Cisco NI-1 DSLAM Equipment Module
Configuration Guide
Release 4.1
January 2003
Text Part Number: OL-1809-02
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Cisco NI-1 DSLAM Equipment Module Configuration Guide
Copyright © 2003, Cisco Systems, Inc.
All rights reserved.
C O N T E N T S
About This Guide
Audience
i
i
Organization
i
Related Documents
Conventions
Installation
ii
ii
iii
Obtaining Documentation iii
World Wide Web iii
Documentation CD-ROM iii
Ordering Documentation iii
Documentation Feedback iv
Obtaining Technical Assistance iv
Cisco.com iv
Technical Assistance Center v
CHAPTER
1
Getting Started
1-1
Configuration 1-2
Software Requirements
1-2
Hardware Compatibility 1-2
Configuring Network Timeout 1-3
Runtime Environment Configuration
Creating Networks
Creating Nodes
CHAPTER
2
1-4
1-5
1-6
Uploading Fabric and Services
2-1
Initial System Upload 2-2
Network Upload 2-2
Uploading a Node Object 2-3
Viewing the Upload Progress 2-3
Adding Inter-Network Links (Topology) Information
Adding Links Using the GUI 2-4
2-4
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Contents
CHAPTER
3
Subtending Configurations
Overview
3-1
Topology
3-1
Attribute Reference
Object Model
Node
A-1
A-1
Table Conventions
Network
3-1
A-2
A-4
A-6
Cisco NI-1 DSLAM WAN Physical Port
DSL Physical Port
ATM Logical Port
ATM Cross Connect
A-10
A-15
A-24
A-30
Working with Service Element Profiles B-1
Creating a Service Element Profile B-2
Modifying a Service Element Profile B-2
Deleting a Service Element Profile B-2
GLOSSARY
INDEX
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About This Guide
This document describes the Cisco NI-1 DSLAM Equipment Module for Cisco Provisioning Center,
release 4.1.
Audience
The Cisco NI-1 DSLAM Equipment Module Configuration Guide provides information about how to
configure and use the Cisco NI-1 DSLAM Equipment Module with Cisco Provisioning Center.
This document is intended for personnel who are involved with:
•
Network Planning
•
Network Management
•
Cisco Provisioning Center Deployment
•
Integration with Cisco Provisioning Center
Organization
This guide includes the following chapters and appendices:
Table 1
Document Organization
Chapter/Appendix Title
Description
“About This Guide”
Includes information about documentation conventions and
organization.
Chapter 1, “Getting Started”
Outlines configuration tasks, software requirements, hardware
compatibility, and how to create network and node objects.
Chapter 2, “Uploading Fabric
and Services”
Details the process of uploading information from your network into
the Cisco Provisioning Center database.
Chapter 3, “Subtending
Configurations”
Describes the subtending configurations possible with Cisco NI-1
series DSLAMs.
Appendix A, “Attribute
Reference”
Lists all the attributes for the objects available through this Equipment
Module.
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About This Guide
Related Documents
Table 1
Document Organization
Chapter/Appendix Title
Description
Appendix B, “Working with
Service Element Profiles”
Outlines how to create, modify, and delete Service element profiles.
Glossary
Includes definitions for acronyms used throughout this guide.
Related Documents
This guide refers you to other documents within the Cisco Provisioning Center documentation suite.
Table 2 lists these documents.
Table 2
Related Documents
Name
Part Number
Documentation Guide For Cisco Provisioning Center Release 4.1
78-15305-01
Cisco Provisioning Center Installation Guide
OL-3552-01
Cisco Provisioning Center Administration Guide
OL-3553-01
Cisco Provisioning Center User’s Guide
OL-1804-02
Release Notes for Cisco Provisioning Center Release 4.1
OL-3559-01
Cisco Provisioning Center Programmer’s Guide
OL-1813-02
Cisco Provisioning Center Programmer’s Reference
OL-1818-02
Cisco Provisioning Center DSL Service Application Solution Guide
OL-1806-02
Conventions
Various formatting conventions are used in this guide to make it easier for you to recognize and use
specific types of information. Table 3 lists these conventions.
Table 3
Document Conventions
Convention
Description
Example
Bold Text
Within a procedure, bold text indicates Click the networks button on the
specific words in the GUI.
Navigation Bar.
Navigate to networks > Cisco NI-1
Italicized Text Within a procedure, italicized text
indicates text that should be replaced DSLAM Equipment Module > Profiles
with the name of the element or object > Service Element Profile.
that is specific to your network
configuration.
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About This Guide
Installation
Table 3
Document Conventions
Convention
courier
Square
Brackets
Text
Description
Example
Commands formatted as courier
indicate shell commands that must be
entered exactly as shown.
export CCP_ACTIVATION_TIMEOUT=180
Within a command, optional
parameters are shown in square
brackets.
SYnpt [-s[CDRST] | -h[R] | -r[R]]
Installation
To install Cisco Provisioning Center, you must install Cisco Provisioning Center resource binaries and
various Service Applications and Equipment Module binaries. For more information about installing
Cisco Provisioning Center, refer to the Cisco Provisioning Center Installation Guide and Cisco
Provisioning Center Administration Guide. In addition to the Cisco NI-1 DSLAM Equipment Module,
you must also install the Service Application(s) that you will be using to activate NI-1 services. For more
information, refer to the specific Service Application guide(s).
Obtaining Documentation
These sections explain how to obtain documentation from Cisco Systems.
World Wide Web
You can access the most current Cisco documentation on the World Wide Web at this URL:
http://www.cisco.com
Translated documentation is available at this URL:
http://www.cisco.com/public/countries_languages.shtml
Documentation CD-ROM
Cisco documentation and additional literature are available in a Cisco Documentation CD-ROM
package, which is shipped with your product. The Documentation CD-ROM is updated monthly and may
be more current than printed documentation. The CD-ROM package is available as a single unit or
through an annual subscription.
Ordering Documentation
You can order Cisco documentation in these ways:
•
Registered Cisco.com users (Cisco direct customers) can order Cisco product documentation from
the Networking Products MarketPlace:
http://www.cisco.com/cgi-bin/order/order_root.pl
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About This Guide
Obtaining Technical Assistance
•
Registered Cisco.com users can order the Documentation CD-ROM through the online Subscription
Store:
http://www.cisco.com/go/subscription
•
Nonregistered Cisco.com users can order documentation through a local account representative by
calling Cisco Systems Corporate Headquarters (California, U.S.A.) at 408 526-7208 or, elsewhere
in North America, by calling 800 553-NETS (6387).
Documentation Feedback
You can submit comments electronically on Cisco.com. In the Cisco Documentation home page, click
the Fax or Email option in the “Leave Feedback” section at the bottom of the page.
You can e-mail your comments to [email protected].
You can submit your comments by mail by using the response card behind the front cover of your
document or by writing to the following address:
Cisco Systems
Attn: Document Resource Connection
170 West Tasman Drive
San Jose, CA 95134-9883
We appreciate your comments.
Obtaining Technical Assistance
Cisco provides Cisco.com as a starting point for all technical assistance. Customers and partners can
obtain online documentation, troubleshooting tips, and sample configurations from online tools by using
the Cisco Technical Assistance Center (TAC) Web Site. Cisco.com registered users have complete access
to the technical support resources on the Cisco TAC Web Site.
Cisco.com
Cisco.com is the foundation of a suite of interactive, networked services that provides immediate, open
access to Cisco information, networking solutions, services, programs, and resources at any time, from
anywhere in the world.
Cisco.com is a highly integrated Internet application and a powerful, easy-to-use tool that provides a
broad range of features and services to help you with these tasks:
•
Streamline business processes and improve productivity
•
Resolve technical issues with online support
•
Download and test software packages
•
Order Cisco learning materials and merchandise
•
Register for online skill assessment, training, and certification programs
If you want to obtain customized information and service, you can self-register on Cisco.com. To access
Cisco.com, go to this URL:
http://www.cisco.com
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About This Guide
Obtaining Technical Assistance
Technical Assistance Center
The Cisco Technical Assistance Center (TAC) is available to all customers who need technical assistance
with a Cisco product, technology, or solution. Two levels of support are available: the Cisco TAC
Web Site and the Cisco TAC Escalation Center.
Cisco TAC inquiries are categorized according to the urgency of the issue:
•
Priority level 4 (P4)—You need information or assistance concerning Cisco product capabilities,
product installation, or basic product configuration.
•
Priority level 3 (P3)—Your network performance is degraded. Network functionality is noticeably
impaired, but most business operations continue.
•
Priority level 2 (P2)—Your production network is severely degraded, affecting significant aspects
of business operations. No workaround is available.
•
Priority level 1 (P1)—Your production network is down, and a critical impact to business operations
will occur if service is not restored quickly. No workaround is available.
The Cisco TAC resource that you choose is based on the priority of the problem and the conditions of
service contracts, when applicable.
Cisco TAC Web Site
You can use the Cisco TAC Web Site to resolve P3 and P4 issues yourself, saving both cost and time.
The site provides around-the-clock access to online tools, knowledge bases, and software. To access the
Cisco TAC Web Site, go to this URL:
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All customers, partners, and resellers who have a valid Cisco service contract have complete access to
the technical support resources on the Cisco TAC Web Site. The Cisco TAC Web Site requires a
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password, go to this URL to register:
http://www.cisco.com/register/
If you are a Cisco.com registered user, and you cannot resolve your technical issues by using the Cisco
TAC Web Site, you can open a case online by using the TAC Case Open tool at this URL:
http://www.cisco.com/tac/caseopen
If you have Internet access, we recommend that you open P3 and P4 cases through the Cisco TAC
Web Site.
Cisco TAC Escalation Center
The Cisco TAC Escalation Center addresses priority level 1 or priority level 2 issues. These
classifications are assigned when severe network degradation significantly impacts business operations.
When you contact the TAC Escalation Center with a P1 or P2 problem, a Cisco TAC engineer
automatically opens a case.
To obtain a directory of toll-free Cisco TAC telephone numbers for your country, go to this URL:
http://www.cisco.com/warp/public/687/Directory/DirTAC.shtml
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v
About This Guide
Obtaining Technical Assistance
Before calling, please check with your network operations center to determine the level of Cisco support
services to which your company is entitled: for example, SMARTnet, SMARTnet Onsite, or Network
Supported Accounts (NSA). When you call the center, please have available your service agreement
number and your product serial number.
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C H A P T E R
1
Getting Started
The Cisco NI-1 DSLAM Equipment Module supports the provisioning of cross connections across Cisco
6000 series DSLAMs using first generation Network Interface cards (NI-1). The DSLAM platforms
supported by this Equipment Module include the Cisco 6100 and 6130.
The Cisco 6100/6130 DSL access multiplexer (DSLAM) is an ATM cell switch that aggregates traffic
from multiple subscriber ports to a single ATM WAN port. Its 32-slot multiport line-card architecture
can support ADSL and SDSL technologies. For these DSLAMs, the NI-1 card acts as a central processor,
a system controller, and it provides a network interface.
This Equipment Module communicates with the Cisco 6100/6130 DSLAM via the SNMP interface.
Note
In order to configure the Cisco NI-1 DSLAM Equipment Module you must have installed it during the
Cisco Provisioning Center Server and Client installation procedures. For more information on installing
Cisco Provisioning Center, refer to the CPC Installation Guide.
Figure 1-1 is a conceptual diagram illustrating how Cisco Provisioning Center, the Cisco NI-1 DSLAM
Equipment Module, and the Cisco 6100/6130 DSLAM integrate to form a powerful network
provisioning solution.
