuration Menu
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Select SHDSL
Interface Type
To select the Interface Type, follow the steps below.
1Type “1” on the SHDSL Configuration menu (Figure 4.26). The IAD
displays the current SHDSL Interface Type menu. Type the option to select
SHDSL Annex A for operation in the U.S. or Annex B for operation in
Europe. The IAD sets the interface type and displays the menu
2Press Escape to return to the SHDSL Configuration menu.
Select CPE or CO
Mode
Enable/Disable
Adaptive Rate Mode
Select Line Rate
To select CPE or CO Mode, follow the steps below.
1Type “2” on the SHDSL Configuration menu (Figure 4.26). The IAD
displays the current SHDSL Mode and prompts you to change it.
2Type “1” to select CO, or type “2” to select CPE. The IAD sets the mode
and redisplays the SHDSL Configuration menu.
NOTICE: The CO Mode is reserved for testing. CPE is the normal mode.
To configure the Adaptive Rate Mode, follow the steps below.
1Type “3” on the SHDSL Configuration menu (Figure 4.26) to display the
Configure SHDSL Rate Mode menu.
2Type “1” to select Fixed, or type “2” to select Adaptive. The IAD sets
the rate mode and displays the menu.
3Press Escape to return to the SHDSL Configuration menu.
To select a Line Rate, follow the steps below.
1Type “4” on the SHDSL Configuration menu (Figure 4.26) to display the
current line rate and a prompt to change it.
2Type a line rate value (between 64 and 2320 kpbs). This value must be
divisible by 8. The IAD sets the rate and displays the SHDSL Configuration
menu.
Configure Physical Interface − USI
The tasks described below begin on the USI Configuration menu (Figure 4.27).
Review and update these options as necessary and always reset the IAD when
you have completed USI Interface configuration.
Figure 4.27
1Type “1” on the USI Configuration menu to see the menu below and select
the physical layer protocol for the USI port. Select either RS-530 or V.35
for the physical interface.
USI Configuration Menu
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Figure 4.28
USI Interface Type
2Type “2” on the USI Configuration menu to select the USI data rate and
clocking options. The data rate is in 64 kbps increments up to a maximum of
2.048 Mbps. The Receive Clock can be configured to use either an internal
or external clock source.
Figure 4.29
Serial Interface Clock Speed Option Menu
To set the speed manually, enter the desired multiplier of 64 kbps (maximum
is 32 or 2.048 Mbps).
Configure Datalink Protocol
If you are setting up voice and data channels, you can select ATM or Frame
Relay as you set up the channels as described below.
To select ATM or Frame Relay as the datalink protocol, on the WAN
Configuration menu, type “1”. The IAD displays the WAN Datalink Protocol
Configuration menu (Figure 4.30), identifying the current datalink protocol
just below the banner.
Figure 4.30
WAN Datalink Protocol Configuration Menu
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NOTICE: The WAN Datalink Protocol Configuration menu sets up the IAD
internet link for Level 2 Transmission Convergence onto the physical
link. The following generic description of the options listed on this
menu are for information only. Specific encapsulation options are
shown and selected when configuring ATM PVCs (refer to page 4-66)
or Frame Relay DLCIs (refer to page 4-73).
Totally Transparent
No framing or encapsulation is specified. Used only by Paradyne for internal
purposes.
Raw HDLC
Level 2 frame delineation, link control services, and error detection are provided
at physical interface for non-encapsulated transport of IAD payload between
two points.
Cisco Compatible HDLC
Same Level 2 functionality as described under Raw HDLC above, but with
awareness of Cisco-implemented HDLC control field changes (e.g.,
modifications in the control bytes to allow transparent implementation of the
Cisco Discovery Protocol).
IP-Plus Compatible HDLC
Provides support for IP Headers in the HDLC payload.
PPP (Over Raw HDLC)
Point-to-Point over raw HDLC encapsulation.
ATM or Frame Relay
Multiprotocol over ATM (RFC 1483) encapsulation or Multiprotocol over
Frame Relay (RFC 1490) encapsulation.
