Verilink XEL XSP-100 User Manual

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XSP-100 SHARK®

Integrated Access Platform

USER’S GUIDE

XEL

Publication Order Number:

9SA-USRS-9.0R1.02

Issue 2

July 2004

Preface Trademarks, Copyrights, License, Tech Support, Safety

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Preface: ii XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Trademarks, Copyrights, License, Tech Support, Safety Preface

Trademarks:

COMPLIANCE

FCC RULES PART 68 REGISTRATION :

5ESS is a registered trademark of Lucent Technologies. DMS-100 and DMS-200 are trademarks of Northern Telecom. Nortel is a trademark of Northern Telecom. HyperTerminal is a registered trademark of Microsoft. SLC is a registered trademark of Lucent Technologies. Windows 3.1 and 95 are registered trademarks of Microsoft. SHARK™, XSP-100 SHARK® and XEL™ are registered trademarks of XEL Communications, Inc. All other trademarks and registered trademarks are the property of their respective holders.

The following paragraphs describe the requirements and provide information based on the FCC rules.

1. FCC Part 68 Registration

The XSP-100 SHARK™ IAD complies with FCC Rules, Part 68. On the underside of this equipment is a label that contains, among other information, the FCC certification number for this equipment. If requested, this information must be provided to the telephone company.

2. REN

The ringer equivalence number (REN) is used to determine the quality of devices which may be connected to the telephone line*. Excessive RENs on the telephone line may result in the devices not ringing in response to an incoming call. In most, but not all areas, the sum of RENs should not exceed five (5.0). To be certain of the number of devices that may be connected to a line, as determined by the total RENs, contact the local telephone company.

*NOTE: The SHARK™ IAD can be configured for anywhere from 1 to 24 voice circuits. References to a telephone line in this paragraph refers to only one of the SHARK™ IAD's circuits. RENs are associated with loop-start and ground-start ports. It is not used for E&M and digital ports. Refer to the SHARK™ IAD's hardware specifications for more details on this subject.

3. Service

In the event of equipment malfunction, all repairs should be performed by XEL Communications Inc. or an authorized agent. It is the responsibility of users requiring service to report the need for service to XEL Communications Inc. or to one of our authorized agents. See the: "Warranty, Repair Return" section later in this chapter for addresses and contact numbers.

The telephone company can ask you to disconnect the equipment from the network until the problem is corrected or until you are sure that the equipment is not malfunctioning.

4. Disruption of the Network

If the XSP-100 disrupts the telephone network, the telephone company can discontinue your service temporarily. If possible, the telephone company will notify you in advance. If advance notice is not practical, they will notify you as soon as possible. You are also informed of your right to file a complaint with the FCC.

5. Facility Interface Information

In order to connect registered terminal equipment to the telephone company lines, the terminal equipment must utilize an FCC registered jacks. Standardized jacks are used for this equipment. The following table contains Facility Interface Code (FIC), Ringer Equivalence Number (REN), Service Order Code (SOC) and network jack information for the equipment. The XSP-100 interface connects to the Public Switched Telephone Network through a FCC registered NCTE which specifies the type of network jack to be used.

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Preface Trademarks, Copyrights, License, Tech Support, Safety

Table 1.1: Facility interfaces

Port Identifier FIC SOC Network Jack

2T1 WAN 04-DU9-BN

04-DU9-DN

04-DU9-1KN

04-DU9-1SN

6. Telephone Company Facility Changes

The telephone company can make changes in its facilities, equipment, operations, or procedures that can affect the operation of your equipment. If they do, you should be notified in advance so you have an opportunity to maintain uninterrupted telephone service.

7. Electrical Safety Advisory

It is recommended that an alternating current (ac) surge arrestor of the form and capability suitable for the model purchased be installed in the ac outlet to which the XEL Communications Inc. products are connected.

6.0Y

RJ48C RJ48C RJ48C RJ48C

FCC RULES, PART 15

INDUSTRY CANADA

The XSP-100 complies with the limits for a class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, can cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference, in which case the user will be required to correct the interference at the user’s expense.

CHANGES OR MODIFICATIONS NOT EXPRESSLY APPROVED BY XEL Communications Inc. COULD VOID THE USER’S AUTHORITY TO OPERATE THE EQUIPMENT.

1. Ringer Equivalence Number (REN)

See the REN rules under FCC Part 68 Rules item two.

2. Equipment Attachment Limitations

The Industry Canada Label identifies certified equipment. This certification means that the equipment meets certain telecommunications network protective, operational and safety requirements as prescribed in the appropriate Terminal Equipment Technical Requirement documents. The Department does not guarantee that the equipment will operate to the user's satisfaction. Before installing this equipment, users should ensure that it is permissible to be connected to the facilities of the local telecommunications company. The equipment must also be installed using an acceptable method of connection. The customer should be aware that compliance with the above conditions may not prevent degradation of service in some situations. Repairs to certified equipment should be coordinated by a representative designated by the supplier. Any repairs or alterations made by the user to this equipment, or equipment malfunctions, my give the telecommunications company cause to request the user to disconnect the equipment. Users should ensure for their own protection that the electrical ground connections of the power utility, telephone lines and internal metallic water pipe system, if present, are connected together. This precaution may be particularly important in rural areas.

Preface: iv XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Trademarks, Copyrights, License, Tech Support, Safety Preface

Approvals:

Copyright

License

Safety Information and Precautions

Certified for UL# 1950 , CSA 22.2 No. 950

Copyright© 2004 XEL Communications, Inc. All rights reserved. This publication is protected by federal copyright law. No part of this publication may be copied or distributed, transmitted, transcribed, stored in a retrieval system, or translated into any human or computer language in any form or by any means, electronic, mechanical, magnetic, manual or otherwise, or disclosed to third parties without the express written permission of XEL Communications, 17101 East Ohio Drive, Aurora, Colorado, 80017, 1-888-468-6935. XEL Communications makes no representation or warranties with respect to the contents hereof and specifically disclaims any implied warranties of merchantability or fitness for a particular purpose. Further, XEL Communications reserves the right to revise this publication and to make changes from time to time in the contents hereof without obligation of XEL Communications to notify any person of such revision or changes.

Subject to the XEL standard terms and conditions of sale or, if applicable, an existing sales agreement between XEL and XEL’s customers, XEL grants and you accept a perpetual, nonexclusive license to use any object code software provided by XEL (the Licensed Program) only with XEL supplied equipment up to the number of cards at your company’s location or at the locations of users who have acquired XEL equipment through your company as provided in the upgrade purchase agreement. In no event will the rights to copy, transfer or transmit the Licensed Program exceed the prescribed quantity limitation in the upgrade purchase agreement. All other terms of the Software License and Warranty remain in effect.

The equipment is designed and manufactured in compliance with Safety Standard UL1950 The following precautions should be observed to ensure personal safety during installation or service, and prevent damage to the equipment or equipment to be connected.

Read and follow all warning notices and instructions marked on the product or included in this Reference Guide.

Only qualified technicians should perform these tasks.

1. Never install telephone wiring during a lightning storm.

2. Never install telephone jacks in wet locations unless the jack is specifically designed for wet

locations.

3. Never touch uninsulated telephone wires or terminals unless the telephone line has been

disconnected at the network interface.

4. Use caution when installing or modifying telephone lines.

5. Never attempt to remove the power module without first disconnecting input power cables.

6. The external power converter supply for this product must be used with a three-wire

grounding type plug - a plug that has a grounding pin. If DC power is connected directly to the unit the "Frame GND" pin must be properly grounded. This is a safety feature. Equipment grounding is vital to ensure safe operation. Do not defeat the purpose of the grounding type plug by modifying the plug or using an adapter. There is a frame grounding lug on the rear of the unit.

Prior to installation, use an outlet tester or a voltmeter to check the AC receptacle for the presence of earth ground. If the receptacle is not properly grounded, the installation must not continue until a qualified electrician has corrected the problem. If a three-wire grounding type power source is not available, consult a qualified electrician to determine another method of grounding the equipment.

7. Slots and openings in the cabinet are provided for ventilation. To ensure reliable operation

of the product and to protect it from overheating, these slots and openings must not be blocked or covered.

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Page: v

Preface Trademarks, Copyrights, License, Tech Support, Safety

NOTICE!

PASSIVE

COOLING

Passive Cooling Requirements

DO NOT Stack Units on top of one another. Spacing requirements increase to a 3 U

spacing from the top of one unit to the top of the next unit when multiple units are stacked

This equates to at least 0.88" clearance between units. See the installation chapter for

more detailed mounting descriptions.

DO NOT place anything that can block air holes directly on top of unit.

8. DO NOT allow anything to rest on the power cord and do not locate the product where

persons could step on or walk on the power cord.

9. DO NOT attempt to service this product yourself. Refer all servicing to qualified service

personnel."

10. Special cables, which may be required by the regulatory inspection authority for the

installation site, are the responsibility of the customer.

11. When installed in the final configuration, the product must comply with the applicable

Safety Standards and regulatory requirements of the country in which it is installed. If necessary, consult with the appropriate regulatory agencies and inspection authorities to ensure compliance.

12. A rare phenomenon can create a voltage potential between the earth grounds of two or more

buildings. If products installed in separate buildings are interconnected, the voltage potential may cause a hazardous condition. Consult a qualified electrical consultant to determine whether or not this phenomenon exists and, if necessary, implement corrective action prior to interconnecting the products.

POWER SOURCE

POWER SUPPLY SAFETY INFORMATION

GROUNDING

Please refer to the Hardware Specification Section the Power Module chapter regarding system power requirements.

The following information applies to the optional external power supply.

1. An equipment grounding conductor not smaller in size than the ungrounded branch-circuit

supply conductors must be installed as part of the circuit that supplies the product or system. Bare, covered or insulated grounding conductors are acceptable. Individually covered or insulated equipment grounding conductors shall have a continuous outer finish that is either green, or green with one or more yellow stripes. The equipment-grounding conductor must be connected to ground at the service equipment.

2. The receptacles in the vicinity of the product or system must be of a grounding type. The

equipment-grounding conductors serving these receptacles are to be connected to earth ground at the service equipment.

3. The DC power source must comply with the limits of SELV(Secondary Electrical Low

Voltage) as defined in UL1950, and must provide reinforced insulation from AC power mains.

4. The equipment can be grounded through the power cord as well as the chassis grounding lug

on the rear of the unit. See the installation chapter for more information on grounding the unit.

NOTICE!

Preface: vi XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

For detailed information on grounding procedures, please see the Power Chapter in Hardware Specification section of this Guide.

Trademarks, Copyrights, License, Tech Support, Safety Preface

ELECTROSTATIC DISCHARGE PREVENTION

Warranty, Repair Return

Tech Support

5. The plug-in Modules contain components that could be damaged by electrostatic discharge.

When handling any cards, wear a properly grounded wrist strap to prevent possible card damage, or follow other suitable precautions to prevent equipment damage. Be sure to secure the front panel screws. They provide an electrical seal around the face plate which aids in ESD and EMI protection.

If you need to return a product under warranty for repair, or to return a product out of warranty for repair, please contact:

XEL Warranty department at: (303) 696-2382

If you purchased the XEL product from an authorized dealer, distributor, Value Added Reseller (VAR), or third party, please contact that vendor for technical assistance and warranty support.

If you require technical assistance with installation, operation, or maintenance of

products purchased directly from XEL, please contact:

XEL Customer Service Center at: (800) 544-6831

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Page: vii

Preface Trademarks, Copyrights, License, Tech Support, Safety

Ordering Information

CALL

FAX

WEB

XEL offers a variety of ways to place your XSP-100 SHARK® IAD orders.

During business hours (8-4:30 MST) you may call

in your XSP-100 SHARK® IAD order by contacting

XEL's Sales Administration Center at:

1-888 GO-TO-XEL

or 1-888-468-6935

(303) 696-2253

The last page in this guide is a form that you can fax in your XSP-100 SHARK® IAD order. Simply remove it

at the perforations, fill it out and fax it to:

XEL Fax: (303) 755-7887

Our fax system is available 24

hours a day 7 days a week.

Your XSP-100 SHARK® IAD order may be placed on our web site at:

Web: www.xel.com

WRITE

Select the Shark page from the Products and Services

menu. Then click on the Buy Now button to

access the XSP-100 SHARK® IAD

online ordering form.

You may also mail in your XSP-100 SHARK® IAD order by filling out the fax

order form at the end of this guide and mailing it to:

XEL Sales Administration Center

XEL Communications, Inc.

17101 East Ohio Drive

Aurora, CO 80017-3878

Preface: viii XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Trademarks, Copyrights, License, Tech Support, Safety Preface

Registration Card

FAX Registration Card

Complete and mail this card to register your SHARK™ Integrated Access Device and to receive the latest news about product updates.

After completing this registration card mail it to:

XEL Registration Center

XEL Communications, Inc.

17101 East Ohio Drive

Aurora, CO 80017-3878

OR you can FAX this card to:

(303) 369-7887

PLACE ALL SERIAL NUMBERS BELOW

SHARK™

Integrated Access Device

Product Registration Card

User Information

First Name Last Name

Company Title

Company Address

City State Zip Code

Country Area Code Telephone Number

Internet Address

Product Purchase Information

Where did you purchase this XEL Product? How did you hear about this XEL product?