Figure 1-1
Integration of the Cisco NI-1 DSLAM Equipment Module with Cisco Provisioning Center
Cisco Provisioning Center
Cisco NI-1
DSLAM
equipment
module
Database
Cisco 6000
series DSLAM
66752
Cisco IOS
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1-1
Chapter 1
Getting Started
Configuration
Configuration
Complete the following steps to configure the Equipment Module and make Cisco Provisioning Center
operational:
Table 1-1
Cisco NI-1 DSLAM Equipment Module Configuration Tasklist
Task
Chapter Reference
Verify the software requirements
Chapter 1, “Getting Started”
Verify hardware compatibility
Chapter 1, “Getting Started”
Configure network timeout
Chapter 1, “Getting Started”
Create a network object
Chapter 1, “Getting Started”
Create a node object
Chapter 1, “Getting Started”
Perform a network upload for each network Chapter 2, “Uploading Fabric and Services”
Perform a node upload for individual nodes Chapter 2, “Uploading Fabric and Services”
(if necessary)
Create inter-networking links
Chapter 2, “Uploading Fabric and Services”
Subtend Configurations
Chapter 3, “Subtending Configurations”
Configure Service element profiles
Appendix B, “Working with Service Element Profiles”
Software Requirements
Table 1-2 outlines the software requirements that must be fulfilled for the correct operation of the Cisco
NI-1 DSLAM Equipment Module. All software included in this section must be acquired independently
of the Cisco NI-1 DSLAM Equipment Module.
Table 1-2
Required Software
Vendor
Software
Version
—
SNMP
1.0
Cisco
MIB
2.4.1, 3.0.0
DSLAM software
9100-003-22R
Cisco
DSLAM software
9000-001-32R
Cisco
DSLAM software
9000-001-35R
Cisco
DSLAM software
9000-001-42R
Cisco
DSLAM software
9000-001-14A
DSLAM MIB version 2.4.1
Cisco
DSLAM MIB version 3.0.0
Hardware Compatibility
This section provides information about the hardware compatible with the Cisco NI-1 DSLAM
Equipment Module.
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Chapter 1
Getting Started
Configuration
Chassis
This equipment module supports models 6100 and 6130 of the Cisco 6000 series DSLAMs.
Cards
Table 1-3 outlines the network interface cards, line cards, and CPEs supported by this Equipment
Module.
Table 1-3
Compatible Cards
Card
Description
Network Interface Cards (ATM WAN interface cards)
6100NIM-1-DS3-2
Cisco 6100 DS3 NIM
1xDS3 NI1
Cisco 6100 DS3 NIM
2xDS3 SHM
Subtend Host Module DS3
Line Cards
ATUC-4-DMT-DIR-1
6100 Quad DMT issue 2 ATU-C
STUC-4-2B1Q-DIR-1
6100 Quad 2B1Q STU-C-direct connect
2xCAP
Two port ADSL card with CAP modulation
4xFLEX
Four port ADSL card with DMT2 (with or without G.Lite) or CAP
modulation
2xDMT2
Two port ADSL card with DMT2 modulation.
4xSDSL
Four port SDSL.
4xDMT@
Four port ADSL card with DMT2 modulation.
CPEs (modems and routers at the customer site)
Cisco 633
Serial SDSL Data Service Unit
Cisco 677
SOHO/Telecommuter ADSL Router
Cisco 675e
SOHO/Telecommuter ADSL Router
Cisco 675
SOHO/Telecommuter ADSL Router
Cisco 673
SOHO/Telecommuter SDSL Router
Cisco 627
ATM-25 ADSL Modem
Cisco 605
Personal PCI ADSL Modem
Configuring Network Timeout
The Cisco NI-1 DSLAM Equipment Module implements an overall timeout for service provisioning
transactions. There are two environmental variables that define the Network Timeout. These are
CCP_ACTIVATION_TIMEOUT (Default=120 seconds) and CCP_RESET_TIMEOUT (Default=300
seconds); they define the maximum interval (measured in seconds) allowed for each Service element
activation and for the rollback of each Service element, respectively. The maximum interval must
amount to the maximum time to elapse before the NIF times out. For example, if
CCP_ACTIVATION_TIMEOUT=180, this allows the NIF three minutes to activate an item in a
Transaction.
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Chapter 1
Getting Started
Runtime Environment Configuration
Default settings are used if the NIF detects that these variables are not set in the environment.
Network Timeout requires shutting down the server if it not already down, setting the variables and then
restarting it to pick up the environment changes.
To set the CCP_ACTIVATION_TIMEOUT environment variable:
Step 1
Login as the admin user.
Step 2
Ensure that Cisco Provisioning Center is not running.
Step 3
Source the Server environment by entering:
. /<Cisco Provisioning Center_server_directory>/mng/utility/syccpovdef
Step 4
Navigate to the mng/config directory on the Cisco Provisioning Center Server by entering:
cd $CCP_CONFIG
Step 5
Edit the syavconfig.site file by setting the environment variable to an integer (measured in seconds) that
amounts to the maximum time to elapse before the NIF times out:
export CCP_ACTIVATION_TIMEOUT=180
To set the CCP_RESET_TIMEOUT environment variable:
Step 1
Set the environment variable to an integer (measured in seconds) that amounts to the maximum time to
elapse before the NIF times out:
export CCP_RESET_TIMEOUT=180
Step 2
Run the following command to restart the Cisco Provisioning Center server:
SYnpt -sS
Runtime Environment Configuration
You can customize the runtime environment of the Cisco NI-1 DSLAM Equipment Module by editing
the C1 parameters in the syavconfig.site file.
Note
All debug parameters in the syavconfig.site file should be left at their default values.
To customize the Cisco NI-1 DSLAM runtime environment, complete the following steps.
Step 1
Login as the admin user.
Step 2
Ensure that Cisco Provisioning Center is not running.
Step 3
Source the Server environment by entering:
. /<Cisco Provisioning Center_server_directory>/mng/utility/syccpovdef
Step 4
Navigate to the mng/config directory on the Cisco Provisioning Center Server by entering:
cd $CCP_CONFIG
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Creating Networks
Step 5
Use a text editor to open and edit the syavconfig.site file.
Table 1-4 describes the configuration parameters you can customize for the Cisco NI-1 DSLAM
Equipment Module.
Table 1-4
Runtime Environment Configuration Parameters for the Cisco NI-1 DSLAM Equipment Module
Customizable syavconfig.site
Parameter
Description
Acceptable
Values
Default
Value
C1upl.SNMPTimeOut
Defines the amount of time, in seconds, that the
Equipment Module waits before it times out.
any integer
20
C1upl.SNMPRetry
Defines the number of times the Cisco NI-1 DSLAM
Equipment Module will retry communicating with the
DSLAM.
any integer
2
C1upl.MaxParallelGetters
Defines the maximum number of getters that can run in
parallel within a network upload request.
any integer
4
C1.supportConcurrentRequests
Defines concurrency support. Set this value to 0 if the
0, 1
Cisco NI-1 DSLAM EM is single-threaded. Set this value
to 1 if it can support multiple threads.
Step 6
Save and close the syavconfig.site file.
Step 7
Force Cisco Provisioning Center to reread the runtime configuration:
1
SYnpt -r
Creating Networks
You must create a Cisco NI-1 DSLAM EM network object for each of your Cisco NI-1 networks (or
subnetworks). To create a network object, complete the following steps:
Step 1
Navigate to networks > Cisco NI-1 DSLAM Equipment Module > Elements > Network.
Step 2
Click the Create button on the Action Bar.
Step 3
Enter the required attribute values in the network Object View. For attribute values, refer to Table A-5
in Appendix A, “Attribute Reference.”
Step 4
Click the save or apply now button to save or apply the network.
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Chapter 1
Getting Started
Creating Nodes
Creating Nodes
You must create a Cisco NI-1 DSLAM EM node object for each Cisco NI-1 DSLAM in your network
before you upload. To create a network object, complete the following steps:
Step 1
Navigate to networks > Cisco NI-1 DSLAM Equipment Module > Elements > Node.
Step 2
Click the Create button on the Action Bar.
Step 3
Enter the required attribute values in the node Object View. For attribute values, refer to Table A-7 in
Appendix A, “Attribute Reference.”
Step 4
Click the save or apply now button to save or apply the node.
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C H A P T E R
2
Uploading Fabric and Services
This chapter contains information on how to upload Cisco NI-1 DSLAM Equipment Module network
elements into the Cisco Provisioning Center database through the Equipment Module.
The Cisco NI-1 DSLAM Equipment Module will upload the following fabric elements from your
network:
•
DSL physical ports
•
WAN physical ports
•
WAN subtending ports
•
ATM logical ports
The Cisco NI-1 DSLAM Equipment Module will upload the following Service element from your
network:
•
Note
ATM cross connections
The term upload does not refer to the creation of inter-network links because they are outside the scope
of any single Equipment Module. See the section titled “Adding Inter-Network Links (Topology)
Information” later in this chapter.
To stay synchronized, the Cisco Provisioning Center database must be continually updated, if changes
are being made to the DSLAM outside of Cisco Provisioning Center. You must re-upload after any of
the following scenarios:
•
A new node has been added to the network.
•
New hardware has been added to the DSLAM (e.g. cards).
•
You need to recover from a failure situation (to synchronize the database with the network).
•
Service elements have been manually configured on the same network devices that Cisco
Provisioning Center is managing. This allows flexibility for setting up and repairing services.
Depending on the type of changes that have taken place on a DSLAM, you may need to upload the fabric
and/or service elements for the node. Re-upload operations are the same as initial upload operations.
Fabric uploads should be performed when there are hardware modifications in the network. If services
were configured outside of Cisco Provisioning Center, fabric and services upload should be performed.
An upload of both fabric and services should be performed when a combination of hardware and
configuration changes has been made to the network. Table 2-1 lists the available upload types:
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Chapter 2
Uploading Fabric and Services
Initial System Upload
Table 2-1
Upload Types
Upload Type
Description
Net_Fabric
Upload network fabric.
Net_Fabric_Serv
Upload network fabric and services.
Node_Fabric
Upload node fabric.
Node_Fabric_Serv
Upload node fabric and services.
Initial System Upload
In order to provision services, the Cisco Provisioning Center database must have detailed knowledge of
the managed subnetworks. Using a procedure called upload, objects are created within the Cisco
Provisioning Center database that represent objects of the managed network.
Cisco Provisioning Center supports the following types of upload:
•
Given a network object, upload only the fabric elements for the nodes in that network.
•
Given a network object, upload all fabric and Service elements for the nodes in that network.
•
Given a node object, upload only the fabric elements for that node.
•
Given a node object, upload all fabric and Service elements for that node.
The upload function takes precedence over any Transactions that are running at the time of upload. If
the upload function makes a change back to the fabric which affects a running Transaction (such as
deleting a logical port that the threader has decided to use), then this Transaction fails and must be
restarted.
Network and node objects must be created in order to perform an upload.
Network Upload
You can upload fabric and Service elements for nodes in a given network. To do this, you must first create
the network and then create the nodes that exist in that network. To upload the fabric and Service
elements for a network, complete the following steps:
Step 1
Navigate to networks > Cisco NI-1 DSLAM Equipment Module > Elements > Network.
The Content Area displays the Lister View for Network.
Step 2
In the Lister View, click the Get List button.
Optionally, use the field filters to narrow your selection before you click the Get List button.
Step 3
Check the box in the Select column next to the network element from which you want to upload.
Step 4
Click the Upload button on the Action Bar.
Step 5
Select an Upload Type from the pull-down menu in the Content Area.
Step 6
Click the Perform Upload button to initiate the upload.
The Content page tells you that the upload has started.
Step 7
To monitor the upload progress, click the hyperlink in the Content Area.
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Chapter 2
Uploading Fabric and Services
Initial System Upload
Note
Cisco Provisioning Center does not provide a notification upon Upload completion in this
screen.
Uploading a Node Object
You can create node objects for any Cisco NI-1 DSLAM nodes in your network. A locking mechanism
limits the number of concurrent transactions that provision any node to one transaction. This means that
you cannot provision a node if it is currently being provisioned, or if the node is currently being
uploaded.
To upload the fabric and Service elements for a node object, complete the following steps:
Step 1
Navigate to networks> Cisco NI-1 DSLAM Equipment Module> Elements> Node> Node Name.
Step 2
Click the Upload button on the Action bar.
Step 3
Select an Upload Type from the pull-down menu in the Content Area.
Step 4
Click the Perform Upload button to initiate the upload.
The Content page tells you that the upload has started.