When you select ATM as the datalink protocol, the IAD displays the PVC
and ATM options on the WAN Configuration menu.
When you select Frame Relay, the IAD displays the Frame Relay options on
the WAN Configuration menu − options 3 and 4 on the menu shown below.
TDM Voice
This option lets you configure, on a per-DS0 basis, voice traffic for the POTS
ports and data traffic for the Ethernet port.
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NOTICE: If no default route is configured on the IAD, the first PPP interface that
completes negotiation will be assigned as the default interface. If
multiple PPP interfaces are configured, this could result in the wrong
interface being assigned as the default. This applies to PPP over
HDLC, PPPoA, PPPoFR, and PPPoE.
Configure ATM PVCs
You may configure up to eight ATM PVCs on the IAD. Remember always to
reset the IAD to make PVCs active.
1Type “3” on the WAN configuration menu (Figure 4.4). The IAD displays
the ATM PVC Configuration menu (Figure 4.31)
NOTICE: Before you configure PVCs, you must first set the datalink protocol
ATM. If option 3 on the WAN Configuration menu displays Configure
DLCIs instead of Configure PVCs, your datalink protocol is set to
Frame Relay instead of ATM.
Figure 4.31
ATM PVC Configuration Menu
2Type the option to perform a task. Each option is described below.
Add New PVC
To add a new PVC, follow the steps below.
1On the ATM PVC Configuration menu, type “1”. The IAD prompts you to
enter the VPI.
2Type a VPI value between 0 and 255 (default 0) and press Enter. The IAD
then prompts you for the VCI.
3Type a VCI value between 32 and 65535 and press Enter. The IAD displays
the ATM Encapsulation Configuration menu as shown in Figure 4.32.
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Figure 4.32
ATM Encapsulation Configuration Menu
4Type the option for the encapsulation to configure for this PVC. If you
select RFC 2364 (PPPoATM with LLC Encapsulation) or RFC 2364
(PPPoATM using VC Muxing), follow the on-screen messages to set the
PPP authorization type. The IAD displays the ATM Service Category
Configuration menu (Figure 4.33).
Figure 4.33
ATM Service Category Configuration Menu
5Type “1” to select CBR for high priority data
− or −
Type “2” to select UBR for low priority data. The IAD displays the ATM
Peak Cell Rate (PCR) Configuration menu (Figure 4.34).
Figure 4.34
ATM Peak Cell Rate (PCR) Configuration Menu
6Type the value for the Peak Cell Rate. The IAD saves the configuration and
displays the PVC Configuration menu where you may continue with other
PVC management tasks.
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NOTICE: Do not use “0” for Voice PVC because “0” will use all available
bandwidth, including CBR bandwidth that is not being used. Do not
oversubscribe available PCR. Use “0” for only one (1) PVC. Refer to
Peak Cell Rate (PCR) Considerations and Recommendations on
page C-250.
Modify Existing PVC
1Type “2” on the ATM PVC Configuration menu (Figure 4.31). The IAD
displays the following port table, and prompts you to select the appropriate
port.
AAL5 or AAL0
2Type the port number and press Enter.The IAD prompts you to enter the
VPI:
3Type a VPI value between 0 and 255 (default 0) and press Enter. The IAD
then prompts you to enter the VCI:
4Type a VCI value between 32 and 65535 (the default is 38 for data and 39
for voice) and press Enter. The IAD displays the ATM Encapsulation
Configuration menu (Figure 4.32).
Select the encapsulation you want to assign to this PVC in accordance with
the following paragraphs.
1Type “1” on the ATM Encapsulation Configuration menu (Figure 4.32) to
select AAL5, or “2” to select AAL0 encapsulation. The IAD displays the
ATM Service Category Configuration menu (Figure 4.33).
2Type “1” to select CBR for high priority data
− or −
Type “2” to select UBR for low priority data. The IAD displays the Peak
Cell Rate Configuration menu (Figure 4.34).