System Integrato

Othe

Date of Purchase:____ / ___ / ____

Advertisin

Direct Mail

Article Colleague

Preface Trademarks, Copyrights, License, Tech Support, Safety

XEL Registration Center XEL Communications, Inc. 17101 East Ohio Drive Aurora, CO 80017-3878

POST OFFICE

WILL NOT

DELIVER

WITHOUT

CORRECT POSTAGE

Chapter 1. Introduction

Table of Contents

WELCOME TO THE SHARK™ IAD USER'S GUIDE.......................................................................................................1-2

HOW THE CHAPTERS ARE ORGANIZED........................................................................................................................1-2

WHY SHARK™ IAD? .............................................................................................................................................................1-4

SHARK™ IAD: A CAN DO INTEGRATED ACCESS DEVICE (IAD).............................................................................1-5

NTEGRATED ............................................................................................................................................................................1-5

TROUBLE-FREE ........................................................................................................................................................................1-5

FEATURE SET .........................................................................................................................................................................1-6

WAN P

ORTS ............................................................................................................................................................................1-6

ANALOG VOICE PORTS.............................................................................................................................................................1-6

LAN PORTS .............................................................................................................................................................................1-6

IP R

OUTER ...............................................................................................................................................................................1-7

FRAME RELAY ACCESS DEVICE ...............................................................................................................................................1-7

NETWORK MANAGEMENT ........................................................................................................................................................1-7

V.35 S

ERIAL PORT ...................................................................................................................................................................1-7

CHASSIS ...................................................................................................................................................................................1-7

OWER .....................................................................................................................................................................................1-7

ENVIRONMENTAL..................................................................................................................................................................... 1-7

HOW THE SHARK™ IAD DOES IT....................................................................................................................................1-8

UNCTIONAL DESCRIPTION ...................................................................................................................................................... 1-8

THE T1 INTERFACES ................................................................................................................................................................1-8

THE DIGITAL CROSS CONNECT ................................................................................................................................................1-8

HE NETWORK MANAGEMENT ................................................................................................................................................1-8

THE IP ROUTER........................................................................................................................................................................1-8

THE DATA INTERFACE .............................................................................................................................................................1-9

HE VOICE INTERFACE ............................................................................................................................................................1-9

CONCLUSION............................................................................................................................................................................1-9

Figures

FIGURE 1: TYPICAL SHARK™ IAD APPLICATION ..................................................................................................................1-4

IGURE 2: SHARK™ IAD INTEGRATED ACCESS PLATFORM FUNCTIONAL BLOCK DIAGRAM ................................................1-6

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 1-1

WELCOME TO

SHARK™

THE

IAD U

SER'S

GUIDE

Chapter 1: Introduction

How to use this manual

Welcome to the SHARK™ Integrated Access Device User's Guide. This manual allows a wide variety of users to quickly find the information they

need. The manual is broken down into a number of chapters based on the functionality of the SHARK™ IAD. The purpose of each chapter is described below.

If you are viewing the Acrobat PDF version of this document you may click on the chapter hyper links below to view each chapter. Or, you may use the functional bookmark section shown to the left of the screen to directly access a specific function. If the bookmarks section of the screen is not displayed, click on windows from the tool bar at the top of the screen display and select show Bookmarks, or press the F5 key to toggle viewing of the bookmarks on and off.

HOW THE

CHAPTERS ARE

ORGANIZED

At the beginning of each chapter is a table of contents that breaks out the subject side headers. Each chapter's table of contents is hyperlink for quick access by those viewing the softcopy of the manual. Hardcopy users will find each chapter's table of contents quite useful in guiding them through the manual. The manual begins by introducing the SHARK™ IAD's feature set and functionality. It proceeds to describe the installation and cabling of the SHARK™ IAD. If your SHARK™ IAD is already installed you may skip directly to the next chapter which begins the configuration of the system. If you are using the WEB interface study the 'Graphical User Interface…' chapter. If you are using the Command Line Interface skip directly to the 'Using the Command Line Interface' chapter. The hardware specifications are found at the end of the manual in the 'Hardware Specifications' chapter.

Chapter 1-2 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 1: Introduction

Chapter 2: SHARK™ IAD installation

options

Chapter 3: SHARK™ IAD Cable

Guide

Chapter 4: User Interface Hardware

Connections

Chapter 5: Graphical User Interface

(GUI/WEB) Configuration Pages

Chapter 6: Using the Command

Line Interface (CLI)

Introduces the user to the SHARK™ IAD system. It covers features, applications and functional description of the major components.

Describes the three installation options along with extensive installation drawings.

All cable part numbers with sketches and pinouts.

This Getting Started Chapter will focus on how to connect to the Ethernet port for a GUI or IP Telnet session and setup workstation to configure the SHARK™ IAD using GUI pages or the CLI.

This chapter explains the GUI configuration pages. It follows a logical typical setup by explaining each page in the order that the system presents them.

This chapter explains the CLI command syntax. It begins by explaining the hardware connections for communicating to the SHARK™ IAD. The root system commands are explained next. It continues by explaining each command in the sequence that the CLI configurator follows when it's in the stepping mode.

Chapter 7: Status and Alarms

Chapter 8: Maintenance/

Diagnostics/Monitoring

Chapter 9: Hardware Specifications

Appendix A: Glossary

Appendix B: SNMP Traps

This chapter covers viewing status displays and the alarms.

After installing and configuring the system, your next step is to test it. This chapter describes test and maintenance capabilities.

This chapter covers the specifications for each component.

Dictionary of Telephony terms used in this manual.

Description of the SNMP Traps sent.

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 1-3

Chapter 1: Introduction

The SHARK™ IAD

WHY SHARK™ IAD?

Integrated access has reached a new level of simplicity and functionality with the SHARK™ IAD from XEL Communications. The SHARK™ IAD enables service providers to deliver voice, high-speed data, Internet access and networking connections to end customers over a single network connection. Its modular design allows for migration to emerging technologies and services, such as voice over packet. This results in the complete utilization of a service provider's initial investment to its maximum potential. See Figure 1.

The demand for integrated delivery and access to voice and data services continues to grow at a rapid pace, driven by telecommunications carriers’ needs to reduce transport and service delivery costs and end-users’ needs to simplify their service requirements while lowering their service costs. Bundled service offerings and one-stop shopping also allow carriers to attract new customers while reducing churn with existing customers. The rapid growth of data services and Internet access has also contributed to make integrated voice and data access a virtual necessity for modern public networks.

To decrease the risk carriers take in deploying equipment to customers, the SHARK™ IAD was designed to be fully modular which results in a flexible system that is easily modified as customers’ needs change. A carrier can upgrade or remove services to meet the customers’ needs, which reduces the potential for a stranded investment. The SHARK™ IAD is truly a "Pay as you go!" platform.

Frame Relay

PSTN

DACS

XSP-100 Shark

Internet Access

Voice

PBX

Figure 1: Typical SHARK™ IAD Application

Chapter 1-4 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 1: Introduction

SHARK™ IAD:

AN DO

A C INTEGRATED ACCESS DEVICE (IAD)

Integrated

Trouble-free

Through its dual T1 DSX/CSU network interfaces the SHARK™ IAD can support up to 3 Mbps of integrated voice and data. To provide added bandwidth, two additional T1 modules can be inserted into the LAN slots as add/drop multiplexed T1s for access to a PBX or other CPE device. The WAN T1s support TR08 Mode 1 operation that enables the SHARK™ IAD to integrate directly into a voice switch, lowering a carrier's cost. SF and ESF are supported as well. The data services on the T1 may be groomed at the central office and then be directed to their appropriate backbone networks.

The SHARK™ IAD provides an integrated Digital Cross Connect that controls the flow of the DS0s from the network T1’s to either voice or data interfaces. The voice capabilities include up to 24 analog voice circuits and a T1 digital voice connection for PBX integration. The SHARK™ IAD supports one 10/100 BaseT, multiple T1 CSU/DSU, and multiple V.35 interfaces. Both IP and Frame Relay are supported. The router is an IP router. You can use Frame Relay or PPP as a Data link Transport Layer over the WAN link.

The integrated architecture of the SHARK™ IAD makes it easy to setup and maintain either locally through its craft port or remotely via a WEB Browser/IP connection through the WAN or 10/100 BaseT (Fether) interface. The entire SHARK™ IAD system can be configured via one of its many management interfaces. Whether you choose the GUI (HTTP) or the CLI (RS232 or Telnet) interfaces, the SHARK™ IAD will fit into your provisioning and monitoring management architecture. The SHARK™ IAD can be configured remotely or by the local craft port on the SHARK™ IAD chassis. Both allow for full access to all of the SHARK™ IAD's services and features.

NOTE: The GUI (HTTP) can only be used over the WAN and 10/100 BaseT interfaces. The Craft (RS232) and Facility Data Link (FDL) ports do not support the GUI.

In addition, the SHARK™ IAD has an integral full-featured IP router that enables carriers to provide customers with a fully manageable LAN in addition to network interfaces. The router was designed for easy provisioning and security through its DHCP and NAT features. Also, the router has an integrated Frame Relay Assembler/Dissembler (FRAD) that is able to handle any frame relay traffic from the network and hand IP off to the customer's Ethernet LAN.

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 1-5

Chapter 1: Introduction

RS-232 CRAFT

INTERFACE

I/P ROUTER/

10/100

ETHERNET

DATA or T1

INTERFACE MODULE

BRIDGE

DATA or T1

INTERFACE MODULE

VF MODULE

T1 NETWORK ADD-DROP

WAN

MODULES

1 & 2

XC2T

MODULE

T1-1 & T1-2

SUPER SPEED

PCM BUS

WAN

BUS

WAN

BUS

BYPASS MODE

DIGITAL

CROSS

CONNECT

DS0

VOICE

BUS

8 DSOs

Figure 2: SHARK™ IAD Integrated Access Platform Functional Block Diagram

10/100

USER

V.35

FT1

PORT

USER

V.35

FT1

PORT

8 USER

PORT

8 USER

PORT

8 USER

PORT

FEATURE SET

WAN Ports

Analog Voice Ports

LAN Ports

• Two T1 WAN card slots and two T1 ports on XC2T card.

• T1 line rate of 1.544 Mb/s with SF, ESF, and TR-08 framing.

• B8ZS, AMI line code.

• Bantam jack (monitor only) and RJ48C connectors

• Timing looped from WAN1, WAN2, T1-1 , T1-2 or internal.

• CSU and DSX Modes.

• Three analog voice card slots.

• Up to 24 FXS/FXO lines (in increments of 8).

• FXS/DPO and FXO/DPT signaling modes.

• CLASS capable Loop start/Ground start with robbed bit signaling.

• 5 REN per circuit.

NOTE: Even though each circuit is capable of 5 REN, the box as a whole is only able to handle 15 REN at one time.

• Two T1 LAN.

• T1 line rate of 1.544 Mb/s with SF, ESF, and TR-08 framing.

• B8ZS, AMI line code.

• Bantam jack (monitor only) and RJ48C connectors.

• CSU and DSX Modes.

Chapter 1-6 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 1: Introduction

IP Router

Frame Relay Access Device

Network Management

• One 10/100 BaseT port standard.

• Network Address Translation (NAT).

• TCP/IP, PAP, CHAP, RIPv1, RIPv2, ICMP, ARP, DNS, HTTP, UDP,

and LCP supported.

• DHCP (server/relay agent) for IP address management.

• Datalink transport via Frame Relay, PPP, or HDLC.

• 2 Data Pipes with variable bandwidth.

• Transparent bridging.

• RFC 1490 (Multiprotocol support), LMI Q.933 Annex A, LMI ANSI T1.617

Annex D, LMI FRF 1.1 supported.

• Supports 2 Data pipes with 4 PVCs each.

• Full provision, monitor, and alarm capabilities for each interface.

• HTTP based management through the web browser.

• Managed via 10/100 BaseT, WAN, Craft port, or Facility Data Link (FDL).

• Command Line Interface (CLI) via Craft port or Telnet.

• Simple Network Management Protocol (SNMP) for monitoring purposes.

• RS232 craft port that is modem compatible.

• Complete software upgrades for all modules via remote download.

• Multi-Level password protection.

V.35 Serial Port

Chassis

Power

Environmental

• Keyed to fit into the LAN-1 and LAN-2 slots only.

• Nx56/64 port speed.

• 2 U spaces high (3.5”) x 17.5” wide x 13” deep (If rack mounted, a 1 U

space must be provided between units for passive cooling.

• Mountable on wall (w/ hinges), 19" or 23" rack, or a desktop.

• Two WAN slots available (T1 CSU/DSX).

• Two LAN slots available for add drop T1 CSU/DSX capability or V.35

interface.

• Three analog voice slots available (8-channel FXS or FXO cards).

• One Cross Connect slot for XCON or XC2T card

• One Router / controller slot.

• All modules are field-replaceable and "hot-swappable".

• -48 VDC (standard).

• 120 VAC with external converter.

0° – 50° Centigrade (32° – 122° Fahrenheit).

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 1-7

HOW THE SHARK™ IAD DOES IT

Chapter 1: Introduction

Functional Description

The T1 Interfaces

The Digital Cross Connect

Functional block diagram Figure 2 shows how all these capabilities are combined into one integrated platform. This modular unit flexibly provides multiple services to the end user while providing the carrier multiple options for interconnection and transport back into the CO.

The functional block diagram shows two T1 interfaces for the unit. One T1 is used as the primary network interface providing service to the unit from the CO. This interface is designed to support T1 interface options of DSX or CSU interfaces.

The second T1 interface may be used to support multiple functions as well as multiple T1 interface options. This T1 may be used for:

• Network access to the CO (thus providing two full T1’s of bandwidth back

into the network).Add-drop multiplexing of DS0s from the primary T1 interface to serve additional remote services or units.

In the center of the block diagram is the Digital Cross-Connect function. This function performs add-drop multiplexing of DS0s between the primary and the secondary T1 interface and mapping of various local-side channels (such as voice and data) into the primary and secondary T1 DS0s. It is also responsible for establishing internal reference timing. This cross-connect switch DS0s between multiple interfaces.

The Network Management

The Network Management function is responsible for providing status monitoring, fault detection, alarm management, provisioning and configuration, and performance monitoring.