Step 5
To monitor the upload progress, click the hyperlink in the Content Area.
Note
Cisco Provisioning Center does not notify you upon Upload completion.
Viewing the Upload Progress
During an upload process, you can view the progress of the upload request. To view a log of the running
upload process, complete the following steps:
Step 1
Navigate to administration > Monitoring > Uploads.
The Content area displays the Monitoring Upload Transactions Lister View. Initially, there are no
transactions listed.
Step 2
Click the Start Monitoring button to start monitoring Upload Transactions.
Change the refresh interval time by keying in the number of seconds to refresh the screen.
Note
Monitoring must be off if you want to change the refresh interval time.
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Chapter 2
Uploading Fabric and Services
Adding Inter-Network Links (Topology) Information
To view the log of a monitored upload Transaction, use the following procedure:
Step 1
In the Monitoring Upload Transaction Lister View, check the box in the Select column next to the
Transaction that you want to operate on.
Note
Step 2
You can operate on only one Transaction at a time.
Click the Log Info button in the Action Bar.
A snapshot of the upload Transaction Log displays.
Adding Inter-Network Links (Topology) Information
After uploading new fabric and Service elements, you must add extra topology information that the
upload function is unable to determine (because the information is not known to the node). Topology
information or inter-network links are outside the scope of a single node or subnet manager and you must
add this data manually through the Cisco Provisioning Center GUI or the FTI. Likewise, in a subtended
configuration, you must add links from subtended to subtending nodes.
Adding Links Using the GUI
To add links using the Cisco Provisioning Center GUI, complete the following steps:
Step 1
Navigate to networks > Standard Resource Model > Elements > Logical Link.
The Content Area displays the Link Lister.
Step 2
Click the Create button on the Action Bar.
A Logical Link Object View appears in the Content Area.
Step 3
Enter the required attribute values in the Logical Link Object View. For attribute values, refer to the CPC
User’s Guide.
Step 4
Click the apply button directly above the Object View to create the link.
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C H A P T E R
3
Subtending Configurations
Overview
The subtending feature provides a mechanism to link a number of chassis onto one network trunk port.
You can link up to seven Cisco 6100/6130 NI-1 DSLAM chassis through their WAN interfaces.
In a subtended configuration, each chassis is connected by its WAN interface to the STM module of the
chassis above it in the subtending hierarchy, or, if it is at the top the hierarchy, to the network trunk.
Note
For more information about the Cisco NI-1 DSLAM subtending feature, refer to the appropriate Cisco
documentation.
Cisco Provisioning Center supports the creation of multiple ATM cross connections across subtended
systems for Services created by various Service Applications. However, before Services can be created
across subtended systems, you must create links from the hub chassis to its subtended chassis.
The upload function will only upload port information from each chassis. Links from one chassis to
another must be created manually to form the appropriate subtended topology. You must create links
with the following endpoints:
•
subtending logical port (on the parent chassis),
•
WAN logical port (on the subtended chassis).
Subtending configurations of DSLAMs are considered to be a transparent network by Cisco Provisioning
Center.
Topology
The tree topology connects the subtending chassis to two subtended chassis. A tree topology can be
configured on a DS-3 interface. Figure 3-1 shows the tree topology.
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Chapter 3
Subtending Configurations
Topology
Figure 3-1
Tree Topology
WAN logical
port
2
3
Network
trunk
Subtending
logical port
Subtended
chassis
66387
1
To build this tree topology refer to the following procedure:
Step 1
Create a network containing the three nodes. Refer to “Creating Networks” on page 1-5.
Step 2
Upload fabric and services for each node. Refer to “Uploading a Node Object” on page 2-3
Step 3
Create Inter-networking links from theCisco NI-1 DSLAM (1) to the Cisco NI-1 DSLAM that is one
level up in the tree (3). See “Adding Inter-Network Links (Topology) Information” on page 2-4.
Step 4
Create a second link from Cisco NI-1 DSLAM (2) to DSLAM (3).
Step 5
Create an Inter-networking link from the top of the subtending tree to the ATM backbone. Refer to the
CPC User’s Guide.
When you are building the subtending configuration, remember:
•
one logical port per STM physical port (up to two per system).
•
one Agent Transit Subscriber per STM port will be created by Cisco Provisioning Center in the
corresponding MIB table.
•
the Cisco Provisioning Center user creates links (typically NNI) between subtended and subtending
equipment.
•
routing through the subtending DSLAM configuration will be provided by the Threader
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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A P P E N D I X
A
Attribute Reference
This appendix is intended as a reference for the objects and object attributes that are used by the Cisco
NI-1 DSLAM Equipment Module.
The attribute tables in this section follow a convention that will help you easily identify important
information such as derived values and mandatory attributes.
Table A-1
Cisco NI-1 DSLAM Equipment Module Attribute Reference Tables
Element Type
Element Name
Table
Fabric Elements
Network
Table A-5
Node
Table A-7
DSL Physical Port
Table A-11
WAN Physical Port
Table A-9
ATM Logical Port
Table A-13
ATM Cross Connect
Table A-16
Service Elements
Object Model
Figure A-1 shows the object model diagram for the Cisco NI-1 DSLAM Equipment Module.
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A-1
Table Conventions
Figure A-1
Object Model Diagram
Network
Node
ATM
cross
connect
a_tp
ATM
logical
port
DSL
physical
port
z_tp
84669
WAN, STM
physical
port
Table Conventions
Table A-2 lists the types of tables provided for each object in this appendix.
Table A-2
Table Types
Table
Description
Object - Characteristics
The object characteristics table lists the class name, class label,
superclass, and database tables for the object.
Object - Attributes
The object attributes table provides information about each attribute,
including the GUI label, FTI name, description, range of acceptable
values, and default values. For more information about this table type,
see Table A-3.
Object - Aliases
The object aliases table provides information about attributes that are
aliases for other attributes. Aliases are provided to allow either
attribute of an AZ pair to be referenced by a single name regardless of
whether it is at the A endpoint or at the Z endpoint. For more
information about aliases, see “Attribute Description” in Table A-3.
Table A-3 describes the table conventions that are used in the object attribute tables. Within each
object attribute table, attributes are sorted alphabetically by FTI name.
A-2
NPA-605-4.1.0
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A
Table A-3
Attribute Reference
Conventions Used In Object Attribute Tables
Convention
Description
Attribute
Name
The GUI label for each attribute (if applicable) is shown in double quotes. If the
attribute does not have a GUI label, only the double quotes appear. The FTI name
for each attribute appears in square brackets after the GUI label, in the format “GUI
Label” [fti_name].
For example:
"Name" [srname]
Attribute
Description
Defines the attribute. Some attributes contain restrictions or dependencies that are
outside the scope of the table conventions. In this case, the restriction or
dependency is included with the attribute description or within a footnote.
An attribute that is a pointer to another object is shown with the relation type and
classname.
For example:
“ “ [sra_tp]
Relation of Type OPTIONAL, Relation Class Name = C4lpLport
For an attribute that has aliases, the FTI names for the aliases are included in the
description, along with the FTI names of the attributes at the other endpoint.
For example:
"VCI" [raa_vci]
Alias: ralocalvci (other param: raz_vci)
Alias: raremotevci (other param: raz_vci)
means that ralocalvci and raremotevci can be used as an alias for either raa_vci or
raz_vci.
In this case, the entry for the other endpoint is:
"VCI" [raz_vci]
Alias: ralocalvci (other param: raa_vci)
Alias: raremotevci (other param: raa_vci)
NPA-605-4.1.0
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-3
Network
Table A-3
Conventions Used In Object Attribute Tables (continued)
Convention
Description
Attribute
Flags
The attribute flags describe the attribute behaviour as follows:
Acceptable
Values
Create: O
The attribute is optional upon creation.
Create: R
This attribute is required upon creation.
Create: P
This attribute is prohibited upon creation.
Modify: O
This attribute is optional upon modification.
Modify: R
This attribute is required upon modification.
Modify: P
This attribute is prohibited from modification.
Profiled
This attribute can be profiled.
Persistent
This attribute is stored in the database (rather than
existing only in memory).
This column indicates the acceptable value(s) for each attribute.
Default
Text (n)
This attribute requires a text string containing as many
as n characters.
integer_1 – integer_2
This attribute requires a numerical value ranging from
integer1 through integer2.
value_1 | value_2 |
value_n
This attribute requires one of the enumerated values
listed (value_1 or value_2 or value_n).
BOOLEAN
This attribute requires a value of true or false.
This column indicates the default value (if applicable) for each attribute. Text
default values are shown in double quotes. For a text attribute that does not have a
default value, only the double quotes appear.
Network
Object Name: C1ntNetwork
OAF: C1ntNetwork.oaf
Network objects are classes of managed objects that are collections of interconnected
telecommunications and management objects (logical and physical) capable of exchanging
information. Networks can be nested within other (larger) networks.
A network object is created to represent an actual network in the Cisco Provisioning Center
database. A network object is required to perform an upload of network elements.
Table A-4
Cisco NI-1 DSLAM Network - characteristics
Class Name:
C1ntNetwork
Short Class Name: nt
A-4
NPA-605-4.1.0
Cisco NI-1 DSLAM Equipment Module Configuration Guide
Appendix A
Attribute Reference
Network
Table A-4
Table A-5
Cisco NI-1 DSLAM Network - characteristics (continued)
Class Label:
Cisco NI1 DSLAM Network
Superclass:
SRntNetwork
Persistence:
OWN
Cisco NI-1 DSLAM Network - attributes
Attributes
Acceptable Values
"Domain" [domain]
Text (16)
Defaul
""
This is the management domain name. It identifies a geographical or organizational scope for
operator access control and corresponds to the MD tag within the Cisco Provisioning Center
security procedure. Refer to the CPC Administration Guide for details.
Create:O
Modify:O
Persistent
Profiled
"Class" [srclass]
Text (4)
"C1nt"
0 - 2147483647
500
BOOLEAN
false
The Cisco Provisioning Center class name for the network object.
Create:P
Modify:P
Persistent
Profiled
"Transit Cost" [srcost]
The cost of crossing the sub-network. This attribute is used by the Threader to determine the
lowest cost path when threading a service.
Create:O
Modify:O
Persistent
Profiled
"Locked against Deletion" [srlocked]
An object lock to prevent the network object from accidental deletion.
Create:O
Modify:O
Persistent
Profiled
"Name" [srname]
Text (64)
""
Specify the name of the network.
Create:R
Modify:P
Persistent
"This Network is Opaque" [sropaque]
BOOLEAN
false
The threading strategy (opaque or transparent).
Create:O
Modify:O
Persistent
Profiled
"Profile Name" [srprofile.sy_profname]
Text (32)
""
Relation of Type PROFILE, Relation Class Name = C1ntNetworkProf
Specify the profile to be used to create the network.
Create:O
Modify:O
Persistent
"Resource Map" [srrmmap]
0 - 2147483647
120
This attribute is an integer used to carry a bit map of services supported by this network.
Create:P
Modify:P
Persistent
Profiled
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A-5
A-6
Modify:O
Modify:O
Persistent
Profiled
Node
Create:O
Persistent
Profiled
Text (16)
""
false
""
Default Value
Cisco NI1 DSLAM Node
SRndNode
OWN
Class Label:
Superclass:
Persistence:
Appendix A
Short Class Name: nd
C1ndNode
Cisco NI-1 DSLAM Node - characteristics
Class Name:
Table A-6
A node object represents an actual Cisco 6100/6130 DSLAM in the Cisco Provisioning Center database. This object is required to
perform an upload of network elements.
Node objects are classes of managed objects representing telecommunications equipment or TMN entities within the
telecommunications network that perform managed element functions (i.e. they provide support and/or Services to the subscriber).
Nodes communicate with the manager over one or more management interfaces for the purposes of being provisioned.
OAF: C1ndNode.oaf
Object Name: C1ndNode
Modify:O
Specify the customer name. The customer field, like the Domain field, is used for Cisco
Provisioning Center security purposes. It identifies the Service object with a customer and is
used as a tag to give operators access to this customer’s Service object. Refer to the CPC
Administration Guide for details.