3Type the PCR value or press Enter to set the PCR to the maximum rate for
the current line speed. The IAD saves the configuration and displays the
ATM PVC Configuration menu.
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Proprietary Voice
Encapsulation
Type “3”on the ATM Encapsulation Configuration (Figure 4.32) menu to
select Proprietary Voice encapsulation over a specific PVC. The IAD saves
the configuration and displays the ATM PVC Configuration menu.
NOTICE: Proprietary Voice Encapsulation is used for Copper Com and Jetstream
voice PVCs only.
RFC 1483 (VC
Muxing) or RFC 1483
(LLC Encapsulation)
RFC 2364 (PPPoATM
with LLC
Encapsulation) or RFC
2364 (PPPoATM using
VC Muxing)
1Type “4” on the ATM Encapsulation Configuration (Figure 4.32) menu to
select RFC 1483 encapsulation with VC Muxing or type “5” to select RFC
1483 with LLC encapsulation. The IAD displays the ATM Service
Category Configuration menu (Figure 4.33).
2Type “1” to select CBR
− or −
Type “2” to select UBR. The IAD displays the Peak Cell Rate
Configuration menu (Figure 4.34).
3Type the PCR value or press Enter to set the PCR to the maximum rate for
the current line speed. The IAD saves the configuration and displays the
ATM PVC Configuration menu (Figure 4.31).
Options 4 and 5 on the ATM Encapsulation Configuration menu (RFC 1483
using VC Muxing) support routing and bridging.
1Type “6” on the ATM Encapsulation Configuration menu (Figure 4.32) to
select RFC 2364 (PPP0ATM with LLC encapsulation) or type “7” to select
RFC 2364 (PPP0ATM with VC Muxing).
Figure 4.35
PPP Authorization Menu
2The IAD displays the current PPP authorization and prompts you to change
it. If you select options 1 through 4, the IAD displays the current PPP
authorization user ID and prompts you to enter a new PPP user ID.
3Enter the new user ID and press Enter and then type a password and press
Enter. If you select option 0 (None), the IAD displays the IPCP IP Address
Type menu.
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Figure 4.36
IPCP Configuration Menu
4Type the option corresponding to the IP address you want to use. The IAD
displays the status of the DNS server assignment for the selected port, and
prompts you to enable or disable it:
5Type “E” to enable, or “D” to disable the DNS server assignment for T1/
E1 on this port. The IAD reports the change, displays the status of the DNS
server assignment for the port, and prompts you to enable or disable it:
6Type “E” to enable, or “D” to disable the IP mask assignment for T1/E1 on
this port. The IAD transfers the IP address and mask assigned to a WAN
port to a LAN port and then displays the ATM Service Category
Configuration menu (Figure 4.33).
7Type “1” to select CBR for high priority data
− or −
Type “2” to select UBR for low priority data. The IAD displays the Peak
Cell Rate Configuration menu (Figure 4.34).
AAL1/CES
AAL2/LES
8Type the PCR value or press Enter to set the PCR to the maximum rate for
the current line speed. The IAD saves the configuration and displays the
ATM PVC Configuration menu.
Type “8” on the ATM Encapsulation Configuration menu Figure 4.32) to
select AAL1/LES encapsulation. The IAD displays the Peak Cell Rate
Configuration menu (Figure 4.34). Type the PCR value or press Enter to set
the PCR to the maximum rate for the current line speed. The IAD saves the
configuration and displays the ATM PVC Configuration menu.
NOTICE: The option “0” cannot be selected for CBR.
Type “9” on the ATM Encapsulation Configuration menu (Figure 4.32) to
display the AAL2 Audio Profile Format menu.
1To select ITU, type “1”. The IAD displays the AAL2 Audio Profile menu
with available options. Type “2” for ATM Forum.
The IAD displays the Peak Cell Rate (PCR) Configuration menu (Figure
4.34).
2Type the PCR value or press Enter to set the PCR to the maximum rate for
the current line speed. The IAD saves the configuration and displays the
ATM PVC Configuration menu.