Access to the network management function is provided via several avenues:

• An RS-232-compatible port on the front panel for local management using a

standard VT100 type terminal or remotely through an external dial up modem.

• IP connectivity via the IP Router or WAN modules to the Network

Operations Center (NOC).

The IP Router block provides IP routing among CO data paths and one data interface.

In addition to basic IP routing, the IP Router provides Network Address Translation (NAT), proxy DNS and DHCP services to LANs. As an IP router it will route any protocol tunneled within IP packets (though this may necessitate disabling Network Address Translation). Also basic FRAD functionality is included in the router. IP packets from the LAN interfaces are assembled/disassembled into frames, sent to the WAN port and eventually a carrier's Frame Relay Network.

Chapter 1-8 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 1: Introduction

The Data Interface

The Voice Interface

Conclusion

There is one 10/100BaseT data interface for the LAN side of the router. There are two slots for additional LAN side interfaces that may be any combination of T1 or V.35 interfaces. The SHARK™ IAD can accommodate up to three voice module slots, each supporting eight analog voice circuits. Thus up to 24 total analog voice access circuits can be supported, upgraded in increments of eight. The current interfaces are the FXS/DPO and FXO/DPT modules.

Voice modules are optional. Should the end user have no need for analog voice circuits (either because they need only data or has a digital interface to their PBX), no modules will need to be installed.

Taken as a whole, XEL's SHARK™ IAD provides flexible voice and data service delivery for carriers and end-users, meeting multiple applications, requirements and providing cost-effective service migration as requirements evolve.

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 1-9

Chapter 1: Introduction

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Chapter 1-10 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 2. Installation Options

Table of Contents

INSTALLATION OPTIONS ...................................................................................................................................................2-2

INSTALLING THE MODULES .............................................................................................................................................2-2

EMI

FILTERS ............................................................................................................................................................................2-3

TABLE TOP OR DESK TOP MOUNTING ..........................................................................................................................2-4

RACK MOUNTING .................................................................................................................................................................2-6

HE SHARK™ IAD UNIVERSAL MOUNTING BRACKET .........................................................................................................2-6

WALL MOUNTING................................................................................................................................................................. 2-8

ABOUT GROUNDING ............................................................................................................................................................2-8

D. C. POWER CABLE WITH STANDARD PIGTAILS ......................................................................................................2-8

FCC REQUIRED EMI FILTERS ...........................................................................................................................................2-9

Figures

FIGURE 1: PLACEMENT OF SHARK™ IAD MODULES IN THE CHASSIS: FRONT VIEW .............................................................2-3

FIGURE 2: SHARK™ IAD SHOWN TABLE TOP OR DESK TOP MOUNTED .................................................................................2-4

FIGURE 3: MULTIPLE SHARK™ IADS SHOWN RACK MOUNTED.............................................................................................2-5

IGURE 4: SHARK™ IAD SHOWN WALL MOUNTED ................................................................................................................2-7

FIGURE 5: CHASSIS WALL MOUNTING HINGE PART NUMBER 9SA-HING-000 ..........................................................................2-7

FIGURE 6: CAT 5 CABLE USED FOR T1 TRANSMISSION EMI FILTER INSTALLATION .................................................................2-9

IGURE 7: POWER MODULE DCV POWER CABLE EMI FILTER INSTALLATION ...........................................................................2-9

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 2-1

Chapter 2: Installation

INSTALLATION OPTIONS

INSTALLING THE

MODULES

XEL's SHARK™ Integrated Access Device is a 2U high (3.5”) X 17.5” wide X 13” deep integrated bank that may be installed in any of three methods. This chapter will cover the installation of the chassis and modules. Sixteen and a half inches is the SHARK™ IAD’s overall front to back depth once installed including all cabling and connector housings. For office applications the unit comes with mounting feet to set on a desktop. See page 2-4 of this chapter for tabletop mounting details. For large telephone rooms in which racks are already installed, the SHARK™ IAD can be rack mounted in a 19 or 23 inch rack. In this configuration, multiple SHARK™ IADs can be mounted in a single rack. See page 2-6 of this chapter for rack mounting details. For small telephone closets with limited space, the SHARK™ IAD can be wall mounted, in which case the unit can be outfitted with hinges so that it will swing away from the wall for service. Then the unit can be secured flat against the wall for space savings. See page 2-8 of this chapter for wall mount details. For cable descriptions see the cable chapter of the installation section. For connector pinouts by module, see the hardware specification chapter.

All mounting and securing should be performed before the modules are inserted into the unit. The SHARK™ IAD chassis has three rows of three slots in which to install modules. Each module has a steel faceplate that makes electrical contact to the chassis. The module is seated into its slot by placing firm pressure on the center of the faceplate. All faceplates have two metal thumb screws with which to secure the module into place. These thumbscrews ensure electrical connection to the chassis and secure the module in place once it has been seated into position. They are also an integral part of the chassis EMI protection scheme. Be sure the module is fully seated into position before securing the thumbscrews. The thumbscrews are not intended to seat the module. Be sure the thumbscrews are completely loosened before attempting to remove the modules.

See Chapter 3 Cable Guide for cable pinouts. The pinouts for the connectors on each module are listed in the "hardware specifications" section of this manual.

Chapter 2-2 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 2: Installation

TOP OF CHASSIS

VOICE MODULE #1

(VOICE-1)

VOICE MODULE #2

(VOICE-2)

VOICE MODULE #3

(VOICE-3)

CROSS CONNECT MODULE

(XCON)

WAN MODULE #1

(WAN-1)

WAN MODULE #2

(WAN-2)

ROUTER MODULE

LAN MODULE #1

(LAN-1)

LAN MODULE #2

(LAN-2)

BOTTOM OF CHASSIS

Figure 1: Placement of SHARK™ IAD modules in the chassis: Front View

As shown in Figure 1, the three slots on the left-hand side are the local voice interface slots of the unit. They are referred to in the configuration menus as VOICE-1, VOICE-2 and VOICE-3. These are reserved exclusively for voice modules. Only voice modules will physically fit in these slots, as they are slightly wider than the others are. The next three slots are used for the Cross connect and WAN modules. Although the Cross connect and WAN modules are physically the same size, only the upper of these slot is keyed to allow insertion of the Cross connect module. The Cross connect module is referred to in the configuration menus as XCON. The lower two slots are used for the T1 WAN interface modules. The slots are referred to as WAN-1 and WAN-2 by the configuration menus. The three slots next to the power module are used for the Router module and Local LAN T1 modules. Insert the Router module into the upper slot. The lower two slots are for the Local T1 LAN interface and for the V.35 interface. These two are referred to as LAN-1 and LAN-2 by the configuration menus. All Voice, WAN, and LAN interface modules are hot swappable.

POWER

MODULE

The Power module is inserted in the right most slot. Be sure to remove all power connections before removing this module.

EMI filters

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 2-3

Due to FCC requirements the customer must install the EMI filters that come with the Power module and the T1 module on the cables as shown in Figure 6 and Figure 7.

Chapter 2: Installation

TABLE TOP OR DESK TOP MOUNTING

FCC required EMI Filters installed on all T1 transmission CAT5 cable and -48VDC power lines. Filter xel part number 180-A2003-01 comes with each T1 and power module.

Voice cable P/N

9SA-1208-t l n

As shown in Figure 2, the SHARK™ IAD can simply set on a desk or tabletop. With this option, the SHARK™ IAD does not need any special mounting hardware. Mounting feet are supplied with the unit to allow space underneath it for cooling purposes. Route the Voice module cables along the left side and secure them to the desktop. This will provide stress relief for the voice connectors. Route all other cabling along the right side. This will allow maximum unrestricted access to the front of the unit. Do not route or secure any cabling on top of the unit. This may obstruct the vent holes on the top of the unit. Do not place anything on top of or obstruct the venting holes in any other way. When mounting multiple units in this configuration a minimum spacing of 1U (1.75”) must be maintained between units for proper convection airflow. If it is necessary to stack multiple units on a shelf or desk/table top, the spacing from the top of each unit to the top of the next unit below it or above it must be at least a 3U (5.25”) spacing to provide proper ventilation. The unit’s mounting

feet are not long enough to provide the necessary space between units when they are stacked on top of each other.

See Figure 6 and Figure 7 for EMI filter installation details.

-48VDC Frame gnd Circuit gnd

XSP-100

T1 or Ethernet CAT5 Cable P/N: 9SA-123t- t l n Cross-over T1 or Ethernet CAT5 Cable P/N: 9SA-123t- t l n Power cable or power source pigtail P/N 9SA-00tt-CBL * t=type of cable ln=length of cable See cable guide chapter for more cable details.

Figure 2: SHARK™ IAD shown Table Top or Desk Top mounted

Chapter 2-4 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Voice cables P/N

9SA-1208-t l n

A 3U

minimum

spacing

(5.25") must be maintained when multiple

units are

stacked in a

rack.

See detail for

bracket

installation on

each side

(2 places).

Chapter 2: Installation

T1 or Ethernet CAT5 Cable P/N: 9SA-12tt- t l n Cross-over T1 or Ethernet CAT5 Cable P/N: 9SA-123t- t l n Power cable or power source pigtail P/N 9SA-00tt-CBL * t=type of cable ln=length of cable See cable guide chapter for more cable details.

Configuration 1:

Side View Front View

Side

unit

19" installation.

19" rack

-48VDC Frame gn d Circuit gnd

XSP-100

-48VDC Frame gnd Circuit gnd

XSP-100

-48VDC Frame gn d Circuit gnd

XSP-100

FCC required EMI Filters installed on all T1 transmission CAT5 cable and

-48VDC power lines. Filter xel part number 180-A2003-01 comes with each T1 and power module.

See Figure 6 and Figure 7 for EMI filter installation details.

Universal Mounting bracket

23" rack

Side of

unit

Configuration 2:

23" installation

Rotate bracket such that the short

side is flush against the unit.

Figure 3: Multiple SHARK™ IADs shown Rack Mounted

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 2-5

Chapter 2: Installation

RACK MOUNTING

The SHARK™ IAD Universal Mounting Bracket

Figure 3 shows the SHARK™ IAD mounted in a rack. The supplied mounting brackets enable the unit to be mounted in a 19” or 23” rack. When mounting multiple units in this configuration suitable spacing must be maintained for proper convection airflow. The total vertical area for the unit must be at least a 3U (5.25”) spacing to provide proper airflow. Route the Voice module cabling along the left side and secure the cables to the rack to provide stress relief on the voice connectors. Route all other cabling along the right side. This will allow maximum access to the front of the unit.

The SHARK™ IAD universal mounting bracket is used to secure the unit either to the rack rails in the case of rack mounting or to the wall when a unit is wall mounted. This bracket can be installed in any of three positions depending on the mounting configuration. Installation for 19” and 23” rack configurations are covered here. See page 2-7 of this chapter for its use in wall mounting configurations.

The detail of Figure 3 shows a partial side and front view of a rack mounted unit. Configuration one of this view shows the bracket installed for a 19“ rack. The longer side of the bracket is placed flat against the unit. The two oval holes on the short side are used to mount the entire assembly to the 19” rack rails. Configuration two shows the bracket installed for a 23” rack. In this case, the short side of the bracket is mounted against the side of the unit. The oval holes on the edge of the longer side are used to mount the entire assembly to the 23” rack.

Chapter 2-6 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 2: Installation

Secure Voice cabling to the mounting board here. Then route the Voice cables across rear of the unit near the hinges from this point to point "A" as shown in the rear view. Attach them to the rear of the unit at point "B".

Frame or

chassis Ground

Mounting

board

installed

according to

regulatory

standards.

Voice cable P/N

9SA-1208-t l n

T1 or Ethernet CAT5 Cable P/N: 9SA-1235- t l n Cross-over T1 or Ethernet CAT5 Cable P/N: 9SA-123t- t l n Power cable or power source pigtail P/N 9SA-00tt-CBL * t=type of cable ln=length of cable See cable guide chapter for more cable details.

Universal Mounting bracket

used to secure unit to the wall

in wall mount configuration

Side

unit

Side View Front View

Side view

showing mounting

braket detail.

Convection airflow vent

area do not obstruct!

2 places

Mounting board

See Figure 6 and Figure 7 for EMI filter installation details.

Mounting board installed according to regulatory standards.

XSP-100

Hinges allow the unit to swing away from the wall for servicing.

Secure Data cabling to the mounting board here. Then route the Data cables across rear of the unit near the hinges to point "B" as shown in the rear view. Attach them to the rear of the unit at point "B".

Rear view of Unit secured

flat against the wall.

Figure 4: SHARK™ IAD shown wall mounted

Figure 5: Chassis wall mounting hinge Part number 9SA-HING-000

Unit swung away from wall.Unit secured flat against the wall.

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 2-7

Chapter 2: Installation

WALL MOUNTING

ABOUT GROUNDING

Figure 4 shows the SHARK™ IAD unit mounted to a wall which requires the special mounting hinge (which must be ordered separately, see Figure 5) and hardware supplied with the unit. Be sure that the mounting board onto which the unit is mounted is at least 3/4 inches thick. Use Size 12 pan head screw minimum length of 3/4 inch to secure the unit to the mounting board. Mount the unit as shown in Figure 4.

Route the cabling along the rear of the unit near the hinges. Secure the cables to the wall and the unit as shown in Figure 4. Do not obstruct the vent holes on upper side of the unit with the cabling. Be sure to provide service loops in the cable to allow the cabling to swing away from the wall with the unit. This will provide stress relief for the cables when the unit is swung away from the wall. Routing the cables in this manner allows the cables to twist near the hinges along the width of the unit.

Any other routing method may force the cables to bend causing metal fatigue of the conductors. Dressing the cable bundles in this manner will also allow maximum unrestricted access to the front of the unit.