"Customer" [vpn]
Create:O
Allows you to use a backup EMS. Disabled to use the primary EMS. Enabled to use the backup
EMS.
"Use Backup EMS" [srusebackupems]
Create:O
The name of the network of which this network object is a subnet.
BOOLEAN
Text (32)
"Containing Network" [srsubnet.srname]
Relation of Type OPTIONAL, Relation Class Name = SRntNetwork
Acceptable Values
Cisco NI-1 DSLAM Network - attributes (continued)
Attributes
Table A-5
Node
Attribute Reference
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Modify:P
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:P
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Create:P
Modify:P
Persistent
Profiled
The Cisco Provisioning Center class name for the node object.
"Class" [srclass]
Create:O
The name of the administrative area containing the node (for example, a LATA).
"Region" [srarea]
Create:O
This is the management domain name. It identifies a geographical or organizational scope for
operator access control and corresponds to the MD tag within the Cisco Provisioning Center
security procedure. Refer to the CPC Administration Guide for details.
"Domain" [domain]
Create:O
SNMP community string for accessing the MIB (public for read and private for write).
"SNMP Community Name" [c1snmpcommunity]
Create:P
Specify whether or not to enable non-timer CPE trains. This attribute only applies if version 2.4.1
of the DSLAM software is being used.
"Allow non-timer CPE trains" [c1nontimertrains]
Create:O
Specifies whether this switch is configured for a direct or pooled connection modem.
"Connection Mode" [c1connectmode]
Create:P
Text (4)
Text (32)
Text (16)
Text (32)
Enabled | Disabled
Direct | Pooled
Enabled | Disabled
"Allow 136Kbaud" [c1136kbaudenable]
This controls the ability of the modems to train with a rate that uses 136K baud. When enabled,
modems are allowed to train subscribers using 136K baud. When disabled, modems will not train
using 136K baud. If subscribers are provisioned for a rate that requires 136K baud and the value
of this object is disabled, then the modem will train the subscriber to the closest rate that does
not use 136K baud. This attribute only applies if version 2.4.1 of the DSLAM software is being
used.
Acceptable Values
Cisco NI-1 DSLAM Node - attributes
Attributes
Table A-7
"C1nd"
""
""
"private"
Disabled
Direct
Disabled
Default Value
Appendix A
Attribute Reference
Node
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-7
A-8
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:P
Modify:O
Persistent
Persistent
Modify:O
Persistent
Create:O
Modify:O
Persistent
Profiled
The organizational location of the node (for example, a Cisco 6100 directory reference).
"Organizational Location" [srorgloc]
Create:O
The network that contains the node.
Relation of Type PARENT, Relation Class Name = C1ntNetwork
"Containing Network" [srnetwork.srname]
Create:R
Specify the name of the node.
"Name" [srname]
Create:R
The IP address or symbolic name for the primary system controller.
"Management Address" [srmgmtaddress]
Create:O
An object lock to prevent the node object from accidental deletion.
"Locked against Deletion" [srlocked]
Create:O
The geographical location of the node (for example, a GPS reference).
"Geographical Location" [srgeogloc]
Create:O
Text (64)
Text (32)
Text (64)
Text (32)
BOOLEAN
Text (32)
0 - 2147483647
"Transit Cost" [srcost]
The cost of crossing the sub-network. This attribute is used by the Threader to determine the
lowest cost path when threading a service.
Acceptable Values
Cisco NI-1 DSLAM Node - attributes (continued)
Attributes
Table A-7
""
""
""
""
false
""
1000
Default Value
Node
Appendix A
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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Modify:O
Persistent
Profiled
Modify:O
Persistent
Modify:O
Modify:P
Persistent
Persistent
Profiled
Profiled
Modify:O
Modify:O
Create:O
Modify:O
The upload state.
"Upload Status" [srustate]
Create:O
A text field for user comments.
"User Label" [sruserlabel]
Create:O
The UR ID of the last upload.
Persistent
Persistent
Profiled
Profiled
Relation of Type OPTIONAL, Relation Class Name = ANYCLASS
"Last Upload" [srurid]
Create:P
This specifies the equipment type.
"Node Type" [srtype]
Create:O
The software version running on the node.
"Agent S/W Version" [srswversion]
Create:O
Specify the profile to be used to create the node.
Relation of Type PROFILE, Relation Class Name = C1ndNodeProf
"Profile Name" [srprofile.sy_profname]
Create:O
Not supported in this release.
Required |
Not_Required |
Indeterminate
Text (64)
Text (24)
Text (50)
Text (32)
Full | Init | None
Indicates if the object is pre-provisioned or not. The default value is None, indicating that the
node object is not pre-provisioned. If Full or Init is selected, existing Service Elements (SEs) can
be used by new Service Objects. The Threader will assign the proper SE that matches the Service
Object criteria. In Init mode, if a suitable existing SE is not found, the Threader will attempt to
create one for the Service Object. In Full mode, if a suitable existing SE is not founds, the
Threader will not create one and report an error. This attribute is effective only when Opaque
attribute (above) is TRUE. This Equipment Module only supports None or Full mode.
Acceptable Values
"Pre-provisioned" [srpreprov]
Cisco NI-1 DSLAM Node - attributes (continued)
Attributes
Table A-7
Required
""
"CiscoNI1DSLAM"
""
""
None
Default Value
Appendix A
Attribute Reference
Node
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-9
A-10
Profiled
Modify:P
Modify:P
Modify:P
Persistent
Persistent
Profiled
Profiled
Modify:O
Persistent
Profiled
Text (16)
Text (16)
""
""
""
""
Default Value
C1wpWANPhysicalPort
Short Class Name: wp
Class Name:
Cisco NI-1 DSLAM WAN Physical Port - characteristics
Appendix A
Table A-8
The Slot Number attribute contains a text string that uniquely identifies the cards within the node (e.g. this may be a sequence
containing shelf number and slot number on the shelf).
A WAN physical port represents a WAN port (OC3 NI and DS3 NI) or a subtending port on a Cisco 6100/6130 network interface
card. This object class can represent any of the network interface cards supported by the chassis. These ports are mounted on cards
that occupy particular slots. The addressing of physical ports uses indices of chassis and slots.
The physical port object class represents a physical (i.e., layer 1) termination point where layer 1 trails and network connections
terminate. Physical port objects can support layer 2 termination points (i.e., logical ports).
OAF: C1wpWANPhysicalPort.oaf
Object Name: C1wpWANPhysicalPort
Cisco NI-1 DSLAM WAN Physical Port
Create:O
Specify the customer name. The customer field, like the Domain field, is used for Cisco
Provisioning Center security purposes. It identifies the Service object with a customer and is
used as a tag to give operators access to this customer’s Service object. Refer to the CPC
Administration Guide for details.
"Customer" [vpn]
Create:P
The upload type of the last upload.
"Last Upload Type" [srutype]
Create:P
The time of the last successful upload.
"Time of Last Successful Upload" [srutime]
Create:P
Text (24)
Text (24)
"Time Upload Status Last Changed" [srustime]
The date and time of the last upload.
Acceptable Values
Persistent
Cisco NI-1 DSLAM Node - attributes (continued)
Attributes
Table A-7
Cisco NI-1 DSLAM WAN Physical Port
Attribute Reference
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OWN
Persistence:
Modify:O
Persistent
Modify:P
Persistent
Profiled
Modify:P
Persistent
Modify:P
Persistent
Profiled
Profiled
SubtendPort |
NetworkPort
Locked | Unlocked
Modify:P
Persistent
Profiled
Modify:O
Create:O
Modify:O
Specify the administrative state
"Local Admin Status" [sradminstatus]
Create:O
Persistent
Persistent
Profiled
Profiled
This is the management domain name. It identifies a geographical or organizational scope for
operator access control and corresponds to the MD tag within the Cisco Provisioning Center
security procedure. Refer to the CPC Administration Guide for details.
"Domain" [domain]
Create:O
Locked | Unlocked
Text (16)
inService |
This attribute displays card service availability. It indicates the ability of the card (where the port outOfService
resides) to provide service.
"Service Status" [c1servicestat]
Create:P
This attribute indicates the physical port’s type.
"WAN Port Type" [c1porttype]
Create:O
This attribute displays the Administration Status of the card (of the Physical Port).
"Card Status" [c1cardlock]
Create:O
This attribute displays the physical existence of a card plugged in the slot.
"Slot Status" [c1cardexist]
Create:O
Filled | Empty
0 - 2147483647
"Default Transit Subscriber" [c1activsubscrid]
The transit subscriber that is connected to this subtended port. The value of this object is zero
for subscribers connected to non-subtended physical ports.
Acceptable Values
Cisco NI-1 DSLAM WAN Physical Port - attributes
C1ppPhysicalPort
Superclass:
Attributes
Table A-9
Cisco NI1 DSLAM WAN Physical Port
Cisco NI-1 DSLAM WAN Physical Port - characteristics (continued)
Class Label:
Table A-8
Unlocked
""
inService
NetworkPort
Unlocked
Filled
0
Default Value
Appendix A
Attribute Reference
Cisco NI-1 DSLAM WAN Physical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-11
A-12
Modify:P
Modify:O
Persistent
Persistent
Modify:P
Persistent
Profiled
Modify:O
Persistent
Modify:O
Modify:P
Modify:P
Create:O
Modify:O
Specify the name of the physical port.
Modify:O
Persistent
Persistent
Persistent
Profiled
Profiled
Profiled
Text (64)
Text (32)
0 - 2147483647
0 - 2147483647
BOOLEAN
Text (64)
Text (4)
""
53
0
""
""
false
"C1wp"
""
0
Default Value
Appendix A
"Name" [srname]
Create:O
This attribute is not used.
"MtptLink" [srmlink.srname]
Create:P
Persistent
Persistent
The maximum protocol data unit size.
"Max PDU Size (bytes)" [srmaxpdusize]
Create:P
This attribute is not used.
"Maximum Channels" [srmaxchans]
Create:O
An object lock to prevent the network object from accidental deletion.
"Locked against Deletion" [srlocked]
Create:O
Specify a second name for an object to accommodate different names in Cisco Provisioning
Center and in the Node/EMS/NMS
"Port Name in EMS" [sremsname]
Create:P
The Cisco Provisioning Center class name for this physical port object.
"Class" [srclass]
Create:O
Card containing this port.
"Card" [srcard.srname]
Create:P
Text (32)
0 - 2147483647
"Bandwidth (kbits/sec)" [srbandwidth]
The total bandwidth of the physical port.
Acceptable Values
Profiled
Cisco NI-1 DSLAM WAN Physical Port - attributes (continued)
Attributes
Table A-9
Cisco NI-1 DSLAM WAN Physical Port
Attribute Reference
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Modify:P
Persistent
Modify:P
Persistent
Modify:P
Persistent
Modify:O
Persistent
Modify:P
Persistent
Modify:O
Persistent
Create:O
Modify:O
Persistent
Specify the profile used to create the phyical port.
Relation of Type PROFILE, Relation Class Name = C1wpWANPhysicalPortProf
"Profile Name" [srprofile.sy_profname]
Create:O
For Subtending ports, the port type can be OC3, DS1, or DS3.
For regular WAN ports, this can be OC3, DS1, DS3, or DS1Ima.
"Port Type" [srporttype]
Create:O
This attribute identifies instances of ports on the board. On a given board, ports are typically
numbered sequentially beginning with one.
"Port Number" [srportnumber]
Create:O
Lower layer physical port supporting this port
"Lower Layer PPort" [srport.srname]
Create:P
Peer physical port (joined to this port by a physical link)
Relation of Type OPTIONAL, Relation Class Name = SRppPhysicalPort
"Peer Physical Port" [srpeer.srname]
Create:P
The physical port’s containing node.
Relation of Type PARENT, Relation Class Name = C1ndNode
"Node" [srnode.srname]
Create:P
The physical port’s containing network.