3Type “A” for RFC 2516 (PPoE with LLC) or “B” for RFC 2516 (PPoE
with VC mux.
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NOTICE: AAL2/LES encapsulation is used for AAL2/LES-CAS and AAL2/LES
ELCP voice applications.
Delete PVC
To delete a PVC, follow the steps below.
1Type “3” on the ATM PVC Configuration menu (Figure 4.31) to select
Delete PVC. The IAD displays the port list and a prompt.
2Type the port number to delete and press Enter.
3To delete the PVC, type “Y”, or cancel the deletion by typing any other
character. The IAD saves the configuration and displays the PVC
Configuration menu where you may continue with other PVC management
tasks.
Show Current PVCs
1To display a list of current PVCs, type “4” on the ATM PVC
Configuration menu (Figure 4.31) to display the port table with associated
PVCs:
2When you have finished viewing the list, press any key to return to the
ATM PVC Configuration menu.
Configure ATM Options
To configure ATM options, type “4” on the WAN Configuration menu
(ATM) to display the ATM Configuration menu (Figure 4.37). Current
datalink protocol on the WAN Configuration menu must be set to ATM to see
the ATM Configuration menu. Remember always to reset the IAD when you
finish ATM configuration. (You may wait to reset until all changes have been
made.)
Figure 4.37
Each of the options on this menu is described in detail below.
Configure Payload Scrambling
ATM Configuration Menu
You must enable payload scrambling (which is disabled by default) for the
IAD to connect to a DSLAM that uses payload scrambling. To enable or
disable payload scrambling, follow the steps below:
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1On the ATM Configuration menu, type “1” to see a prompt that lets you
enable or disable Payload Scrambling.
2To enable payload scrambling type “E”, or type “D” to disable. The IAD
saves the configuration and displays the ATM Configuration menu where
you may continue with other ATM tasks.
Configure F4 OAM VPI
One F4 OAM VPI may be configured at a time. When you are configuring an
F4 OAM VPI, if one is not configured, the IAD displays the message, “F4
OAM not configured”; otherwise the current configuration is displayed.
To configure the F4 OAM VPI, follow the steps below.
1On the ATM Configuration menu (Figure 4.37), type “2” to select
Configure F4 OAM VPI. This value must match one of the WAN PVCs.
For more information, refer to Show Current PVCs on page 4-71. The IAD
displays the status and prompts you to enter a VPI.
2Type the VPI on which to configure F4 OAM. The IAD saves the
configuration and displays the ATM Configuration menu where you may
continue with other ATM tasks.
Configure F4 OAM Type
To configure the F4 OAM Type, follow the steps below.
1On the ATM Configuration menu (Figure 4.37), type “3” to select
Configure F4 OAM Type. The IAD displays the menu shown in Figure
4.38.
Figure 4.38
F4 OAM Type Configuration Menu
2Type “0” to set F4 OAM to none, or type “4” to set for End to End OAM.
The IAD saves the configuration and displays the ATM Configuration menu
where you may continue with other ATM tasks.
Display F4 OAM Configuration
To display the F4 OAM Type currently set, type “4” on the ATM
Configuration menu (Figure 4.37). The IAD displays the status message, and
then displays the ATM Configuration menu.
Send OAM Loopback
1
Type “5” on the ATM Configuration menu (Figure 4.37) to select Send
OAM Loopback. The IAD displays a list of all configured F4 OAM ports
and VPI values.
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2Type the port on which to send the OAM Loopback and press Enter. The
IAD performs a loopback test on the selected port and reports the results,
whether successful or unsuccessful.
3Press any key to display the ATM Configuration menu.
Configure EmptyCells
To configure Empty Cells, follow the steps below.
1Type “6” on the ATM Configuration menu (Figure 4.37), to select
Configure EmptyCells. The IAD displays the current status (“Idle” or
“Unassigned”) and prompts you to change it.
2Type “1” to select Idle cells, or type “2” to select Unassigned cells.
NOTICE: Empty cell IAD settings must match far-end settings.