If the AC/DC converter is required, mount it to the mounting board using number 10 pan head screws that are a minimum length of 3/4 inch.

To ensure proper EMI shielding, the grounding scheme must be taken into serious consideration when installing the SHARK™ IAD. The unit is equipped with a threaded grounding lug. For ALL installations, this grounding lug must be attached to facility chassis or safety ground. The grounding lug is located on the rear of the unit.

D. C. POWER CABLE WITH STANDARD PIGTAILS

A DC cable is available for applications where -48 DC is available. This cable is approximately 10 feet long with a Molex connector on one end that mates to the power module's power input connector. The opposite end has pigtails with ring terminals that are used to connect to a power distribution panel with terminal strips or terminal blocks.

The complete definition is located in the cable guide chapter of this manual; reference part number 9SA-00DC-CBL.

Pigtail end:

Red connect to -48 DC

White connect to Frame ground

Black connect to -48 return

The bare wire that is covered with heat shrink is the shield drain. Connect it to the facility chassis ground or safety ground.

Chapter 2-8 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 2: Installation

FCC REQUIRED EMI FILTERS

Figure 6 and Figure 7 show how to install the EMI Filters that come with the Power and T1 modules. Failure to install these filters as shown may void the FCC licensing of your SHARK™ IAD unit.

FCC requirements are that the EMI filter be

installed by the customer approximately 2" from

the end of the T1 input cable as shown.

T1 connector that connects to T1 module 9SA-T100-000

XEL part number 180-A2003-01 supplied with module 9SA-T100-000

CAT 5 cable transporting T1 signals. Loop cable through the filter as shown.

Figure 6: CAT 5 cable used for T1 transmission EMI filter installation

Fcc requirements are that the EMI filter be installed by the customer approximately 2" to 3" from the end of the DC input cable as shown.

DCV Power connector that connects to Power module 9SA-PW00-000

XEL part number 180-A2003-01 supplied with module 9SA-PW00-000

DC power cable from the AC External Power supply 9SA-PWEX-000. Loop cable as shown.

Figure 7: Power module DCV power cable EMI filter installation

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 2-9

Chapter 2: Installation

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Chapter 2-10 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 3. Cable Guide

Table of Contents

HOW TO USE THIS GUIDE...................................................................................................................................................3-3

MODEL: 9SA-1208-M06 VOICE INTERFACE CABLE ...............................................................................................3-5

DESCRIPTION: ..........................................................................................................................................................................3-5

ENGTH: ..................................................................................................................................................................................3-5

L P

AIR TWISTS: ...........................................................................................................................................................................3-5

UNCTION ................................................................................................................................................................................3-5

MODEL: 9SA-1230- X05/X10/X25 T1 XOVER CABLES............................................................................................... 3-7

ESCRIPTION: ..........................................................................................................................................................................3-7

ENGTH: ..................................................................................................................................................................................3-7

L P

AIR TWISTS: ...........................................................................................................................................................................3-7

UNCTION: ...............................................................................................................................................................................3-7

NOTES....................................................................................................................................................................................3-7

MODEL: 9SA-1235-M06/M10/M20 T1 OR 10/100BASET (568B) CAT5...................................................................... 3-8

ESCRIPTION: ..........................................................................................................................................................................3-8

ENGTH: ..................................................................................................................................................................................3-8

AIR TWISTS: ...........................................................................................................................................................................3-8

UNCTION: ...............................................................................................................................................................................3-8

NOTE:.....................................................................................................................................................................................3-8

MODEL: 9SA-1235-X6/X10/X20 10/100BASET XOVER CAT5 CABLES ................................................................... 3-9

ESCRIPTION: ..........................................................................................................................................................................3-9

ENGTH: ..................................................................................................................................................................................3-9

AIR TWISTS: ...........................................................................................................................................................................3-9

P F

UNCTION: ...............................................................................................................................................................................3-9

MODEL: 9SA-00DC-CBL: -48DC POWER CABLE ................................................................................................... 3-10

ESCRIPTION: ........................................................................................................................................................................3-10

ENGTH: ................................................................................................................................................................................3-10

AIR TWISTS: .........................................................................................................................................................................3-10

P F

UNCTION: .............................................................................................................................................................................3-10

NOTE:...................................................................................................................................................................................3-10

MODEL: 9PR-1261-F05/F15/F25 V.35 INTERFACE CABLE.....................................................................................3-11

ESCRIPTION: ........................................................................................................................................................................3-11

ENGTH: ................................................................................................................................................................................3-11

AIR TWISTS: .........................................................................................................................................................................3-11

P F

UNCTION ..............................................................................................................................................................................3-11

MODEL: 9PR-1261-M05/M15/M25 V.35 INTERFACE CABLE.................................................................................3-12

ESCRIPTION: ........................................................................................................................................................................3-12

ENGTH: ................................................................................................................................................................................3-12

AIR TWISTS: .........................................................................................................................................................................3-12

P F

UNCTION ..............................................................................................................................................................................3-12

MODEL: 9PR-1261-X00 V.35 INTERFACE CABLE ...................................................................................................3-13

ESCRIPTION: ........................................................................................................................................................................3-13

ENGTH: ................................................................................................................................................................................3-13

AIR TWISTS: .........................................................................................................................................................................3-13

P F

UNCTION ..............................................................................................................................................................................3-13

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 3-1

Chapter 3: Cable Guide

Figures

FIGURE 1: SHARK™ IAD INTERFACE CABLE CONNECTOR TYPES ..........................................................................................3-4

FIGURE 2: MODEL 9SA-1208-M06 SERIES VOICE INTERFACE CABLE DIAGRAM......................................................................3-5

FIGURE 3: MODEL 9SA-1230-XXX T1 XOVER SERIES CABLE DIAGRAM ..................................................................................3-7

IGURE 4: CAT 5 CABLE USED FOR T1 TRANSMISSION EMI FILTER INSTALLATION .................................................................3-7

FIGURE 5: MODEL 9SA-1235-MXX T1 OR 10/100 BASET (568B) CAT5 SERIES CABLE DIAGRAM..........................................3-8

IGURE 6: CAT 5 CABLE USED FOR T1 TRANSMISSION EMI FILTER INSTALLATION .................................................................3-8

FIGURE 7: MODEL 9SA-1235-XXX 10/100BASET XOVER CABLE DIAGRAM ............................................................................3-9

FIGURE 8: MODEL 9SA-00DC-CBL: -48 DC POWER CABLE WITH RING TERMINALS ........................................................... 3-10

IGURE 9: POWER MODULE DCV POWER CABLE EMI FILTER INSTALLATION .........................................................................3-10

FIGURE 10: MODEL 9PR-1261-FXX V.35 INTERFACE CABLE DIAGRAM ..............................................................................3-11

FIGURE 11: MODEL 9PR-1261-MXX V.35 INTERFACE CABLE DIAGRAM.............................................................................3-12

IGURE 12: MODEL 9PR-1261-X00 V.35 INTERFACE CABLE DIAGRAM..............................................................................3-13

Tables

TABLE 1: MODEL 9SA-1208- M06 SERIES VOICE INTERFACE CABLE PINOUT........................................................................3-6

TABLE 2: MODEL 9SA-1230-XXX T1 XOVER SERIES CABLE PIN ASSIGNMENTS....................................................................3-7

ABLE 3: MODEL 9SA-1235-MXX T1 OR 10/100 BASET (568B) CAT5 SERIES CABLE PINOUT.............................................3-8

TABLE 4: MODEL 9SA-1235-XXX 10/100BASET XOVER CABLE PIN ASSIGNMENTS ..............................................................3-9

TABLE 5: MODEL 9PR-1261-FXX V.35 INTERFACE CABLE PIN ASSIGNMENTS .....................................................................3-11

ABLE 6: MODEL 9PR-1261-MXX V.35 INTERFACE CABLE PIN ASSIGNMENTS....................................................................3-12

TABLE 7: MODEL 9PR-1261-X00 V.35 INTERFACE CABLE PIN ASSIGNMENTS..................................................................... 3-13

Chapter 3-2 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 3: Cable Guide

SHARK™ IAD

Cable Guide

HOW TO USE

THIS GUIDE

This Cable Guide describes the cables needed to install the SHARK™ IAD. All cabling can be ordered through XEL using XEL part numbers. Figure 1 shows the variety of cable connectors used and its pinout.

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 3-3

Chapter 3: Cable Guide

125

Faceplate of all

voice modules

50 Pin F TELCO

Faceplate

Recepticle

USED ON

Faceplate of the

Router, and T1

modules

8 Pin F RJ-48 Faceplate

Recepticle

(See each cable's pinout table.)

Faceplate of

the V.35

Data Module

Model

9SA-1208-M06

Models Series:

9SA-1235-xxx,

9SA-1230-xxx

Model

Series:

9PR-1261-xxx

50 Pin M TELCO

Plug

8 Pin M RJ-48

Faceplate

Plug

(See each cable's pinout table.)

25 Pin F Faceplate

Recepticle

Model

Series:

9PR-1261-xxx

Model

Series:

9PR-1261-xxx

34 Pin F Plug

Figure 1: SHARK™ IAD Interface Cable connector types

25 Pin M Plug

34 Pin M Plug

Chapter 3-4 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 3: Cable Guide

MODEL: 9SA-1208-M06 VOICE INTERFACE CABLE

Description:

Length:

Pair Twists:

Function

P1-P3

Connect

to the

Voice

modules.

9SA-1208-M06 3 C-50(M) connectors to 1 C-50(M) connector

9SA-1208-M06 6 feet

Each cable should have twisted pairs: 1-26, 2-27, 3-28 . . . 23-48, 24-49, 25-50

The 9SA-1208-M06 cable is used to connect three SHARK™ IAD voice modules to one M66 block or other terminal wiring. Used with 2 wire FXS/DPO and FXO/DPT Modules. This cable meets the RJ2GX Universal Service Order Code document requirements.

Plug 25 pairs

50 pin TELCO male connector

Plug 25 pairs

50 pin TELCO male connector

Plug 25 pairs

50 pin TELCO male connector

block or other terminal

Plug 25 pairs

50 pin TELCO male connector

P4 connects to M66

wiring block.

1 foot

6 feet

Figure 2: Model 9SA-1208-M06 Series Voice Interface Cable diagram

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 3-5

Chapter 3: Cable Guide

Table 1: Model 9SA-1208- M06 Series Voice Interface Cable Pinout

Pin#

26 T1 26 T1

27 T2 29 T2

28 T3 32 T3

29 T4 35 T4

30 T5 38 T5

31 T6 41 T6

32 T7 44 T7

33 T8 47 T8

34 T1 26 T1

35 T2 29 T2 10 R2 4 R2 36 T3 32 T3 11 R3 7 R3 37 T4 35 T4 12 R4 10 R4 38 T5 38 T5 13 R5 13 R5 39 T6 41 T6 14 R6 16 R6 40 T7 44 T7 15 R7 19 R7 41 T8 47 T8 16 R8 22 R8 42 T1 26 T1 17 R1 1 R1 43 T1 29 T1 18 R1 4 R1 44 T1 32 T1 19 R1 7 R1 45 T1 35 T1 20 R1 10 R1 46 T1 38 T1 21 R1 13 R1 47 T1 41 T1 22 R1 16 R1 48 T1 44 T1 23 R1 19 R1 49 T1 47 T1 24 R1 22 R1 50 ALM1 50 50 50 ALM1 25 ALM2 25 25 25 ALM2

Designation Twisted

Pair

1R1 1 R1

2R2 4 R2

3R3 7 R3

4R4 10 R4

5R5 13 R5

6R6 16 R6

7R7 19 R7

8R8 22 R8

9R1 1 R1

Connects to Pin # ON Designation

P1 P2 P3

Chapter 3-6 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 3: Cable Guide

MODEL: 9SA-1230- X05/X10/X25 T1 XOVER CABLES

Description:

Length:

Pair Twists:

Function:

NOTES

RJ-48 (M) to RJ-48 (M) Cross over cable for T1

9SA-1230-X05

9SA-1230-X10

9SA-1230-X25

5 feet

10 feet

25 feet

RJ48 1-2, 4-5

The 9SA-1230-Xxx series of cables are used to connect terminal interface devices to the T1 interface modules of the SHARK™ IAD where a T1 cross over is necessary.

Figure 4 shows the installation FCC required EMI filters.

RJ48(M)

Figure 3: Model 9SA-1230-Xxx T1 Xover Series cable diagram

FCC requirements are that the EMI filter be

installed by the customer approximately 2" from

the end of the T1 input cable as shown.

T1 connector that connects to T1 module 9SA-T100-000

XEL part number 180-A2003-01 supplied with module 9SA-T100-000

CAT 5 cable transporting T1 signals. Loop cable through the filter as shown.

Figure 4: CAT 5 cable used for T1 transmission EMI filter installation

Table 2: Model 9SA-1230-Xxx T1 Xover Series cable Pin Assignments

Signal

Name

R1 4

T2 5 R1 4 1 T1 5 2

DRAIN 7 7 DRAIN 8 8

RJ-48(M)

Pin #

3N/C 6N/C

Twisted

Pair

RJ-48(M)

Pin #

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 3-7

Chapter 3: Cable Guide

MODEL: 9SA-1235-M06/M10/M20 T1 OR 10/100BASET (568B) CAT5

Description:

Length:

Pair Twists:

Function:

NOTE:

568B Category 5 Straight-Through cable for T1 or 10/100BaseT Ethernet

9SA-1235-M06

9SA-1235-M10

9SA-1235-M20

6 feet

10 feet

20 feet

1-2, 4-5, 3-6, 7-8

The 9SA-1235-Mxx series of cables are used to connect:

• Terminal interface devices to the T1 interface modules of the SHARK™ IAD.