Text (32)
OC3 | DS3 | DS1 |
DS1Ima
0 - 2147483647
Text (32)
Text (32)
Text (32)
Text (32)
Relation of Type GRANDPARENT, Relation Class Name = SRntNetwork
Acceptable Values
"Network" [srnetwork.srname]
Cisco NI-1 DSLAM WAN Physical Port - attributes (continued)
Attributes
Table A-9
""
DS3
0
""
""
""
""
Default Value
Appendix A
Attribute Reference
Cisco NI-1 DSLAM WAN Physical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-13
A-14
Modify:O
Modify:O
Modify:O
Modify:O
Persistent
Persistent
Persistent
Persistent
Profiled
Profiled
Modify:P
Persistent
Modify:O
Modify:O
Modify:O
Persistent
Persistent
Profiled
Text (32)
0 - 2147483647
Text (16)
Text (32)
0 - 2147483647
""
1
""
"DDDDDDDDDDDDD
DDDDDDDDDDDDD
DDDDDD"
0
""
None
Default Value
Appendix A
Create:O
This attribute is not used.
"Subscriber Id" [srsubscriberid]
Create:O
The channel number of first channel on this port
"First Channel on this Pport" [srstartchan]
Create:O
The Service object ID number of the Service object that owns this physical port.
Relation of Type OPTIONAL, Relation Class Name = ANYCLASS
"Owning Service" [srsoid]
Create:O
This attribute identifies instances of slots on the chassis. Within a given chassis, slots are
typically numbered sequentially beginning with one.
"Shelf and Slot Number" [srslotnumber]
Create:O
Map of supported service types.
"Service Map" [srservmap]
Create:O
Resource Model specific map
"Resource Map" [srrmmap]
Create:O
This attribute is not used.
"Reserved Channels" [srrezchanmap]
Create:O
Text (38)
None
"Protocol" [srprotocol]
The protocol supported by this physical port.
Acceptable Values
Profiled
Cisco NI-1 DSLAM WAN Physical Port - attributes (continued)
Attributes
Table A-9
Cisco NI-1 DSLAM WAN Physical Port
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
Profiled
Modify:O
Modify:O
Persistent
Profiled
""
""
Default Value
C1dpDSLPhysicalPort
Cisco NI1 DSLAM DSL Physical Port
C1ppPhysicalPort
OWN
Class Label:
Superclass:
Persistence:
Short Class Name: dp
Class Name:
Table A-10 Cisco NI-1 DSLAM DSL Physical Port - characteristics
The Slot Number attribute contains a text string that uniquely identifies the cards within the node (e.g. this may be a sequence
containing shelf number and slot number on the shelf).
A DSL physical port represents a DSL port on a Cisco 6100/6130 DSLAM card. This object class can represent any of the xDSL
cards supported by the chassis. A Cisco 6100/6130 DSLAM can have two types of DSL physical ports: STU-C or ATU-C. The ports
are mounted on cards that occupy particular slots. The cards are then mounted on a chassis. Cisco 6100/6130s have one or more
chassis. DSL physical ports are addressed using indices of chassis and slots.
The physical port object class represents a physical (i.e., layer 1) termination point where layer 1 trails and network connections
terminate. Physical port objects can support layer 2 termination points (i.e., logical ports).
OAF: C1dpDSLPhysicalPort.oaf
Object Name: C1dpDSLPhysicalPort
DSL Physical Port
Create:O
Specify the customer name. The customer field, like the Domain field, is used for Cisco
Provisioning Center security purposes. It identifies the Service object with a customer and is
used as a tag to give operators access to this customer’s Service object. Refer to the CPC
Administration Guide for details.
"Customer" [vpn]
Create:O
Text (16)
Text (64)
Use this field to add user information.
Acceptable Values
"User Label" [sruserlabel]
Persistent
Cisco NI-1 DSLAM WAN Physical Port - attributes (continued)
Attributes
Table A-9
Appendix A
Attribute Reference
DSL Physical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-15
A-16
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Disabled | Enabled
Disabled
Disabled
Disabled
Default Value
Modify:O
Persistent
Profiled
Disabled | Enabled
Modify:O
Persistent
Profiled
Disabled
Appendix A
Create:O
Enabling this attribute allows the modem to which the subscriber is connected to utilize bit
Disabled
swapping (if capable). This will allow it to acknowledge bit swap requests from the far end and
that it will request bit swapping when necessary.
"Bit Swapping" [c1bitswapping]
Create:O
-53 | -50 | -47 | -44 | -41 -38
Specifies the nominal power output of an xDSL modem in the upstream (xTU-R toward xTU-C) | -38
direction, across the entire transmit spectrum. For certain data rates this may imply an
attenuation of the transmitted signal. This value can be specified in increments of 3 dBm/Hz.
This attribute reflects the actual power output of an xDSL modem that has been trained.
"Upstream PSD Transmit Power (dBm/Hz)" [c1azpsdtranspw]
Create:O
When this attribute is enabled, ATU-C will include the line rates corresponding to this baud rate
and also for line rate selection. This attribute is only valid when the line encoding type is CAP.
If the value of the line encoding type is different, changing the value of this attribute will have
no effect. This baud rate is used only in the upstream direction.
"Allow 68K Baud (Upstream)" [c168kbaudenable]
Create:O
When this attribute is enabled, ATU-C will include the line rates corresponding to this baud rate
and also for line rate selection. This attribute is only valid when the line encoding type is CAP.
If the value of the line encoding type is different, changing the value of this attribute will have
no effect. This baud rate is used only in the upstream direction.
"Allow 17K Baud (Upstream)" [c117kbaudenable]
Create:O
Disabled | Enabled
Disabled | Enabled
"Allow 136k Baud (Downstream)" [c1136kbaudenable]
Enabling this attribute allow modems to use the 136K baud rate when attempting to train at the
requested upstream and downstream rates (incoming/outgoing bandwidth). If this attribute is
disabled, the 136K baud rate will not be used in the training algorithm. If the subscriber is
provisioned for rates that require 136K baud, the modem will attempt to train at the closest rate
combination not using 136K baud.
Acceptable Values
Attributes
Table A-11 Cisco NI-1 DSLAM DSL Physical Port - attributes
DSL Physical Port
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
Modify:O
Persistent
Profiled
Modify:P
Persistent
Profiled
Modify:P
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Create:O
Modify:O
Persistent
Profiled
This attribute specifies a CPE software signature (which corresponds to a specific software
version). If the Allow CPE’s Signature Detection attribute is enabled, then any CPE having a
software signature lower than this value will not be allowed to train. A value of zero implies that
no rejection will occur.
"CPE Signature" [c1cpesignature]
Create:O
This attribute controls the detection and enforcement of minimum compatible software levels
when the modem port to which the subscriber is connected trains to the CPE at the far end. If this
attribute is enabled, the modem port retrieves the software signature during the training
sequence. If disabled, the software signature provided by the far end CPE is ignored and the
training sequence is allowed to continue as normal.
"Allow CPE's Signature Detection" [c1cpedetect]
Create:O
The provisioned connection timeout (according to timer type specified). This parameter can only
be modified when the subscriber object is locked.
"Connection Timeout" [c1conntimeout]
Create:O
This attribute displays the Administration Status of the card (of the Physical Port).
"Card Status" [c1cardlock]
Create:O
This attribute displays the physical existence of a card plugged into the slot.
"Slot Status" [c1cardexist]
Create:O
0 - 127
Disabled | Enabled
1 - 240
Locked | Unlocked
Filled | Empty
Disable 136K Baud |
Short Interleave | Long
Interleave
"Reed Solomon" [c1caprsconfig]
Reed Solomon error encoding can be configured for the ATU-C running in CAP mode. Short
Interleave, sets the interleave depth to a smaller value and Long Interleave sets it to a higher
value. Disabling 136K baud will disable Reed Solomon error correction for 136K baud rates in
the downstream direction. For all other baud rates, Reed Solomon error correction is
permanently enabled.
Acceptable Values
Attributes
Table A-11 Cisco NI-1 DSLAM DSL Physical Port - attributes (continued)
0
Disabled
1
Unlocked
Filled
Short Interleave
Default Value
Appendix A
Attribute Reference
DSL Physical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-17
A-18
Modify:O
Persistent
Profiled
Disabled | Enabled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
CAPADSL
0
16000
Reduced Merged Fast | Reduced Merged Fast
Reduced Separate Fast |
Full Sync. | Full Async.
2B1QSDSL |
DMT2ADSL |
CAPADSL
0 - 2147483647
64000 | 32000 | 16000 |
8000 | 4000 | 2000 |
1000 | 500 | 250 | 0
Disabled
Appendix A
Create:O
The overhead framing structure requested for the modem that the subscriber is connected to. If
the far end modem does not support this structure, the near end will fall back to the highest
number that the far end supports. The same framing structure must be used in both directions.
"Overhead Frame" [c1overheadframe]
Create:O
The modem card type (line card type) that contains this physical port.
"Modem Card Type" [c1mptype]
Create:O
This attribute identifies the Subscriber whose local loop circuit is physically connected to the
modem port. Such a configuration is possible only when this port’s containing xTU-C module is
operating in direct-connect mode. If this is the case, or no subscriber circuit is connected to this
port, the value of this object will be zero.
"C1 Subscriber Index" [c1mpsubscriber]
Create:O
The delay on the interleaved path, in both the upstream and downstream directions.
"Interleaved Delay (usec)" [c1interldelay]
Create:O
This attribute is only applicable to the 4 port FLEX cards. G.lite mode is enabled on a per board Disabled
basis so all ports in the same board should have the same value for this attribute. If enabled is
selected, the modem to which the subscriber is connected will run in G.lite mode. The board
should be reset after enabling this attribute. Enabling this object will reset the following
attributes to their default values: Interleaved Delay, Overhead Frame, az bandwidth and za
bandwidth.
"G.lite Mode" [c1glitemode]
Create:O
The number of forward error checking coding bytes to be included in the ADSL superframe. This
value will be used in both the upstream and downstream directions, and on both the fast and
interleaved paths.
16 | 14 | 12 | 8 | 6 | 4 | 2 | 0 16
"FEC Redundancy Bytes" [c1fecredundbytes]
Default Value
Acceptable Values
Attributes
Table A-11 Cisco NI-1 DSLAM DSL Physical Port - attributes (continued)
DSL Physical Port
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
Profiled
Modify:P
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Disabled
Disabled | Enabled
FastTrain | Standard
Modify:O
Persistent
Profiled
Create:O
Modify:O
Persistent
Profiled
This is the management domain name. It identifies a geographical or organizational scope for
operator access control and corresponds to the MD tag within the Cisco Provisioning Center
security procedure. Refer to the CPC Administration Guide for details.
"Domain" [domain]
Create:O
Text (16)
""
Enabled
Standard
inService
ModemPort
Default Value
-49 | -46 | -43 | -40 | -37 -40
Specifies the nominal power output of an xDSL modem in the upstream (xTU-R toward xTU-C) | -34
direction, across the entire transmit spectrum. For certain data rates this may imply an
attenuation of the transmitted signal. This value can be specified in increments of 3 dBm/Hz.
This attribute reflects the actual power output of an xDSL modem that has been trained. The -34
value is not applicable to CAP ADSL.
"Downstream PSD Transmit Power (dBm/Hz)" [c1zapsdtranspw]
Create:O
Enabling this attribute allows trellis coding to be used in both upstream and downstream
directions. If neither the modem supports trellis coding, the link will revert to no trellis coding
(i.e. trellis coding must be used in both directions if it is to be used).
"Trellis Code" [c1trelliscode]
Create:O
The training mode for the physical port. In standard mode, the modem attempts to train using the
method specified by T1.413 Issue 2. FastTrain mode is a proprietary, optimized training
algorithm that works only if both the near and far end modems are based on mutually compatible
chipsets. If this is not the case, training results are unpredictable. The value of this attribute will
apply to both upstream and downstream directions.
"Training Mode" [c1trainmode]
Create:O
inService |
This attribute displays card service availability. It indicates the ability of the card (where the port outOfService
resides) to provide service.