Configure DLCIs
Type “3” on the WAN Configuration menu to display the Frame Relay
DLCI Configuration menu. Remember always to reset the IAD after you
finish DLCI configuration.
NOTICE: Before you configure DLCIs, you must first set the datalink protocol to
Frame Relay. If option 3 on the WAN Configuration menu displays
“Configure PVCs” instead of “Configure DLCIs,” your datalink
protocol is set to ATM instead of Frame Relay.
Figure 4.39
Frame Relay DLCI Configuration Menu
Each option on the menu is described below.
Add New DLCI
To add a new DLCI, follow the steps below.
1On the Frame Relay DLCI Configuration menu, type “1” to select Add
New DLCI. The IAD prompts you to enter a new DLCI number.
2Type a DLCI value between 16 and 1023 and press Enter. The IAD displays
the Fame Relay Encapsulation Configuration menu (Figure 4.40).
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Figure 4.40
Frame Relay Encapsulation Configuration Menu
3Type the option corresponding to the encapsulation method you intend to
use. The IAD displays the Frame Relay DLCI Options menu (Figure 4.41).
Configure Transmit
CIR
Figure 4.41
Frame Relay DLCI Options Menu
NOTICE: To continue without configuring CIR or FRF.12 Fragmentation, press
Escape. CIR is not required for full bandwidth circuits.
To configure Transmit CIR, follow the steps below.
1Type “1” on the Frame Relay DLCI Options menu to select Configure
Transmit CIR. The IAD prompts you to enter the Committed Burst Size
(Bc).
2Type the Bc in number of bits. The IAD prompts you to enter the Circuit
Throughput.
3Type the Circuit Throughput and press Enter. The IAD prompts you to enter
the Excess Burst Size (Be).
4Type the excess burst value in number of bits and press Enter. The IAD
displays the Frame Relay DLCI Options menu (Figure 4.41).
5Press Escape to return to the Frame Relay DLCI Config menu and continue,
or proceed to the next section.
Configure Receive CIR
To configure Receive CIR, follow the steps below.
1Type “2” on the Frame Relay DLCI Options (Figure 4.41) menu to select
Configure Receive CIR. The IAD prompts you to enter the Bc.
2Type the Bc in number of bits. The IAD prompts you to enter the Circuit
Throughput.
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3Type the Circuit Throughput in bits per second and press Enter. The IAD
prompts you to enter the Be.
4Type the Be value in number of bits and press Enter. The IAD displays the
FR DLCI Options menu.
5Press Escape to return to the Frame Relay DLCI Configuration menu and
continue.
Configure FRF.12
Fragmentation
Modify Existing DLCI
To configure FRF.12 Fragmentation, follow the steps below.
1Type “3” on the Frame Relay DLCI Options menu (Figure 4.41) to display
the End-to-End Fragmentation menu (Figure 4.42).
Figure 4.42
End-to-End Fragmentation Configuration Menu
2Type “1” to select End-to-End FRF.12, or type “2” to manually set the
fragment size. If you type “1”, the IAD displays the status and prompts you
to enable or disable End-to-End FRF.12. If you type “2”, the IAD prompts
you to enter the maximum fragment size.
3Type the fragment size in bytes and press Enter. The IAD displays the End-
to-End Fragmentation Configuration menu. Press Escape to return to the
DLCI Configuration menu.
To modify an Existing DLCI, follow the steps below.
1On the Frame Relay DLCI Configuration menu, type “2” to select Modify
Existing DLCI.The IAD displays the port table and prompts you to select
the appropriate port as shown in
Delete DLCI
Figure 4.43
Modify Existing DLCI Menu
2Type the port number corresponding to the DLCI you want to update and
press Enter.
3Type the new DLCI number and press Enter. The IAD displays the Frame
Relay Encapsulation Configuration menu as shown in Figure 4.40.
4Continue with the steps listed above under “Adding a new DLCI.”
To delete a DLCI, follow the steps below.