• Ethernet connections to the 10/100 BaseT Ethernet ports of the SHARK™ IAD.

The EMI filter installation procedure shown in Figure 6 is only required when this

cable is used to transport T1 signals.

RJ48(M)

Figure 5: Model 9SA-1235-Mxx T1 or 10/100 BaseT (568B) CAT5 series cable diagram

FCC requirements are that the EMI filter be

installed by the customer approximately 2" from

the end of the T1 input cable as shown.

T1 connector that connects to T1 module 9SA-T100-000

XEL part number 180-A2003-01 supplied with module 9SA-T100-000

CAT 5 cable transporting T1 signals. Loop cable through the filter as shown.

Figure 6: CAT 5 cable used for T1 transmission EMI filter installation

Table 3: Model 9SA-1235-Mxx T1 or 10/100 BaseT (568B) CAT5 series cable Pinout

Signal Name when used as:

T1 10/100BaseT

Name Direction Name Direction

R RCV TX+ XMT 1 1 T RCV TX- XMT 2 2

RX+ RCV 3 3

RX- RCV 6 6 R1 XMT 4 4 T1 XMT 5 5

N/C N/C 7 7 N/C N/C 8 8

RJ-48

(M)

Pin #

Twisted

Pair

RJ-48

(M)

Pin #

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Chapter 3: Cable Guide

MODEL: 9SA-1235-X6/X10/X20 10/100BASET XOVER CAT5 CABLES

Description:

Length:

Pair Twists:

Function:

RJ-48 (M) to RJ-48 (M) cross over cable for 10/100 BaseT use.

9SA-1235-X06

9SA-1235-X10

9SA-1235-X20

6 feet

10 feet

20 feet

RJ48 1-2, 4-5

The 9SA-1235-Xxx series of cables are used to connect terminal interface devices to the 10/100BaseT port of the SHARK™ IAD where a cross over is necessary. Typically this cable is used when the SHARK™ IAD is not directly connected to an Ethernet hub.

RJ48(M)

Figure 7: Model 9SA-1235-Xxx 10/100BaseT Xover cable diagram

Table 4: Model 9SA-1235-Xxx 10/100BaseT Xover cable Pin Assignments

Signal

Name

TX+ 1 3

TX- 2 6

RX+ 3 1

RX- 6 2

NC 4 5 NC 5 4 NC 7 8 NC 8 7

RJ-48(M)

Pin #

Twisted

Pair

RJ-48(M)

Pin #

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 3-9

Chapter 3: Cable Guide

MODEL: 9SA-00DC-CBL: -48DC POWER CABLE

Description:

Length:

Pair Twists:

Function:

NOTE:

-48 vdc

To site

Power

Distribution

Module's

terminal

blocks

Frame Ground white

-48 Return

Four conductor stranded DC power cable with a Molex male connector to Ring terminal pigtails.

10 feet

The 9SA-00DC-CBL cable is used to connect the SHARK™ IAD Power module to a power distribution panel where -48 VDU is available. The cable is stranded wire with pigtails at one end and a three pin Molex male connector that mates to the SHARK™ IAD power module's front panel -48VDC power input connector at the other end.

An FCC required EMI filter must be installed on this cable near the end that connects to the SHARK™ IAD unit as shown in Figure 9.

red

black

4 pin Male Molex connector

-48 D C input to the Power

Module's front faceplate input

connector.

cable shield drain wire green and yellow

1 foot

9 feet

Figure 8: Model 9SA-00DC-CBL: -48 DC Power Cable with ring terminals

Fcc requirements are that the EMI filter be installed by the customer approximately 2" to 3" from the end of the DC input cable as shown.

DCV Power connector that connects to Power module 9SA-PW00-000

XEL part number 180-A2003-01 supplied with module 9SA-PW00-000

DC power cable from the AC External Power supply 9SA-PWEX-000. Loop cable as shown.

V- GND V– (-48V) (COM)

Cable End

Figure 9: Power module DCV power cable EMI filter installation

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Chapter 3: Cable Guide

MODEL: 9PR-1261-F05/F15/F25 V.35 INTERFACE CABLE

Description:

Length:

Pair Twists:

Function

DB25(M) TO V.35 (F) Straight-Through

9PR-1261-F05 9PR-1261-F15 9PR-1261-F25

5 feet 15 feet 25 feet

The 9PR-1261-Fxx cable is used to connect a male gender V.35 device to the 9SA-SV35-000 V.35 Data Card.

M34(F)

DB25(M)

V.35

Figure 10: Model 9PR-1261-Fxx V.35 Interface Cable diagram

Table 5: Model 9PR-1261-Fxx V.35 Interface Cable Pin Assignments

Signal

Name

FG Shield 101 1 A FG SD(A) Send Data 103A 2 SD(B) Send Data 103B 14

SCR(B) Serial Clk Receive 115B 9

SCR(A) Serial Clk Receive 115A 17 SCTE(B) Serial Clk Trans Ext 113B 11 SCTE(A) Serial Clk Trans Ext 113A 24

RTS Request to Send 105A 4 CTS Clear to Send 106A 5

SG Signal Ground 102 7,19 B SG

RLSD Rel Line Sig Det 109A 8

DTR Data Terminal Ready 108A

Common Name ITU

REF

Receive Data 104A 3 Receive Data 104B 16

DB25(M)

Pin #

Twisted

Pair

Signal

Flow

Í Í Î Î Î Î Í Í Í Î

Î Í

V.35(F)

Pin #

W SCTE(B)

Signal

Name

RRD(A) TRD(B) PSD(A) SSD(B)

USCTE(A) XSCR(B) VSCR(A) FRLSD H

CRTS DRTS

DTR

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Chapter 3: Cable Guide

MODEL: 9PR-1261-M05/M15/M25 V.35 INTERFACE CABLE

Description:

Length:

Pair Twists:

Function

DB25(M) TO V.35 (M) Straight-Through

9PR-1261-M05 9PR-1261-M15 9PR-1261-M25

5 feet 15 feet 25 feet

The 9PR-1261-Mxx cable is used to connect a female gender V.35 device to the 9SA-SV35-000 V.35 Data Card.

M34(M)

DB25(M)

V.35

Figure 11: Model 9PR-1261-Mxx V.35 Interface Cable diagram

Table 6: Model 9PR-1261-Mxx V.35 Interface Cable Pin Assignments

Signal

Name

FG Shield 101 1 A FG SD(A) Send Data 103A 2 SD(B) Send Data 103B 14

SCR(B) Serial Clk Receive 115B 9

SCR(A) Serial Clk Receive 115A 17 SCTE(B) Serial Clk Trans Ext 113B 11 SCTE(A) Serial Clk Trans Ext 113A 24

RTS Request to Send 105A 4 CTS Clear to Send 106A 5

SG Signal Ground 102 7,19 B SG

RLSD Rel Line Sig Det 109A 8

DTR Data Terminal Ready 108A

Common Name ITU

REF

Receive Data 104A 3 Receive Data 104B 16

DB25(M)

Pin #

Twisted

Pair

Signal

Flow

Í Í Î Î Î Î Í Í Í Î

Î Í

V.35(M)

Pin #

RRD(A) TRD(B) PSD(A) SSD(B)

W SCTE(B)

USCTE(A) XSCR(B) VSCR(A) FRLSD H

CRTS DRTS

Signal

Name

DTR

Chapter 3-12 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 3: Cable Guide

)

MODEL: 9PR-1261-X00 V.35 INTERFACE CABLE

Description:

Length:

DB25(M) TO V.35 (M) Cross-Over

9PR-1261-X00 5 feet

Pair Twists:

Function

The 9PR-1261-X00 cable is used to connect a female gender V.35 device to the 9SA-SV35-000 V.35 Data Card.

M34(M)

DB25(M)

V.35

Figure 12: Model 9PR-1261-X00 V.35 Interface Cable diagram

Table 7: Model 9PR-1261-X00 V.35 Interface Cable Pin Assignments

Signal

Name

FG Shield 101 1 A FG SD(A) Send Data 103A 2 SD(B) Send Data 103B 14

SCR(B) Serial Clk Receive 115B 9

SCR(A) Serial Clk Receive 115A 17 SCTE(B) Serial Clk Trans Ext 113B 11 SCTE(A) Serial Clk Trans Ext 113A 24

RTS Request to Send 105A 4 CTS Clear to Send 106A 5

SG Signal Ground 102 7,19 B SG

RLSD Rel Line Sig Det 109A 8

DTR Data Terminal Ready108A

Common Name ITU

REF

Receive Data 104A 3 Receive Data 104B 16

DB25(M

Pin #

Twisted

Pair

Flow

Í Í Î Î Î Î Í Í Í Î

Î Í

nal

.35(M

Pin #

Signal

Name

R RD(A) TRD(B) P SD(A) SSD(B)

W SCTE(B)

U SCTE(A) X SCR(B) V SCR(A) FRLSD H

CRTS DRTS

DTR

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 3-13

Chapter 3: Cable Guide

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Chapter 3-14 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 4. User Interface

Hardware Connections

Table of Contents

About SHARK™ IAD________________________________________________________________4-2

Purpose of this Chapter ______________________________________________________________4-2

Connecting to Your SHARK™ IAD ____________________________________________________4-2

Graphical User Interface (GUI or WEB pages) ___________________________________________4-4

Minimum setup _________________________________________________________________________ 4-4

Minimum configuration for Internet Access___________________________________________________________4-4 Power source___________________________________________________________________________________4-4

Connect to your SHARK™ IAD ___________________________________________________________ 4-4

Workstation Setup _______________________________________________________________________ 4-4

Incorrect Login Lockout and restore. ________________________________________________________________4-5 Keyboard inactivity logout timer. ___________________________________________________________________4-5 Set your WEB Browser to "NO CACHE" and “NO SEARCH”. ___________________________________________4-5 Login Procedure.________________________________________________________________________________4-6

Command Line Interface (CLI) ________________________________________________________4-6

Minimum setup _________________________________________________________________________ 4-7

Minimum configuration for Internet Access___________________________________________________________4-7 Power source___________________________________________________________________________________4-7

Incorrect Login Lockout and restore. _______________________________________________________ 4-7

Keyboard inactivity logout timer. __________________________________________________________ 4-7

Access through a Telnet Session____________________________________________________________________4-7 Access through a Console port_____________________________________________________________________4-8 Enter the STEPPING MODE ______________________________________________________________________4-8

Figures

FIGURE 1: CONNECTING TO YOUR SHARK™ IAD ...................................................................................................................4-3

IGURE 2: PC'S WEB BROWSER ENTERING SHARK™ IAD'S IP ADDRESS ...............................................................................4-6

IGURE 3: SHARK™ IAD LOGIN PAGE ....................................................................................................................................4-6

FIGURE 4: ACTIVATING STEPPING MODE ...................................................................................................................................4-9

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 4-1

Chapter 4. User Interface Hardware Connections

Getting Started

ABOUT SHARK™ IAD

The integrated architecture of the SHARK™ IAD makes it easy to setup and maintain either locally through its craft port or remotely via a WEB Browser or Telnet session through the WAN or 10/100 BaseT (Fether) interface. The entire SHARK™ IAD system can be configured via one of its many management interfaces. Whether you choose the Graphical User Interface (GUI) or Command Line Interface (CLI) interface, the SHARK™ IAD will fit into your provisioning and monitoring management architecture. The SHARK™ IAD can be configured remotely or by the local console port on the chassis. Both allow for full access to all of the SHARK™ IAD's services and features.

NOTE: The GUI (HTTP) can only be used over the WAN and 10/100 BaseT interfaces. The Craft (RS232) and Facility Data Link (FDL) ports do not support the GUI. Use a terminal or terminal emulator software on your workstation to run the CLI from the Craft port. Refer to the CLI section of this chapter for CLI connectivity and the CLI chapter of this manual for its use.

When power is first applied to the Shark the voice cards may output a short burst of ringing on the 2-Wire FXS circuits.

PURPOSE OF THIS CHAPTER

CONNECTING TO YOUR SHARK™ IAD

Chapter 4-2 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

This Getting Started Chapter will focus on how to:

• Connect to the Ethernet port for a GUI or IP Telnet session.

• Setup workstation to configure the SHARK™ IAD using GUI pages or the

CLI.

Even though the SHARK™ IAD is shipped from the factory with the most common defaults, there are many functions that are site dependent and must be set up for your specific application. This chapter will show you how to connect to the SHARK™ IAD, login, and access its configuration interfaces. Follow the steps in Figure 1 and associated paragraphs to connect to and start configuring your SHARK™ IAD. These steps are explained in greater detail in either the "Graphical User Interface (GUI or WEB) Configuration" chapter or "Using the Command Line Interface (CLI)" chapter of this manual.

Chapter 4. User Interface Hardware Connections

Graphical

User Interface

(GUI)

Minimum Setup needed:

y Workstation with an ethernet card. y CAT5 cross over cable supplied. y Shark unit equipped with at least a Power module

Router module, Cross Connect module and T1 WAN module.

Which

Interface are

you using?

Using the CLI

during an

IP Telnet session

Command

Line Interface

(CLI)

Console port

Telnet

Using the CLI through the

Console Port

Minimum Setup needed:

y Terminal or Terminal emulation software running on

a workstation.

y RS232 serial cable with at least one end equipped

with a 9 pin male connector.

y Shark

IAD unit equipped with at least a Power module Router module, Cross Connect module and T1 WAN module.

Using supplied crossover cable, connect SHARKTM IAD's

ethernet port to your workstation's ethernet port.

WORKSTATION SETUP

CONNECT TO SHARKTM IAD

Reconfigure workstation to be on the same network as

the SHARK

IAD's default IP settings.