"Service Status" [c1servicestat]
Modify:O
LinePort | ModemPort
"DSL Port Type" [c1porttype]
Create:O
Acceptable Values
Attributes
Persistent
Table A-11 Cisco NI-1 DSLAM DSL Physical Port - attributes (continued)
Appendix A
Attribute Reference
DSL Physical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-19
A-20
Modify:O
Modify:O
Persistent
Persistent
Modify:P
Persistent
Profiled
Profiled
Profiled
Modify:O
Persistent
Modify:O
Persistent
Profiled
Modify:O
Modify:O
Persistent
Persistent
Create:O
Modify:O
Persistent
Profiled
Profiled
0 - 2147483647
Locked | Unlocked
Text (32)
0 - 150
Text (16)
Fixed | Startup |
Dynamic
0
Unlocked
""
30
""
Startup
Appendix A
The provisioned incoming bandwidth.
"Incoming bandwidth (kbits/s)" [sraz_bandwidth]
Create:O
Specify the administrative state
"Admin Status" [sradminstatus]
Create:O
Specify the bridge group.
Relation of Type OPTIONAL, Relation Class Name = ANYCLASS
"Bridge Group" [rlbgroup.srname]
Create:O
The downstream signal-to-noise ratio margin. The higher this margin is set, the more protection
there is against data corruption. Higher margins support lower data rates for a given loop.
"Min downstream signal-to-noise ratio margin (dB/10)" [rdza_minsnrmarg]
Create:O
Used for FLEX card support. For FLEX cards, enter FLEX. For other cards, enter "Other". This
value is uploaded.
"DSL Subtype" [rdsubtype]
Create:P
The rate adaptation mode for the physical port.
"Rate adaption mode" [rdramode]
Create:O
Specify the ADSL channel type.
"ADSL Channel Type" [rdchantype]
Create:O
60
Default Value
Unknown | Interleaved | Unknown
Fast
0 - 150
"Min upstream signal-to-noise ratio margin (dB/10)" [rdaz_minsnrmarg]
The upstream signal-to-noise ratio margin. The higher this margin is set, the more protection
there is against data corruption. Higher margins support lower data rates for a given loop.
Acceptable Values
Attributes
Table A-11 Cisco NI-1 DSLAM DSL Physical Port - attributes (continued)
DSL Physical Port
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
Modify:O
Modify:O
Persistent
Persistent
Modify:P
Persistent
Profiled
Modify:O
Modify:O
Persistent
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Modify:O
Create:O
Modify:O
Specify the name of the physical port.
"Name" [srname]
Create:O
This attribute is not used.
"MtptLink" [srmlink.srname]
Create:O
Persistent
Persistent
Persistent
Profiled
This attribute is used to hold the shelf, pair and cable name on the Main Distribution Frame to
which the physical port is attached.
"MDF Attachment Point" [srmdfref]
Create:O
An object lock to prevent the physical port object from accidental deletion.
"Locked against Deletion" [srlocked]
Create:O
"Port Reservation Lock" [srlock]
Create:O
Specify a second name for an object to accommodate different names in Cisco Provisioning
Center and in the Node/EMS/NMS
"Port Name in EMS" [sremsname]
Create:P
The Cisco Provisioning Center class name for this physical port object.
"Class" [srclass]
Create:O
Card containing this port.
"Card" [srcard.srname]
Create:O
Text (64)
Text (32)
Text (64)
BOOLEAN
Locked | Unlocked
Text (64)
Text (4)
Text (32)
0 - 2147483647
"Maximum incoming bandwidth (kbits/s)" [sraz_maxbandw]
The maximum incoming bandwidth. This value is uploaded.
Acceptable Values
Attributes
Table A-11 Cisco NI-1 DSLAM DSL Physical Port - attributes (continued)
""
""
""
false
Unlocked
""
"C1dp"
""
0
Default Value
Appendix A
Attribute Reference
DSL Physical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-21
A-22
Modify:P
Persistent
Modify:P
Persistent
Modify:P
Persistent
Modify:O
Modify:P
Modify:O
Persistent
Persistent
Persistent
Modify:O
Create:P
Modify:P
Persistent
The protocol supported by this physical port.
Persistent
Profiled
DSL
Text (32)
ADSL | SDSL
0 - 2147483647
Text (32)
Text (32)
DSL
""
ADSL
0
""
""
""
""
Default Value
Appendix A
"Protocol" [srprotocol]
Create:O
Specify the profile used to create the physical port.
Relation of Type PROFILE, Relation Class Name = C1dpDSLPhysicalPortProf
"Profile Name" [srprofile.sy_profname]
Create:O
The DSL physical port type.
"Port Type" [srporttype]
Create:O
Specify the Physical port number
"Port Number" [srportnumber]
Create:O
Lower layer physical port supporting this port.
"Lower Layer PPort" [srport.srname]
Create:P
The peer physical port (joined to this port by a physical link)
Relation of Type OPTIONAL, Relation Class Name = SRppPhysicalPort
"Peer Logical Port" [srpeer.srname]
Create:P
The physical port’s containing node.
Relation of Type PARENT, Relation Class Name = C1ndNode
"Node" [srnode.srname]
Create:P
The physical port’s containing network.
Text (32)
Text (32)
"Network" [srnetwork.srname]
Relation of Type GRANDPARENT, Relation Class Name = SRntNetwork
Acceptable Values
Attributes
Table A-11 Cisco NI-1 DSLAM DSL Physical Port - attributes (continued)
DSL Physical Port
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
Modify:O
Modify:O
Modify:O
Persistent
Persistent
Profiled
Profiled
Modify:P
Persistent
Modify:O
Modify:O
Persistent
Profiled
Modify:O
Modify:O
Persistent
Persistent
Create:O
Modify:O
The provisioned outgoing bandwidth.
Persistent
"Outgoing bandwidth (kbits/s)" [srza_bandwidth]
Create:O
Use this field to add user information.
"User Label" [sruserlabel]
Create:O
Profiled
Profiled
The subscriber ID for this physical port. The Subscriber ID of a DSL physical port and its
corresponding DSL Subscriber will be set by DSL SA or directly from the DSL physical Port
"Subscriber Id" [srsubscriberid]
Create:O
The channel number of first channel on this port
"First Channel on this Pport" [srstartchan]
Create:O
The Service Object identification number that owns this port.
Relation of Type OPTIONAL, Relation Class Name = ANYCLASS
"Owning Service" [srsoid]
Create:O
Specify the shelf slot number that contains this physical port.
"Shelf and Slot Number" [srslotnumber]
Create:O
Map of supported service types.
"Service Map" [srservmap]
Create:O
Resource Model specific map
"Resource Model Specific Map" [srrmmap]
Create:O
0 - 2147483647
Text (64)
Text (32)
0 - 2147483647
Text (16)
Text (32)
0 - 2147483647
Unknown | D | VD
"Line Sharing Usage" [srrezchanmap]
This attribute is not used.
Acceptable Values
Attributes
Persistent
Table A-11 Cisco NI-1 DSLAM DSL Physical Port - attributes (continued)
0
""
""
1
""
"DDDDDDDDDDDDD
DDDDDDDDDDDDD
DDDDDD"
0
Unknown
Default Value
Appendix A
Attribute Reference
DSL Physical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-23
A-24
Modify:O
Persistent
Modify:O
Persistent
Profiled
""
0
Default Value
When a DSL physical port is uploaded and a Subscriber exists for the port
When a subtending port is uploaded
When provisioning certain DSL Service objects via the DSL Service Application
•
•
•
Class Label:
Cisco NI1 DSLAM ATM Logical Port
Short Class Name: al
C1alATMLogicalPort
Appendix A
Class Name:
Table A-12 Cisco NI-1 DSLAM ATM Logical Port - characteristics
Logical ports are modified through modification requests that come from the Service Application.
Logical ports are created during upload or by Cisco Provisioning Center through DSL Subscriber Service Object creation.
When a WAN physical port is uploaded
•
Physical ports are created in the following situations:
The logical port object class is a layer 2 termination point that represents a communication protocol associate with a physical port.
Logical ports terminate layer 2 trails and network connections. Logical ports have an associated bandwidth that is allocated to the
subnetwork connections that terminate at the logical port. Logical port objects are associated with only one physical port object.
OAF:C1alATMLogicalPort.oaf
Object Name: C1alATMLogicalPort
ATM Logical Port
Create:O
Specify the customer name. The customer field, like the Domain field, is used for Cisco
Provisioning Center security purposes. It identifies the Service object with a customer and is
used as a tag to give operators access to this customer’s Service object. Refer to the CPC
Administration Guide for details.
"Customer" [vpn]
Create:O
Text (16)
0 - 2147483647
"Maximum outgoing bandwidth (kbits/s)" [srza_maxbandw]
The maximum outgoing bandwidth. This value is uploaded.
Acceptable Values
Attributes
Table A-11 Cisco NI-1 DSLAM DSL Physical Port - attributes (continued)
ATM Logical Port
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
OWN
Persistence:
Modify:O
Modify:P
Modify:P
Modify:O
Modify:O
Persistent
Persistent
Persistent
Persistent
Persistent
Profiled
Profiled
Profiled
Profiled
Profiled
Modify:O
Create:O
Modify:O
The administrative status for the port.
"Local Admin Status" [sradminstatus]
Create:O
Persistent
Persistent
Profiled
Profiled
The management protocol that will be used to manage the logical port.
"Management Protocol" [ramgmtprotocol]
Create:O
The maximum VPI bits (local).
"VPI Size (bits)" [ramaxvpibits]
Create:O
The maximum VCI bits (local).
"VCI Size (bits)" [ramaxvcibits]
Create:P
The ILMI ID for the VPI.
"ILMI VPI" [railmivpi]
Create:P
The ILMI ID for the VCI.
"ILMI VCI" [railmivci]
Create:O
Locked | Unlocked
None | ILMI
0 - 255
0 - 1599
0 - 2147483647
0 - 2147483647
Text (16)
"Domain" [domain]
This is the management domain name. It identifies a geographical or organizational scope for
operator access control and corresponds to the MD tag within the Cisco Provisioning Center
security procedure. Refer to the CPC Administration Guide for details.
Acceptable Values
Attributes
Table A-13 Cisco NI-1 DSLAM ATM Logical Port - attributes
SRlpLogicalPort
Superclass:
Table A-12 Cisco NI-1 DSLAM ATM Logical Port - characteristics (continued)
Unlocked
None
8
14
0
0
""
Default Value
Appendix A
Attribute Reference
ATM Logical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-25
A-26
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:P
Persistent
Profiled
Modify:O
Persistent
Modify:P
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Create:O
Modify:O
Persistent
Text (65)
BOOLEAN
0 - 2147483647
Text (4)
Text (32)
0 - 2147483647
""
false
3776 for WAN
subtending ports
11304 for WAN
physical ports;
12400
"C1al"
""
0
100
0
Default Value
Appendix A
The name of the logical port used in the Element Management System.
"Port Name in EMS" [sremsname]
Create:O
Specify whether or not to enable or disable multiple fabric ranges
"Multiple Fabric Ranges" [sremmultirange]
Create:O
The maximum number of connections supported for the logical port.
"Maximum Connections" [srconnections]
Create:P
The Cisco Provisioning Center class for this logical port object.
"Class" [srclass]
Create:O
The logical port that will backup this logical port during a UNI fail situation.
Relation of Type OPTIONAL, Relation Class Name = C1alATMLogicalPort
"Backup Logical Port" [srbackupport.srname]
Create:P
The incoming committed bandwidth is auto-calculated based on the nominal threshold and
bandwidth.
"Provisionable (kbits/s)" [sraz_cbw]
Create:O
The incoming committed bandwidth nominal threshold percentage.
"Nominal Threshold (%)" [sraz_cbnt]
Create:O
0 - 2147483647
0 - 2147483647
"Maximum (kbits/s)" [sraz_bandwidth]
The maximum incoming bandwidth for the logical port.
Acceptable Values
Attributes
Table A-13 Cisco NI-1 DSLAM ATM Logical Port - attributes (continued)
ATM Logical Port
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Modify:O
Persistent
Persistent
Profiled
Modify:P
Persistent
Modify:O
Persistent
Profiled
Modify:O
Persistent
Create:O
Modify:O
The peer logical port (nodename/portname).