1On the Frame Relay DLCI Configuration menu, type “3” to select Delete
DLCI. The IAD displays the port table and prompts you to select a port.
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2Type the port number corresponding to the DLCI you want to delete. To
permanently remove the DLCI configuration, type “Y”. To cancel the
operation, type “N”.
Show Current DLCIs
To display all currently configured DLCIs, follow the steps below.
1Type “4” on the Frame Relay DLCI Configuration menu to display the port
table.
2Press any key to display the Frame Relay DLCI Configuration menu.
Configure Frame Relay Options
To configure Frame Relay options, type “4” on the WAN Configuration
menu. The IAD displays the Frame Relay menu (Figure 4.44).
Figure 4.44
Each of the menu options is described in detail below.
Frame Relay Options Configuration Menu
Frame Relay FRF.12
Configuration
Configure Fragmentation
1On the Frame Relay Options menu, type “1” to display the Frame Relay
Fragmentation Configuration menu (Figure 4.45).
Figure 4.45
Frame Relay Fragmentation Configuration Menu
2Type “1” to select Configure FRF.12 Fragmentation and proceed to
FRF.12 configuration.
− or −
Type “2” to select Copper Mountain Fragmentation and proceed to
CopperMountain Fragmentation configuration.
Each of these configurations is described below.
Select FRF.12 Fragmentation to display the FRF.12 Configuration menu
(Figure 4.46).
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Figure 4.46
FRF.12 Configuration Menu
Each option on this menu is described in detail below.
Enable/Disable FRF.12
To enable or disable FRF.12, follow the steps below.
1Type “1” on the Frame Relay FRF.12 Configuration menu. The IAD
displays FRF.12 Fragmentation status (enabled or disabled), and prompts
you to change it.
2Type “E” to enable End-to-End fragmentation, or type “D” to disable it.
The IAD saves the configuration and displays the FRF.12 Configuration
menu. Press Escape to continue.
Enable Automatic Fragment Sizing
Type “2” on the Frame Relay FRF.12 Configuration menu to enable
automatic fragment sizing. The IAD saves the configuration and displays the
FR FRF.12 Configuration menu. Press Escape to continue.
Configure
CopperMountain
Fragmentation
Configuration
Set Manual Fragment Size
To manually set the Fragment Size, follow the steps below.
1Type “3” on the Frame Relay FRF.12 Configuration menu to manually set
fragment sizing. The IAD prompts you to enter the maximum fragment size.
2Type the maximum fragment size in milliseconds or bytes and press Enter.
The IAD saves the configuration and displays the FR FRF.12 Configuration
menu. Press Escape to continue.
Select Configure CopperMountain Fragmentation by typing “2” on the FR
Fragmentation Configuration menu to display the CopperMountain FR
FRF.12 Configuration menu (Figure 4.47).
NOTICE: With CMCP enabled, the DSLAM controls fragmentation settings, and
IAD configuration is not required.
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Figure 4.47
Copper Mountain FRF.12 Configuration Menu Proprietary for
CopperMountain DSLAMs
Each option on this menu is described in detail below.
Enable/Disable Copper Mountain Fragmentation
1Type “1” to display a prompt that lets you enable or disable
CopperMountain fragmentation.
2Type “E” to enable CopperMountain fragmentation or type “D” to disable.
The IAD saves the configuration and displays the FR FRF.12 Configuration
menu. Press Escape to continue.
Set Real-Time DLCI
1Type “2” to set up the IAD for real-time DLCI. The IAD displays the port
table and prompts you to select a port.
2Type the port number corresponding to the DLCI you want to set to real-
time. The IAD saves the configuration and displays the FR FRF.12
Configuration menu. Press Escape to continue.
Configure Management Protocol
To configure Management Protocol, follow the steps below.
1Type “2” on the Frame Relay Options menu to display the Configure
Management Protocol menu (Figure 4.48).
Figure 4.48
Frame Relay Management Protocol Menu
2Type the number that corresponds to the protocol on your network and press
Enter.
782000-A2-GB23-00
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