Telnet

session?

y On PC go to DOS prompt. y Enter "Telnet" and the

Yes

SHARK address.

y Enter system at the login

prompt.

y Enter password at the

password prompt.

LOGGING into Your SHARKTM IAD

y Enter a WEB browser session on workstation and

enter the IP address in the browser's URL line.

y Enter system at the login field. y Enter password at the password field.

Start Telnet

IAD's IP

Configure the terminal or terminal emulation software

WORKSTATION SETUP

communication settings.

LOGGING IN

y Enter system in the login field. y Enter password in the password field.

Initiate "Stepping" Mode

y Enter the Configurator. y Start "stepping " mode.

Continue through the stepping mode using the: "Using the Command Line Interface CLI" chapter of this manual as a reference.

When you have completed the stepping mode, perform a system coldstart command to activate your new settings.

Go to GUI configuration Chapter of this

manual and proceed to configure to your

SHARK

IAD.

Figure 1: Connecting to Your SHARK™ IAD

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 4-3

Chapter 4. User Interface Hardware Connections

GRAPHICAL USER INTERFACE (GUI OR WEB PAGES)

MINIMUM SETUP

Minimum configuration for Internet Access

Power source

ONNECT TO YOUR

C SHARK™ IAD

WORKSTATION SETUP

To begin configuring your SHARK™ IAD via the Ethernet port you only need the following modules installed in your SHARK™ IAD. This chapter assumes that the SHARK™ IAD has been installed and all cabling is intact.

• Router module.

• Power Supply Module.

• Cross Connect Module.

• WAN T1 Module.

The SHARK™ IAD operates on -48VDC. –48VDC can be supplied directly to the power supply module or from the available AC Power supply. Refer to the installation section of this User's Guide.

Attach a CAT 5 crossover cable from the Router's 10/100 BaseT port to your computer's Network Interface Card (NIC). If the SHARK™ IAD is already connected to your LAN's hub then a straight through CAT 5 cable can be used to connect the computer, that you are using to configure the SHARK™ IAD, to the hub.

Because your workstation must be on the same subnet as the SHARK™ IAD, you must access the workstation's operating system and enter the SHARK™ IAD's default IP addresses into the workstation. These instructions will explain the steps necessary to set up a PC running a Microsoft Windows™ 95, 98, or 2000 operating system. Other operating systems will differ in HOW these tasks are performed but not in WHAT needs to be done. Turn on your PC and continue with the following steps:

1. Click on your PC's "My computer" Icon and click on the "Control Panel", or go to

your PC's "start" menu and select "Control Panel".

2. A. For Win95/98: click on "network". A network setup window will appear.

2. B. For Win2000: click on "network & dialup connection" icon. A network & dialup

connection box will appear.

3. A. For Win95/98: click on the "protocols" tab.

3. B. For Win2000: click on the local area connection icon.

4. A. For Win95/98: double click on the "TCP/IP" selection.

4. B. For Win2000: double click on the internet protocol (TCP/IP) selection.

5. A. For Win95/98: click on the "specify an IP address" option and enter the following

addresses in the appropriate fields.

5. B. For Win2000: Enter the following addresses in the appropriate fields.

– Enter in the unique TCP/IP address for this workstation i.e.:

– Enter the SHARK™ IAD's default net mask: 255.255.255.0 in the subnet

mask field.

– Enter in the SHARK™ IAD's default LAN IP address:

gateway field.

DNS entry is not needed.

7. Be sure to not select the option for Proxy Settings.

8. Click on the ok button.

192.168.1.1.

192.168.1.254 into the

9. For Win95/98: Restart your computer.

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Chapter 4. User Interface Hardware Connections

LOGIN TO YOUR SHARK™ IAD

Incorrect Login Lockout and restore.

The SHARK™ IAD is sent from the factory with default passwords set. These default login names and passwords are as follows:

Refer to the detailed instructions on passwords and logging in found in the GUI and CLI configuration chapters. Proceed to login to your SHARK™ IAD by following these steps:

The Telnet connection and the RS232 Craft port have a lockout that occurs after 3 failed login attempts. A failed login occurs when the login process does not return the Shark prompt. The port will not respond to attempts for login for 10 minutes after the third login failure. Each connection or port is treated independent of the others. If a login attempt fails on a port, the other port and concurrent sessions, if applicable, will not be affected. The counting of failed logins will reset to 0 if the Router performs a Coldstart feature, the power to the Router is temporarily interrupted or a proper login occurs on that port or session. If another login is not attempted nor any characters sent after the first or the second failed tries, the counting of failed logins will be set to 0 when the Keyboard Inactivity Logout timer expires.

Keyboard inactivity logout timer.

Set your WEB Browser to "NO CACHE" and “NO SEARCH”.

A Telnet or RS232 Craft port will be logged out of a connection if the connected terminal does not send any characters for a period of time that is depicted by the inactivity timer. The inactivity timer may be set from 0 to 10 minutes in one minute increments. A setting of 0 minutes defeats the timer and the port does not log out.

To insure the proper operation of The SHARK™ IAD's real time GUI interface, disable the page saving feature or "CACHE" of your WEB browser. You may also need to turn off the feature of searching from the address line. Please refer to the instructions for your particular WEB browser for performing this task.

Proceed to log into your SHARK™ IAD.

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Chapter 4. User Interface Hardware Connections

http://192.168.1.254

This is the WEB Browser's URL lnput line. Erase any text that appears in this line. Enter: http://192.168.1.254

Figure 2: PC's WEB browser entering SHARK™ IAD's IP address

Login Procedure.

1. Open a WEB browser such as Internet Explorer™ or Netscape™.

Internet Explorer™ must be release 4.0 or higher and the Netscape™ must be release 6.1 or higher.

2. Enter http://192.168.1.254 in the browser's URL input line as

shown in Figure 2.

3. The SHARK™ IAD login page will appear as shown in Figure 3. Enter

system in the login field.

4. Enter password in the password field.

5. The Home page should appear.

Go to the "GUI Configuration" chapter of this manual and proceed to configure your SHARK™ IAD.

Please type your user name and password.

Resource: SHARK

ser name

assword

OK Cancel

Figure 3: SHARK™ IAD login page

COMMAND LINE INTERFACE (CLI)

The CLI is accessed either through the maintenance port connector mounted on the faceplate of the router module and running a terminal emulation application, or by attaching your computer's Ethernet port to the 10/100 BaseT port of the router module and initiating an Telnet session. The following paragraphs describe how to accesses the CLI.

Chapter 4-6 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 4. User Interface Hardware Connections

MINIMUM SETUP

Minimum configuration for Internet Access

Power source

INCORRECT LOGIN LOCKOUT AND

RESTORE

To begin configuring your SHARK™ IAD via the Ethernet port or by the maintenance port, you only need the following modules installed in your SHARK™ IAD. This chapter assumes that the SHARK™ IAD has been installed and all cabling is intact.

• Router module.

• Power Supply Module.

• Cross Connect Module.

• WAN T1 Module.

The SHARK™ IAD operates on -48VDC. –48VDC can be supplied directly to the power supply module or from the available AC Power supply. Refer to the installation section of this User's Guide. When power is first applied to the Shark the voice cards may output a short burst of ringing on the 2-Wire FXS circuits.

KEYBOARD

INACTIVITY LOGOUT

TIMER

Access through a Telnet Session

An IP interface is necessary to initiate a Telnet session. Refer to page 4-4 of this chapter to perform steps 1 and 2, then proceed to step 3.

1. Connect to your SHARK™ IAD.

2. Perform a Workstation Setup if it has not been performed.

3. Go to your PC's "start" menu and select the "Command Prompt" option.

This will begin a DOS prompt session.

4. Enter: telnet 192.168.1.254.

5. You should get the CLI login prompt: login:

6. Proceed to log into and configure your SHARK™ IAD using the CLI

chapter of this manual or see the instructions: 'Enter the STEPPING MODE' on page 4-8 of this chapter.

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Chapter 4. User Interface Hardware Connections

Access through a Console port

You can connect a terminal or terminal emulator to the maintenance console port to configure, administer, and monitor your SHARK™ IAD. This port is the 9 pin D connector mounted on the Router module's faceplate. To use the SHARK™ IAD console, you need a serial cable and either a terminal or terminal emulator (such as a personal computer with a terminal emulation application that supports 9600-baud communication). To connect your SHARK™ IAD to a terminal or terminal emulator:

1. Plug the DB-9 end of a serial cable into the maintenance console port on the

Router Module’s DB-9 connector labeled “RS232”.

2. Connect the other end of the serial cable to the serial port on your terminal

(or terminal emulator) or the modem port of your computer.

3. Turn on the terminal or run the terminal emulator program on your

computer.

4. Use the following settings to configure your terminal emulation session:

Terminal Emulator Set To:

Parity: None Speed: 9600 bps

Databits: 8 Stopbits: 1

Duplex: Full Flow Control: OFF

5. Enter the return key.

Enter the STEPPING MODE

6. You should get the CLI login prompt: login:

7. Proceed to log into and configure your SHARK™ IAD using the CLI

chapter of this manual. For a complete configuration of all modules from start to finish you may use the "stepping mode" to configure your SHARK™ IAD.

The SHARK™ IAD is equipped with a "stepping mode configurator". This mode steps you through each configuration command in a logical sequence. Once you have entered the stepping mode you enter the parameters you want when prompted by the system. Each line of the stepping mode presents the allowable parameter options. Then waits for your input. You enter the desired option using the displayed syntax and press the enter key. The stepper will load your entry and display the next parameter to be entered. When using the stepper be sure to keep the "CLI" chapter of this manual as a reference as it explains the stepping mode and each command in greater detail.

To enter the stepping mode:

1. After you have successfully logged in using either the console port or a telnet

session, enter: Config at the system prompt as shown in Figure 4.

2. Enter set.

The configurator will enter the stepping mode and will wait for your input. Proceed to configure your SHARK™ IAD.

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Chapter 4. User Interface Hardware Connections

Shark Multi-Access Device running XEL Shark SW v7.4R1 (a completed login: Admin level)

XEL Shark1000011> CONFIG (top)>>set

top ROUTER

system

name ("Shark1000011"):

Figure 4: Activating Stepping mode

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Chapter 4. User Interface Hardware Connections

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Chapter 4-10 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5. Graphical User Interface (GUI/WEB)

Configuration Pages

Table of Contents

CONFIGURATION INTRODUCTION .................................................................................................................................5-6

LOGGING IN............................................................................................................................................................................5-7

THE HOME PAGE...................................................................................................................................................................5-8

THE NAVIGATION BAR ..............................................................................................................................5-8

INSTALLED MODULES ...............................................................................................................................5-8

Module Status Indicator Lights............................................................................................................5-9

Module Status Codes............................................................................................................................5-9

The Alarm Enunciator........................................................................................................................5-10

Module Status Page Hot button .........................................................................................................5-10

Module Config Page Hot button ........................................................................................................5-10

SYSTEM ADMINISTRATION ............................................................................................................................................. 5-10

NAMING YOUR SYSTEM..........................................................................................................................5-11

SETTING THE DIAGNOSTIC LOG LEVEL ..................................................................................................5-11

SYSTEM PASSWORDS ..............................................................................................................................5-12

Note on default password considerations ..........................................................................................5-13

AVE SYSTEM SETTINGS .........................................................................................................................5-13

SYSTEM TIMING & VOICE ......................................................................................................................5-13

SYSTEM TIMING: SOURCE & MODE .......................................................................................................5-13

SYSTEM VOICE MODE ............................................................................................................................5-15

Note on Network or CPE Voice mode................................................................................................5-15

E&M System Settings.........................................................................................................................5-15

E&M Loop/Ground Start Mode .........................................................................................................5-16

E&M Ring Back Tone ........................................................................................................................5-16

E&M Forward Disconnect ................................................................................................................5-16

AVE SETTINGS ......................................................................................................................................5-16

DIGITAL CROSS CONNECT ..............................................................................................................................................5-16

XCON MODULE ....................................................................................................................................5-16

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 5-1

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

XC2T MODULE......................................................................................................................................5-18

NOTE: WAN LOOPBACK CONNECTIONS ................................................................................................5-20

ROUTER CONNECTIONS...........................................................................................................................5-20

CONNECTIONS................................................................................................................................5-21

V.35

AMPLE CROSS CONNECT ......................................................................................................................5-21

TRUNK PROCESSING CONFIGURATION MODULE...................................................................................................5-22

XCON MODULE ....................................................................................................................................5-22

XC2T MODULE......................................................................................................................................5-22

EXAMPLE OF CROSS CONNECTIONS........................................................................................................5-22

T1 CONFIGURATION ..........................................................................................................................................................5-24

CONFIGURING THE WAN MODULES .....................................................................................................5-24

ALARM REPORTING................................................................................................................................5-25

T1 FRAMING ..........................................................................................................................................5-25

LINE CODING..........................................................................................................................................5-25

REMOTE LOOPBACK OPTION ..................................................................................................................5-25

LINE BUILD OUT ....................................................................................................................................5-25

DSX line Build Out.............................................................................................................................5-25

CSU Line Build Out ...........................................................................................................................5-26

CONFIGURE THE IP ROUTER MODULE .......................................................................................................................5-27

COLLECTING CONFIGURATION INFORMATION ........................................................................................5-27

IP worksheets .....................................................................................................................................5-28

Fast Ethernet Port Information .........................................................................................................5-28

Static Local Area Network Addressing ..............................................................................................5-29

DHCP Dynamic Host Control Protocol (Auto Addressing) ..............................................................5-29

HE IP/ROUTER CONFIGURATION MENU ...............................................................................................5-29

Facilities Data Link (FDL) ................................................................................................................5-31

Enabling The FDL .............................................................................................................................................................................5-31