Relation of Type OPTIONAL, Relation Class Name = SRlpLogicalPort
"Peer Logical Port" [srpeer]
Create:O
The logical port’s containing node.
Relation of Type PARENT, Relation Class Name = C1ndNode
"Node" [srnode.srname]
Create:O
This feature is not supported in this release.
"NNI Enabled" [srnnienabled]
Create:P
The logical port’s containing network.
Relation of Type GRANDPARENT, Relation Class Name = C1ntNetwork
"Network" [srnetwork.srname]
Create:O
Specify the name of the logical port.
"Name" [srname]
Create:O
Specify whether or not to enable or disable multiple reserved ranges
"Multiple Reserved Ranges" [srmultiresrange]
Create:O
Specify whether or not to enable or disable multiple service ranges.
"Multiple Service Ranges" [srmultirange]
Create:O
Text (32)
BOOLEAN
Text (32)
Text (32)
BOOLEAN
BOOLEAN
Text (32)
"Group" [srgroup]
The logical port group membership. Allows several logical ports to be put in a common group as
a pooled resource.
Acceptable Values
Attributes
Table A-13 Cisco NI-1 DSLAM ATM Logical Port - attributes (continued)
""
false
""
""
false
false
""
Default Value
Appendix A
Attribute Reference
ATM Logical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-27
A-28
Modify:P
Modify:P
Persistent
Modify:O
Persistent
Modify:P
Persistent
Modify:P
Persistent
Modify:P
Modify:O
Persistent
Persistent
Profiled
Create:O
Modify:O
Persistent
Text (32)
0 - 2147483647
Text (32)
Text (32)
Text (32)
Text (32)
""
0
""
""
""
""
""
""
Default Value
Appendix A
Specify a profile used to create the logical port.
Relation of Type PROFILE, Relation Class Name = C1alATMLogicalPortProf
"Profile Name" [srprofile.sy_profname]
Create:O
The logical port usage priority.
"Usage Priority" [srpriority]
Create:P
The first channel on this port.
"First Channel on this Pport" [srport.srstartchan]
Create:P
This attribute identifies instances of slots on the chassis. Within a given chassis, slots are
typically numbered sequentially beginning with one.
"Shelf and Slot Number" [srport.srslotnumber]
Create:P
This attribute identifies instances of ports on the board. On a given board, ports are typically
numbered sequentially beginning with 1.
"Port Number" [srport.srportnumber]
Create:O
The logical port’s containing physical port.
Relation of Type OPTIONAL, Relation Class Name = C1ppPhysicalPort
"Physical Port" [srport.srname]
Create:P
The maximum number of channels on this port.
"Maximum Channels" [srport.srmaxchans]
Create:P
Text (32)
Text (32)
"Card" [srport.srcard.srname]
The containing card.
Acceptable Values
Attributes
Persistent
Table A-13 Cisco NI-1 DSLAM ATM Logical Port - attributes (continued)
ATM Logical Port
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
Modify:P
Persistent
Modify:O
Persistent
Modify:P
Modify:O
Persistent
Persistent
Profiled
Profiled
Profiled
Modify:O
Persistent
Profiled
Modify:O
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Create:O
Modify:O
Persistent
Profiled
The outgoing committed bandwidth nominal threshold percentage.
"Nominal Threshold (%)" [srza_cbnt]
Create:O
The maximum outgoing bandwidth for the logical port.
"Maximum (kbits/sec)" [srza_bandwidth]
Create:O
Use this field to add user information. This information is not interpreted by the EM
"User Label" [sruserlabel]
Create:O
The Service object id that owns this Service element.
Relation of Type OPTIONAL, Relation Class Name = ANYCLASS
"Owning Service" [srsoid]
Create:O
You use the DTE logical port type to communicate with most ATM CPEs. This logical port type
supports all types of PVCs.
"Signalling Role" [srsignallingrole]
Create:O
"Service Map" [srservmap]
Create:P
ATM-ATM PVC connections are supported.
"Resource Map" [srrmmap]
Create:O
The quality of service provided by this logical port.
"Quality of Service" [srqos]
Create:P
0 - 2147483647
0 - 2147483647
Text (64)
DTE | DCE
Text (32)
0 - 2147483647
Text (32)
Text (10)
"Protocol" [srprotocol]
The protocol used by this logical port.
Acceptable Values
Attributes
Profiled
Table A-13 Cisco NI-1 DSLAM ATM Logical Port - attributes (continued)
100
0
""
DCE
"DDDDDDDDDDDDD
DDDDDDDDDDDDD
DDDDDD"
120
"UBR"
"ATM"
Default Value
Appendix A
Attribute Reference
ATM Logical Port
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-29
A-30
Modify:P
Persistent
Profiled
Modify:O
Persistent
Profiled
""
0
Default Value
C1axATMCrossConnect
Cisco NI1 DSLAM ATM-ATM Cross-Connect
SRsnSubNC
OWN
Class Label:
Superclass:
Persistence:
Short Class Name: ax
Class Name:
Table A-14 Cisco NI-1 DSLAM ATM Cross Connect - characteristics
An ATM cross connect represents a VP or VC cross connect within an ATM switching node. When you create a PVC, if both
endpoints of the PVC are in the same node then the Equipment Module is allowed to create either a PVC or a PVC Cross Connection.
These two classes are treated interchangeably by Cisco Provisioning Center. The ATM cross connect object class models all the
attributes necessary to provision a PVC
OAF:C1axATMCrossConnect.oaf
Object Name: C1axATMCrossConnect
ATM Cross Connect
Create:O
Specify the customer name. The customer field, like the Domain field, is used for Cisco
Provisioning Center security purposes. It identifies the Service object with a customer and is
used as a tag to give operators access to this customer’s Service object. Refer to the CPC
Administration Guide for details.
"Customer" [vpn]
Create:P
Text (16)
0 - 2147483647
"Provisionable (kbits/sec)" [srza_cbw]
The outgoing committed bandwidth is auto-calculated based on the nominal threshold and
bandwidth.
Acceptable Values
Attributes
Table A-13 Cisco NI-1 DSLAM ATM Logical Port - attributes (continued)
ATM Cross Connect
Appendix A
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
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sra_tp
srz_tp
raa_vci
raz_vci
raa_vpi
raz_vpi
srlocaltp
srremotetp
ralocalvci
raremotevci
ralocalvpi
raremotevpi
Create:O
Modify:O
Modify:O
Persistent
Persistent
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Create:O
Modify:O
Persistent
Profiled
This is the management domain name. It identifies a geographical or organizational scope for
operator access control and corresponds to the MD tag within the Cisco Provisioning Center
security procedure. Refer to the CPC Administration Guide for details.
"Domain" [domain]
Create:O
The priority queue to which this PVC is assigned. The highest priority is QP1.
"The Priority Queue" [c1subscrpvcqpr]
Create:O
Specify whether or not the subscriber PVC path is interleaved or fast.
"Subscriber PVC Path" [c1subscrpvcpath]
Create:O
Specify the subscriber index.
"Subscriber Index" [c1subscriber]
Text (16)
QP1 | QP2 | QP3
Fast | Interleaved
0 - 2147483647
0 - 2147483647
"Subscriber PVC Index" [c1pvcid]
An auxiliary variable used to identify instances of ATM PVCs provisioned for the subscriber or
for the transit subscriber identified by the preceding Subscriber Index.
Acceptable Values
raa_vpi
raz_vpi
raa_vci
raz_vci
sra_tp
srz_tp
Attribute 2
Attributes
Table A-16 Cisco NI-1 DSLAM ATM Cross Connect - attributes
Attribute 1
Alias
Table A-15 ATM-ATM PVC - Aliases
""
QP3
Interleaved
0
0
Default Value
Appendix A
Attribute Reference
ATM Cross Connect
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-31
A-32
Profiled
Modify:O
Persistent
Modify:O
Persistent
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
0 - 2147483647
0 - 2147483647
0 - 2147483647
-3 - 255
0 - 1599
0
0
0
-1
0
false
Default Value
Appendix A
Create:O
SCR is the maximum average cell transmission rate that is allowed over a given period of time
on a given circuit. It allows the network to allocate sufficient resources for guaranteeing the
network performance objectives are met.
"Sustained Cell Rate (cells/s)" [raaz_scr]
Create:O
PCR is the maximum allowed cell transmission rate. It defines the shortest time period between
cells and provides the highest guarantee that network performance objectives (based on cell loss
ratio) will be met.
"Peak Cell Rate (cells/s)" [raaz_pcr]
Create:O
MBS is the maximum number of cells that can be received at the PCR. This allows a burst of
cells to arrive at a rate higher than the SCR. If the burst is larger than anticipated, the additional
cells are tagged or dropped. This parameter applies only to VBR traffic.
"Maximum Burst Size (cells)" [raaz_mbs]
Create:O
The VPI for the subscriber or transit subscriber side of the 6100/6130 switching fabric.
Alias: raremotevpi (other attribute: raz_vpi)
Alias: ralocalvpi (other attribute: raz_vpi)
"VPI" [raa_vpi]
Create:O
The VCI for the subscriber or transit subscriber side of the 6100/6130 switching fabric.
Alias: raremotevci (other attribute: raz_vci)
Alias: ralocalvci (other attribute: raz_vci)
"VCI" [raa_vci]
Modify:O
BOOLEAN
"Enable Frame Discard" [raa_frdisc]
Create:O
Acceptable Values
Attributes
Persistent
Table A-16 Cisco NI-1 DSLAM ATM Cross Connect - attributes (continued)
ATM Cross Connect
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
Modify:O
Modify:O
Modify:O
Persistent
Persistent
Persistent
Profiled
Profiled
Profiled
Modify:O
Persistent
Modify:O
Persistent
Modify:O
Persistent
Profiled
Create:O
Modify:O
Persistent
Profiled
PCR is the maximum allowed cell transmission rate. It defines the shortest time period between
cells and provides the highest guarantee that network performance objectives (based on cell loss
ratio) will be met.
"Peak Cell Rate (cells/s)" [raza_pcr]
Create:O
MBS is the maximum number of cells that can be received at the PCR. This allows a burst of
cells to arrive at a rate higher than the SCR. If the burst is larger than anticipated, the additional
cells are tagged or dropped. This parameter applies only to VBR traffic.
"Maximum Burst Size (cells)" [raza_mbs]
Create:O
The VPI for the network side of the 6100/6130 switching fabric.
Alias: raremotevpi (other attribute: raa_vpi)
Alias: ralocalvpi (other attribute: raa_vpi)
"VPI" [raz_vpi]
Create:O
The VCI for the network side of the 6100/6130 switching fabric.
Alias: raremotevci (other attribute: raa_vci)
Alias: ralocalvci (other attribute: raa_vci)
"VCI" [raz_vci]
Create:O
"Enable Frame Discard" [raz_frdisc]
Create:O
Specify the circuit type.
"Circuit Type" [ratype]
Create:O
0 - 2147483647
0 - 2147483647
-1 - 255
0 - 1599
BOOLEAN
VC
UBR
"Service Category" [raqos]
Specify the class of service for traffic. The class of service determines which traffic descriptor
you can select.
Acceptable Values
Attributes
Table A-16 Cisco NI-1 DSLAM ATM Cross Connect - attributes (continued)
0
0
-1
0
false
VC
UBR
Default Value
Appendix A
Attribute Reference
ATM Cross Connect
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-33
A-34
Modify:O
Persistent
Profiled
Modify:O
Persistent
Profiled
Modify:O
Persistent
Modify:P
Modify:P
Modify:O
Persistent
Persistent
Persistent
Profiled
Profiled
Modify:O
Persistent
Text (32)
0 - 2147483647
Primary | Secondary |
Basic
0 - 2147483647
Text (32)
""
0
0
""
""
0
Basic
Default Value
Appendix A
Create:O
DSL Service Application Provider Service Definition Service object that created this cross
connect (if applicable).
"Provider Service Name" [srdestserv]
Create:O
Specify the network transit cost.
"Transit Cost" [srcost]
Create:P
"Backup Role" [srbackuprole]
Create:P
The bandwidth for the cross connection.
"Bandwidth (Kbits/s)" [sraz_bandwidth]
Create:O
The logical port that initiates the cross-connect. The "A" logical port is the logical port on the
DSL (subscriber) side and must be contained by a DSL physical port.
Relation of Type OPTIONAL, Relation Class Name = C1alATMLogicalPort
Alias: srremotetp (other attribute: srz_tp)
Alias: srlocaltp (other attribute: srz_tp)
"Logical Port" [sra_tp.srname]
Create:O
The original logical port that is being backed up by UNI resiliency (nodename/portname).
"Primary Logical Port" [sra_primtp]
Create:O
Text (44)
0 - 2147483647
"Sustained Cell Rate (cells/s)" [raza_scr]
SCR is the maximum average cell transmission rate that is allowed over a given period of time
on a given circuit. It allows the network to allocate sufficient resources for guaranteeing the
network performance objectives are met.
Acceptable Values
Attributes
Table A-16 Cisco NI-1 DSLAM ATM Cross Connect - attributes (continued)
ATM Cross Connect
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
OL-1809-02
OL-1809-02
Modify:O
Persistent
Modify:P
Persistent
Modify:O
Modify:O
Persistent
Persistent
Profiled
Modify:O
Persistent
Modify:O
Modify:O
Persistent
Profiled
Create:O
Modify:O
Persistent
Profiled
The original logical port that is being backed up by UNI resiliency (nodename/portname).
"Primary Logical Port" [srz_primtp]
Create:O
The recovery priority for UNI resiliency.
"UNI Recovery Priority" [srunipriority]
Create:O
The service object ID for the cross connection.
Relation of Type OPTIONAL, Relation Class Name = ANYCLASS
"Owning Service" [srsoid]
Create:O
Specify the profile used to create the cross connect.
Relation of Type PROFILE, Relation Class Name = C1axATMCrossConnectProf
"Profile Name" [srprofile.sy_profname]
Create:O
This is not supported in this release.
"NNI Recovery Priority" [srpriority]
Create:O
The cross-connect’s containing node.
Relation of Type PARENT, Relation Class Name = C1ndNode
"Node" [srnode.srname]
Create:P
The cross-connect’s containing network.
Relation of Type GRANDPARENT, Relation Class Name = C1ntNetwork
"Network" [srnetwork.srname]
Create:O
Text (44)
0 - 2147483647
Text (32)
0 - 2147483647
Text (32)
Text (32)
Text (64)
"Name" [srname]
Specify the name of the cross connect.
Acceptable Values
Attributes
Table A-16 Cisco NI-1 DSLAM ATM Cross Connect - attributes (continued)
""
1
0
""
""
""
""
Default Value
Appendix A
Attribute Reference
ATM Cross Connect
Cisco NI-1 DSLAM Equipment Module Configuration Guide
A-35
A-36
Modify:O
Persistent
Modify:P
Persistent
Profiled
Create:O
Modify:O
Persistent
Profiled
Specify the customer name. The customer field, like the Domain field, is used for Cisco
Provisioning Center security purposes. It identifies the Service object with a customer and is
used as a tag to give operators access to this customer’s Service object. Refer to the CPC
Administration Guide for details.
"Customer" [vpn]
Create:P
The bandwidth for the cross connection.
"Bandwidth (Kbits/s)" [srza_bandwidth]
Create:O
The logical port that terminates the cross-connect. The "Z" logical port is the logical port on the
WAN (network) side and must be contained by a WAN physical port.
Relation of Type OPTIONAL, Relation Class Name = C1alATMLogicalPort
Alias: srremotetp (other attribute: sra_tp)
Text (16)
0 - 2147483647
Text (32)
"Logical Port" [srz_tp.srname]
Alias: srlocaltp (other attribute: sra_tp)
Acceptable Values
Attributes
Table A-16 Cisco NI-1 DSLAM ATM Cross Connect - attributes (continued)
""
0
""
Default Value
ATM Cross Connect
Appendix A
Attribute Reference
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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Appendix A
Attribute Reference
ATM Cross Connect
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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Appendix A
Attribute Reference
ATM Cross Connect
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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A P P E N D I X
B
Working with Service Element Profiles
This chapter contains information about creating Service element profiles for frequently used Service
elements.
For a given Service element, more than one profile may be defined. However, for a given object, only
one profile may be associated at any one time.
Since profiles themselves are objects which you can create and modify, they provide a means to store
and name commonly used sets of attributes and provide a reliable shorthand method of configuring any
number of new objects. A profile has most of the same attributes as the corresponding object class. Some
attributes of the object class are not included in the profile because they are expected to be unique for
each object. For example, an object's name is not a profile attribute.
The attributes of a profile are referred to as initial value attributes because they are used to assign the
initial values to the corresponding object. Once a new object has been created based on a profile, changes
to profile attribute values do not cause any changes to the corresponding object. The only time the profile
attributes affect the object is when you create a new object.
Note
A default profile exists for each supported Service element profile. Default profiles contain commonly
used values for the attributes included in the profile.
For the Cisco NI-1 DSLAM Equipment Module, you can create Service element profiles for the
following supported Service elements:
•
DSL Physical Ports
•
ATM Logical Ports
•
ATM Cross Connections
This section details the generic procedure for creating, modifying, and deleting Service element profiles.
The specific configurable attributes for each Service element profile for this Equipment Module can be
found in Appendix A.
If you provide values for these attributes and also provide values in other places when you are creating
a service (either during service creation or in a Service object profile) the threader will override the
values based on the following scale of priorities:
1.
Service object Subset Viewer/Object Viewer—All information provided in the Service object Subset
Viewer and Object Viewer is used by Cisco Provisioning Center.
2.
Service object profile—Cisco Provisioning Center will only use the information provided in the
Service object profile for values that are either not available or not specified in the Service object
Subset Viewer.
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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B-1
Appendix B
3.
Working with Service Element Profiles
Service element profile—Cisco Provisioning Center uses values from the Service element profile
for all attributes that are not present or not specified in the Service object profile or on the Service
object Subset Viewer.
Creating a Service Element Profile
To create a Service element profile, complete the following steps:
Step 1
Navigate to networks > Cisco NI-1 DSLAM Equipment Module > Profiles > Specific EM Object >
Specific EM Object Instance.
The Specific EM Object Lister is displayed in the Content Area.
Step 2
Click the Create button on the Action Bar.
An Object View appears in the Content Area.
Step 3
Enter the required attribute values in the Object View.
Step 4
Click the save or apply now button to save or apply the profile.
Modifying a Service Element Profile
To modify a Service element profile, complete the following steps:
Step 1
Navigate to networks > Cisco NI-1 DSLAM Equipment Module > Profiles > Specific EM Object >
Specific EM Object Instance.
The Specific EM Object Lister is displayed in the Content Area.
Step 2
In the Lister View, click the Get List button.
Optionally, use the field filters to narrow your selection before you click the Get List button.
Step 3
Check the box in the Select column next to the node element you want to modify.
Step 4
Click the Modify button on the Action Bar.
An Object View appears in the Content Area.
Step 5
Modify the attribute value(s) you want to change.
Step 6
Click the save or apply now button to save or apply the modification to the profile.
Deleting a Service Element Profile
To delete a Service element profile, complete the following steps:
Step 1
Navigate to networks > Cisco NI-1 DSLAM Equipment Module > Profiles > Specific EM Object >
Specific EM Object Instance.
The Specific EM Object Lister is displayed in the Content Area.
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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Appendix B
Working with Service Element Profiles
Step 2
In the Lister View, click the Get List button.
Optionally, use the field filters to narrow your selection before you click the Get List button.
Step 3
Check the box in the Select column next to the node element you want to delete.
Step 4
Click the Delete button on the Action Bar.
Step 5
Click the save or apply now button to delete the profile.
Note
Only a Service Element Profile that is not being used by any objects can be deleted.
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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B-3
Appendix B
Working with Service Element Profiles
Cisco NI-1 DSLAM Equipment Module Configuration Guide
B-4
OL-1809-02
G L O S S A RY
A
ACR
Allowed Cell Rate
ADSL
Asymmetric Digital Subscriber Line
ATM
Asynchronous Transfer Mode
ATU-C
ADSL Transceiver Unit - Central Office
ATU-R
ADSL Transceiver Unit - Remote
C
C2
The Cisco Provisioning Center component code for the Cisco NI-1 DSLAM Equipment Module.
CAP
Carrierless Amplitude and Phase Modulation
CBR
Constant Bit Rate
CDVT
Cell Delay Variation Tolerance
CORBA
Common Object Request Broker Architecture
CPE
Customer Premises Equipment
D
DCE
Data Terminal Equipment
DMT
Discrete Multitone
DS-3
Digital Signal level 3
DSL
Digital Subscriber Line
DSLAM
Digital Subscriber Line Access Mutliplexer
DTE
Data Circuit-terminating Equipment
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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GL-1
Glossary
E
EMS
Element Management System
F
FTI
Flow-Through Interface
G
GUI
Graphical User Interface
I
ILMI
Interim Local Management Interface
M
MIB
Management Information Base
N
NI
Network Interface
NNI
Network-to-Network Interface
O
OAF
Object Attribute File
Q
QoS
Quality of Service
Cisco NI-1 DSLAM Equipment Module Configuration Guide
GL-2
OL-1809-02
Glossary
P
PCR
Peak Cell Rate
PVC
Permanent Virtual Circuit
PVC
Permanent Virtual Circuit
S
SDSL
Symmetric Digital Subscriber Line
SNMP
Simple Network Management Protocol
SOHO
Small Office, Home Office
STU-C
SDSL Transceiver Unit - Central Office
T
TMN
Telecommunication Management Network
U
UNI
User-to-Network Interface
V
VC
Virtual Circuit
VCI
Virtual Channel Identifier
VP
Virtual Path
VPI
Virtual Path Identifier
Cisco NI-1 DSLAM Equipment Module Configuration Guide
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GL-3
Glossary
Cisco NI-1 DSLAM Equipment Module Configuration Guide
GL-4
OL-1809-02
I N D EX
A
D
about this guide
adding links
deleting service element profiles
i
B-2
2-4
ATM
cross connect attributes
logical port attributes
E
A-30
A-24
environment variables
1-4
attribute reference
ATM cross connect
ATM logical port
node
F
A-24
DSL physical port
network
A-30
A-15
fabric and services
A-4
uploading
A-6
2-1
files
WAN physical port
A-10
syavconfig.site
1-4
attributes
table conventions
A-2
H
hardware compatibility
C
cards
CF.supportConcurrentRequests parameter
1-5
1-3
chassis
1-3
Cisco NI-1 equipment module
configuration
1-2
hardware compatibility
software requirements
configuration parameters
L
1-2
1-2
links, adding
1-4
CF.supportConcurrentRequests
logical port
1-5
configuring
network timeout
A-24
3-1
1-2
1-3
M
creating
networks
nodes
ATM attributes
subtending
Cisco NI-1 equipment module
2-4
1-5
modifying service element profiles
B-2
1-5, 2-3
service element profiles
B-2
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IN-1
Index
N
T
network
tree topology
attributes
A-4
configuring timeout
creating
3-1
1-3
U
1-5
node
upload
attributes
A-6
creating
1-5, 1-6
fabric and services
initial
uploading multiple
2-2
network
nodes
2-1
2-2
2-2
viewing the upload progress
creating
2-3
2-3
W
P
WAN
physical port
logical port for subtending chassis
DSL attributes
A-15
WAN attributes
physical port attributes
3-1
A-10
A-10
R
runtime environment configuration
1-4
S
service element profiles
creating
B-2
deleting
B-2
modifying
B-2
working with
B-1
software requirements
DSLAM software
MIB
SNMP
1-2
1-2
1-2
subtending configurations
syavconfig.site file
3-1
1-4
Cisco NI-1 DSLAM Equipment Module Configuration Guide
IN-2
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