FDL IP Routing using The Default Gateway.....................................................................................................................................5-32

FDL IP Routing using a Static Route.................................................................................................................................................5-33

Configure the IP parameters for the FDL...........................................................................................................................................5-34

Configure TDM Channels..................................................................................................................5-35

TDM & Cross Connect Interdependency...........................................................................................................................................5-36

Selecting TDM Channel ....................................................................................................................................................................5-37

Defining TDM Channel BW & Encapsulation ..................................................................................................................................5-37

TDM VCC enabling and LMI selection (Frame Relay Encapsulation) .......................................................................................5-39

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

TDM VCC Type selection (Frame Relay Encapsulation) .............................................................................................................5-40

PPP Channel Select Page...............................................................................................................................................................5-40

PPP Configuration Page ................................................................................................................................................................5-41

HDLC Channel Select Page ..........................................................................................................................................................5-43

IP Configuration Page ...................................................................................................................................................................5-43

IP Configuration Page.......................................................................................................................5-44

Ethernet and TDM VCC Address configuration................................................................................................................................5-44

Default Gateway Configuration.........................................................................................................................................................5-47

Static Routes......................................................................................................................................................................................5-48

Dynamic Host Configuration Protocol (DHCP) Configuration Page..............................................................................................5-48

Domain Name System (DNS) Configuration Page...........................................................................................................................5-50

Bridge Configuration Page ................................................................................................................................................................5-50

Pinhole Configuration Page ..............................................................................................................5-51

Pinhole Protocol Options ...................................................................................................................................................................5-51

SNMP Settings ...................................................................................................................................5-52

SNMP Options definitions.................................................................................................................................................................5-53

CRAFT PORT CONFIGURATION PAGE ................................................................................................5-54

ROUTER REVIEW PAGE...........................................................................................................................5-54

VOICE CONFIGURATION PAGES....................................................................................................................................5-57

CPE MODE .............................................................................................................................................5-57

NETWORK MODE ....................................................................................................................................5-59

NOTE ON NETWORK/CPE MODE.............................................................................................................5-60

SERIAL DATA CONFIGURATION PAGES......................................................................................................................5-61

V.35 .......................................................................................................................................................5-61

Figures

FIGURE 1: LOGIN PAGE .............................................................................................................................................................5-7

IGURE 2: SHARK™ IAD HOME PAGE ...................................................................................................................................5-8

FIGURE 3HOME PAGE SHOWING HOT BUTTON SELECTIONS .....................................................................................................5-9

IGURE 4: THE LIGHT INDEX POP UP BOX .................................................................................................................................5-9

IGURE 5: ALARM ENUNCIATOR ............................................................................................................................................5-10

FIGURE 6: A TYPICAL MODULE STATUS REPORT (VOICE-1 STATUS REPORT).........................................................................5-10

IGURE 7: SYSTEM ADMINISTRATION CONFIGURATION PAGE .................................................................................................5-11

IGURE 8: PARTIAL DISPLAY OF THE DIAGNOSTIC LOG ...........................................................................................................5-11

IGURE 9: HOME PAGE SELECTING SYSTEM CONFIG ................................................................................................................ 5-13

F F

IGURE 10: SYSTEM TIMING AND VOICE CONFIGURATION FOR XCON MODULE .................................................................5-14

IGURE 11: SYSTEM TIMING AND VOICE CONFIGURATION FOR XC2T MODULE ...................................................................5-14

IGURE 12: TIMING SOURCE SELECTION RESULTS.................................................................................................................5-15

F F

IGURE 13: SELECTING WAN1 CROSS CONNECT CONFIGURATION PAGE FROM THE HOME PAGE .........................................5-17

IGURE 14: CROSS CONNECT CONFIGURATION.....................................................................................................................5-17

IGURE 15: WAN CROSS CONNECT PAGE ............................................................................................................................5-18

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

FIGURE 16: XC2T CROSS CONNECT CONFIGURATION..........................................................................................................5-19

IGURE 17: XC2T WAN AND T1 CROSS CONNECT PAGE ....................................................................................................5-20

FIGURE 18: CROSS CONNECTED DATA PATHS THROUGH THE SHARK™ IAD .....................................................................5-21

FIGURE 19: EXAMPLE OF WAN1 TRUNK PROCESSING SELECTION.......................................................................................5-23

IGURE 20: SELECTING WAN1 CONFIGURATION PAGE FROM THE HOME PAGE..................................................................... 5-24

IGURE 21: WAN T1 CONFIGURATION PAGE ........................................................................................................................5-26

F F

IGURE 22: XC2T T1 CONFIGURATION PAGE .......................................................................................................................5-27

IGURE 23: HOME PAGE SELECTING ROUTER CONFIGURE MENU ...........................................................................................5-30

FIGURE 24: IP/ROUTING CONFIGURATION MENU ..................................................................................................................5-30

FIGURE 25: FACILITY DATA LINK (FDL) ENABLING AND WAN PORT SELECTION FOR XCON MODULES ............................5-32

IGURE 26: FACILITY DATA LINK (FDL) ENABLING AND WAN PORT SELECTION FOR XC2T MODULES .............................5-32

FIGURE 27: THE IP CONFIGURATION MENU ..........................................................................................................................5-32

IGURE 28: USING THE FDL AS THE DEFAULT GATEWAY ....................................................................................................5-33

FIGURE 29: CONFIGURING A STATIC ROUTE FOR THE FDL ................................................................................................... 5-34

FIGURE 30: CONFIGURING THE FDL IP PARAMETERS...........................................................................................................5-34

IGURE 31: SELECTING NUMBER OF TDMS FROM THE TDM CHANNEL CONFIG SUBMENU...................................................5-36

FIGURE 32: TDM SETUP & CROSS CONNECT SETUP RELATIONSHIP AND INTERDEPENDENCY...............................................5-37

IGURE 33: TDM CHANNEL SELECTION................................................................................................................................5-37

F F

IGURE 34: DEFINING TDM CHANNEL BANDWIDTH & ENCAPSULATION ............................................................................5-38

FIGURE 35: DEFINING TDM VCC LMI PROTOCOL (FRAME RELAY ENCAPSULATION) ........................................................5-39

IGURE 36: TDM CHANNEL VCC SETUP (FRAME RELAY ENCAPSULATION) .......................................................................5-40

F F

IGURE 37: TDM VCC PPP ENABLE PAGE (PPP ENCAPSULATION).....................................................................................5-41

FIGURE 38: THE PPP CONFIGURATION PAGE........................................................................................................................5-41

FIGURE 39: TDM VCC HDLC ENABLE PAGE (HDLC ENCAPSULATION).............................................................................5-43

IGURE 40 : IP CONFIGURATION PAGE: ETHERNET, GATEWAY, STATIC ROUTES .................................................................5-44

FIGURE 41: TYPICAL NETWORK ADDRESS CONFIGURATION PAGE (FAST ETHERNET SHOWN) ...............................................5-45

FIGURE 42: TDM VCC SPECIFIC ADDRESSING CONFIG PAGE IN FRAME RELAY OR HDLC FRAME MODE..............................5-45

IGURE 43: TDM VCC SPECIFIC ADDRESSING CONFIG PAGE IN PPP FRAME MODE ..............................................................5-46

FIGURE 44: GATEWAY CONFIGURATION ...............................................................................................................................5-47

FIGURE 45: STATIC ROUTES CONFIGURATION PAGE..............................................................................................................5-48

IGURE 46: DHCP CONFIGURATION PAGE ............................................................................................................................5-49

FIGURE 47: DNS CONFIGURATION PAGE..............................................................................................................................5-50

IGURE 48: IP BRIDGE ENABLING.........................................................................................................................................5-51

FIGURE 49: THE PINHOLE DEFINITION PAGE..........................................................................................................................5-51

FIGURE 50: SNMP CONFIGURATION PAGE ...........................................................................................................................5-53

IGURE 51: CRAFT PORT CONFIGURATION PAGE ..................................................................................................................5-54

FIGURE 52: CLEAN RESTART OF ROUTER...............................................................................................................................5-55

IGURE 53: TYPICAL REVIEW ROUTER / RESTART PAGE OUTPUT .........................................................................................5-56

F F

IGURE 54: SELECTING THE VOICE 1 CONFIGURATION PAGE FROM THE HOME PAGE............................................................5-57

IGURE 55: VOICE CONFIGURATION PAGE FOR FXS CPE MODE ..........................................................................................5-58

FIGURE 56: VOICE CONFIGURATION PAGE FOR FXO CPE MODE .........................................................................................5-58

IGURE 57: VOICE CONFIGURATION PAGE FOR FXS NETWORK MODE .................................................................................5-60

IGURE 58: VOICE CONFIGURATION PAGE FOR FXO NETWORK MODE ................................................................................5-61

FIGURE 59: SELECTING THE V.35 CONFIGURATION PAGE FROM THE HOME PAGE. ................................................................5-62

IGURE 60: V.35 CONFIGURATION PAGE. .............................................................................................................................5-62

Tables

TABLE 1DEFAULT LOGIN NAMES AND PASSWORDS ..............................................................................................................5-7

ABLE 2: STATUS INDICATOR DEFINITIONS.............................................................................................................................. 5-9

ABLE 3: STATUS CODE DEFINITIONS ...................................................................................................................................5-10

T T

ABLE 4: SYSTEM CONFIGURATION DIAGNOSTIC LOG OPTIONS ...........................................................................................5-12

TABLE 5: SYSTEM PASSWORD LEVELS ..................................................................................................................................5-12

ABLE 6: TIMING SOURCE RELATIONSHIPS ............................................................................................................................5-15

T T

ABLE 7: ROUTER ADDRESSING TABLE WORKSHEET ............................................................................................................5-28

TABLE 8: DYNAMIC HOST CONTROL PROTOCOL INFORMATION TABLE ................................................................................. 5-29

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

TABLE 9: FDL IP PARAMETER DEFINITIONS.......................................................................................................................... 5-35

ABLE 10: SHARK™ IAD MANUAL PARAGRAPHS AND FIGURES FOR A TDM FRAME RELAY CONFIGURATION .....................5-38

TABLE 11: SHARK™ IAD MANUAL PARAGRAPHS AND FIGURES FOR A TDM PPP CONFIGURATION.....................................5-38

TABLE 12: SHARK™ IAD MANUAL PARAGRAPH AND FIGURE FOR A TDM HDLC CONFIGURATION ....................................5-39

ABLE 13: LMI PROTOCOL DESCRIPTIONS (FRAME RELAY ENCAPSULATION) .......................................................................5-39

ABLE 14: PPP CONFIGURATION PARAMETER DEFINITIONS ....................................................................................................5-41

T T

ABLE 15: NETWORK ADDRESS PAGE PARAMETER DESCRIPTIONS ...........................................................................................5-46

ABLE 16: STATIC ROUTE PARAMETER DEFINITIONS ...............................................................................................................5-48

TABLE 17: DHCP PARAMETER DEFINITIONS............................................................................................................................5-49

TABLE 18: IP ROUTER SERVER CONFIGURATION PARAMETER DEFINITIONS............................................................................5-52

ABLE 19: PINHOLE PROTOCOL OPTIONS.................................................................................................................................5-52

TABLE 20: CPE VOICE LOOP GAIN OPTIONS FOR FXS AND FXO.............................................................................................5-59

ABLE 21: NETWORK VOICE CONFIGURATION LOOP LENGTH & WIRE GAUGE OPTIONS ........................................................5-61

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

SHARK™ IAD

Graphical User Interface Configuration Pages

CONFIGURATION

INTRODUCTION

This chapter describes the SHARK™ IAD's Graphical User Interface (GUI). This type of interface is commonly referred to as a WEB Browser interface because it is implemented using an on board WEB Server. To access these pages you must have a WEB Browser such as Internet Explorer™ or Netscape™ installed on your computer. Internet Explorer™ must be release 4.0 or higher and the Netscape™ must be release 6.1 or higher. This is not the only interface with which the SHARK™ IAD can be configured. There is also a Command Line Interface (CLI) which can be accessed via a local RS232 Craft port or a telnet session using the SHARK™ IAD's Ethernet port. Refer to the Using the Command Line Interface (CLI) chapter of this manual for instructions on how to use the CLI.

We will step through the configuration of the SHARK™ IAD accessing each configuration page in logical order assuming a first time configuration.

The logical order for a first time configuration of the SHARK™ IAD is as follows:

1. Establish communications with the SHARK™ IAD unit using the default IP

addresses. See the "Getting Started" chapter for initial connection and workstation configuration.

2. Configure User Administration such as System name, Passwords, diagnostic

levels, etc.

3. Configure the Cross Connects. This function defines the traffic paths from

the Telco WAN side to the Router, LAN, V.35 Data Modules, and Voice modules.

4. Configure the WAN T1 interfaces.

5. Configure IP/Router functions:

• The FDL(Facilities Data Link)

• Data pipes through the unit

• IP addresses

• DHCP Server functions

6. Configure all voice interfaces.

Even though these GUI pages can be accessed in a nearly infinitely random order, this chapter guides you through the configuration process in the above order. In addition, many of the SHARK™ IAD's pages can only be accessed if certain parameters are enabled. Once you click on the save button the system will access the next logical page based on your choices from the page just configured.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Figure 1: Login page

Please type your user name and password.

Resource: SHARK

ser name

assword

OK Cancel

LOGGING IN

From your workstation initiate a WEB browser session as described in the "Getting Started" chapter. To insure the proper operation of the SHARK™ IAD's real-time GUI interface, disable the page saving feature of your WEB browser. You may also need to turn off the feature of searching from the address line. If you use Netscape™ it must be release 6.1 or higher.

Once you have installed and established a connection to the SHARK™ IAD's Ethernet port, enter the SHARK™ IAD's Ethernet IP address. The SHARK™ IAD's login page will appear as shown in Figure 1. If this login session is the first one since receiving the unit from the factory, the login names and passwords are shown in Table 1.

Table 1 Default Login Names and Passwords

admin password full read/write/ for

provision/ maintenance/ administration

system password full read/write

for provisioning/ maintenance

Monitor all functions, perform diagnostic testing, and provision all unit functions including software upgrades and librarian manipulation. Same as administrator except for no software upgrades and librarian manipulation is allowed.

user password read only User level is only allowed to read the

provisioning of all modules. No access to or display of passwords, or librarian functions is allowed.

The login name is tracked in the diagnostic log and will record all the actions that you perform during this login session. Press the tab key for the password field. The password is set from the factory to the password shown in Table 1. Once the passwords are configured, you must enter an administrative password to continue to configure the SHARK™ IAD.

Upon successfully logging in, the next page that will appear will be the HOME page. Figure 2 shows the home page with a full complement of modules installed.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Figure 2: SHARK™ IAD Home Page

THE HOME PAGE

The SHARK™ IAD home page is the first page that appears upon logging into the system. Notice the side navigation bar. This navigation bar will appear on every page enabling the user to navigate through the SHARK™ IAD's GUI interface with ease and efficiency. It consists of four "hot links" used to directly access the various SHARK™ IAD functions.

THE NAVIGATION

BAR

The Home button will bring the user back to this page from anywhere in the GUI interface. The Help button will give XEL's contact information. The

Status/Alarms button displays the status and alarm page. Clicking on the Maintenance button accesses the maintenance and diagnostics page.

NSTALLED

MODULES

The Home page is laid out exactly like the front of the SHARK™ IAD unit. It displays which modules are currently installed in the SHARK™ IAD. Notice that each module has a status indicator light with a status code beneath it, a status button, and a config button. Clicking the status button will immediately display the module's status and its software (SW) and hardware (HW) version information. The status for any module can also be obtained by selecting the status/alarms button in the navigation bar. Clicking the config button for any module will display the configuration page for that module as shown in Figure 3.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

XEL Communications Inc, 17101 East Ohio Drive, Aurora Co 80017

XEL SHARK

Xcon

STATUS CONFIG

device ID:xel shark1000011

Home

XEL SHARK

Help

Status/

Alarms

Maintenance

device ID:xel shark1000011

XSP 1OO Shark

System

SHARK 010101000011

Point and Click on the "Status/Alarms" link of the main navigatin bar or on the "status" or

"config" buttons of any module for the configuration and status pages for that module.

Module

FXS

STATUS CONF IG

INS

STATUS CONF IG

INS

STATUS CONF IG

FXS

OOS

NPR

INS

Figure 3 Home page showing hot button selections

Module Status Indicator Lights

This indicator light will illuminate green when the unit is in normal operation. It will illuminate yellow when the module is in test. A red indicator light represents some type of Alarm associated with the module. See Table 2 for a more detailed description of status light indications. Clicking the indicator light will display the pop up window for the desired module. The light index pop up box is shown below.

STATUS

INS

STATUS CONFIG

EMP

STATUS CONFIG

EMP

STATUS

CONFIG

Router

CONFIG

Power

Supply

INS

STATUS

Table 2: Status indicator definitions

Indicator light

Definition

condition

Solid Green Normal

Blinking Red Alarm condition

Solid Blue Out of Service

Blinking Yellow Test in Progress

Clear with an X No Card Installed

Module Status Codes

The text below the status indicator light represents the status of the module. The codes listed in Table 3 are the status codes defined for the SHARK™ IAD system. Clicking on the status code that is below the status light displays a pop up window that displays the information in Table 3.

LIGHT INDEX

Normal

Alarm

Out of Service

Test in Progress

No Card

Figure 4: The Light Index pop up box

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Table 3: Status Code Definitions

Status Code Definition

INS In Service

OOS Out Of Service

NPR Un-provisioned WCN Wrong Card, Not Operational WCO Wrong Card, Operational

REM Card Removed EMP Empty

MIS Missing

The Alarm Enunciator

Figure 5: Alarm Enunciator

Module Status Page Hot button

shark module voice1 Module: FXS

Module Information: Hardware Rev: 1 Serial Number = 010102000048 Mfg.Date(M/D/Y): 6/2/2000 CurrentState: UP

Module SW: v2.0R1 Boot PROM: 1.0.R1 Module Mode: Not Operational Module State: OUT-OF-SERVICE

When an alarm occurs the module in alarm will indicate such by changing its status indicator and presenting a visual alarm symbol in the "XEL" logo that is in the upper left hand corner of the Home page as shown in Figure 5. Turn the Enunciator off by either clearing the alarm or by selecting the module's not

operational button found on its configuration page. Click on the module's config button to access its configuration page.

Each module represented on the home page has a status button. This button will immediately display the status of the module. Figure 6 is an example of the status page report for VOICE 1.

Figure 6: A typical module status report (VOICE-1 status report)

Module Config Page Hot button

Clicking on this button displays the configuration page for the module. All provisioning for each module can be done through these pages. Each configuration page is discussed below.

SYSTEM

ADMINISTRATION

The first task to perform once you have logged in is to configure the System Administration page. This includes naming your SHARK™ IAD system, setting up user passwords, and setting the diagnostic log level. Access the user administration system page by:

1. Clicking the home page.

2. Then click on the config button for the Router module.

3. Then click on the System button. Figure 7 shows the User Administration

system page.

Chapter 5-10 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

device ID:xel shark1000011

XEL SHARK

Home

Help

Status/

XEL Communications Inc, 17101 East Ohio Drive, Aurora Co 80017

device ID:xel shark1000011

XSP 1OO Shark

System Administration

Diagnostics:

Admin Password:

System Password:

User Password:

XEL SHARK

Name:

SHARK0101010

warnings

Alarms

Save

Maintenance

Figure 7: System Administration configuration page

NAMING YOUR

SYSTEM

The system name that you enter will replace the SHARK™ IAD serial number in the system bar of the home page. It will also appear in the root prompt of the Command Line Interface. Setting the system name will help identify each SHARK™ IAD unit. The SHARK™ IAD system name field is limited to 64 characters.

SETTING THE DIAGNOSTIC LOG LEVEL

The diagnostic level controls the severity of events that are saved and captured by the system diagnostic log. The possible diagnostic log filter options are shown in Table 4. To display the diagnostic log first click on the Status/Alarms button of the navigation bar. Then click on the System Event Log. Figure 8 shows a partial display of the event log. Testing and Diagnostics are covered more completely in the "Diagnostics" section of this manual.

00:00:00:00 L4 IMB: For mod (0xc1) using Maj/Min 3/1 proc @ 0x7e7f0 00:00:00:00 L4 IMB: For mod (0xc2) using Maj/Min 3/2 proc @ 0x7ed78 00:00:00:18 L4 TS: unauthenticated user login on serial port 0 00:00:03:29 L4 TS: unauthenticated user login from host 128.100.30.16 00:00:48:06 L4 TS: unauthenticated browser login from 128.100.30.22 00:00:48:14 L4 KS : Configuration parameters saved. 00:00:48:17 L4 KS : Configuration parameters saved. 00:00:54:00 L4 TS: closing idle http shell (128.100.30.22) 00:01:09:17 L4 TS: unauthenticated browser login from 128.100.30.22 00:01:15:00 L4 TS: closing idle http shell (128.100.30.22)

Figure 8: Partial display of the diagnostic log

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

user

Table 4: System Configuration Diagnostic Log Options

Level # Level

Description

low - Low-level informational messages or greater; includes trivial status

messages and development debug messages. –This level is not recommended for field use!

medium - Medium-level informational messages or greater; includes status

messages that can help monitor network traffic, and most test and configuration messages; internal bus communication data.

high - High-level informational messages or greater; includes user

configuration data; user entered messages, module detection, and other status messages that may be significant but do not constitute errors.

warning - Warnings or greater; which may be cause of failures; does not

necessarily indicate failure (recommended).

failure - Failures i.e.: internal com and processor errors, hardware failures

including messages describing error conditions that may not be recoverable.

WARNING:

The lower the loglevel the greater the affect on the performance of the router due to the increase of information being tracked and stored into the log. The lower levels may greatly affect router performance.

SYSTEM PASSWORDS

The next parameters to set are the system passwords. There are three passwords that the end user can program. There is an administrator accessible diagnostic set described in the "Test and Monitoring" chapter of this manual. Use the contact numbers at the beginning of this manual if you need further assistance in troubleshooting your SHARK™ IAD. Table 5 describes the system passwords and their level of access.

Table 5: System Password Levels

admin password full read/write/ for

provision/ maintenance / Administration

Monitor all functions performs diagnostic testing and provision all modules including software upgrades and librarian manipulation.

syste

password full read/write for

provisioning/ maintenance

Same as administrator except no maintenance, software upgrades or librarian manipulation is allowed.

password read only User level is only allowed to read

the provisioning of all modules. No access to or display of passwords, or librarian functions is allowed.

Enter a password for each level if you do not wish to keep the default password. The login name is tracked in the diagnostic log and will record the actions that the user performs during the login session. Use any alphanumeric character string of a minimum of 6 characters with up to 15 characters long for the password field. A minimum of one of the 15 characters must be an alpha

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

character. Spaces are not allowed in the password field. Each password should be written down and kept in a safe place. The system must be restarted before the new passwords will take effect.

Note on default password considerations

SAVE SYSTEM

SETTINGS

SYSTEM TIMING & VOICE

Leaving the passwords at the factory default may streamline the configuring process because you may have to log on and off in the process of configuring your SHARK™ IAD.

After entering all the parameters on this page, click on the save button to save all the parameters in the system. The router must be "coldstarted" or power cycled for the above settings to take effect. Once these new settings have taken affect and you set the system passwords, a valid password must be entered to login into the system thereafter. You may coldstart the router at this time or perform a coldstart when you have completed the router configuration. See Figure 53 in the "Router Review and coldstart" section on page 5-56.

Once the save button is pressed, the system returns to the IP/Routing Configuration menu. Before continuing to provision the Router functions of your SHARK™ IAD, go to the Home page by clicking on the Home button of the navigation bar. Then click on the Config button of the system bar as shown in Figure 9. The System Timing & Voice configuration page will appear as shown in Figure 10.

XEL Communications Inc, 17101 East Ohio Drive, Aurora Co 80017

device ID:xel shark1000011

XEL SHARK

XSP 1OO Shark

device ID:xel shark1000011

Home

XEL SHARK

System

SHARK 010101000011

Help

Module

Status/

Alarms

Maintenance

INS

FXS

STATUS C ONFIG

FXS

STATUS C ONFIG

FXS

STATUS C ONFIG

OOS

STATUS C ONFIG

NPR

INS

STATUS C ONFIG

Figure 9: Home page selecting system config

SYSTEM TIMING:

OURCE & MODE

Select the system-timing source by clicking the appropriate source. Table 6, Figure 10 and Figure 11 describe the timing relationships associated for each selection and show the possible timing affects.

Xcon

STATUS

CONFIG

Point and Click on the "config"

button of the system bar

Router

STATUS

INS

STATUS CONFIG

EMP

STATUS CONFIG

EMP

CONFIG

Supply

INS

Power

STATUS

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

System Configuration

Timing

Timing Source:

Mode:

internal looped from WAN1 looped from WAN2

normal

Voice

Voice Mode:

Loop/Ground Start Mode*:

Ring Back Tone*:

Forward Disconnect*:

*Only applicable in E&M Signaling Modes

Figure 10: System Timing and Voice Configuration for XCON module

CPE Network

Loop Ground

Disable Enable

Reverse Battery Tip Open

Save

System Configuration

Timing

Timing Source:

Mode:

internal

normal

T1-1

WAN-1

WAN-2

Voice

Voice Mode:

Loop/Ground Start Mode*:

Ring Back Tone*:

Forward Disconnect*:

*Only applicable in E&M Signaling Modes

Figure 11: System Timing and Voice Configuration for XC2T module

CPE Network

Loop Ground

Disable Enable

Reverse Battery Tip Open

Save

T1-2

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Table 6: Timing source relationships

Timing source XCON module XC2T module internal internal

looped from WAN1 WAN-1

looped from WAN2 WAN-2

T1-1

T1-2

Results

All outbound T1 traffic is synchronized to the timing source that is derived from the SHARK™ IAD's internal clock source. All outbound T1 traffic is synchronized to the timing source that is derived from the WAN 1 network timing. All outbound T1 traffic is synchronized to the timing source that is derived from the WAN 2 network timing. All outbound T1 traffic is synchronized to the timing source that is derived from the T1-1 network timing. All outbound T1 traffic is synchronized to the timing source that is derived from the T1-2 network timing.

WAN1

Network

traffic

Timing source

selected

WAN1 or

WAN2 or

internal

all traffic is

Synchronized to

the selected

source

Figure 12: Timing Source selection results

SYSTEM VOICE MODE

The Voice mode in the system menu (Figure 10 and Figure 11) controls whether the SHARK™ IAD is in a Central Office (CO or network) environment or a Customer Premise Equipment environment (CPE). Only a user who has logged in using the system administrator password can change this mode. The SHARK™ IAD is factory shipped in the NETWORK Mode.

Note on Network or CPE Voice mode

To comply with specific FCC requirements the functionality of the Voice modules has been separated into network and CPE modes.

Do not operate the SHARK™ IAD in the Network Voice mode while it is installed as CPE equipment at a customer's premise. Doing such is a violation of your SHARK™ IAD's FCC licensing

WAN2

Network

traffic

T1 Module LAN 1 or 2

PBX Traffic

Any sychronous Serial data path

Synchronous

serial Traffic

E&M System Settings

The Voice system menu also configures the common E&M parameters for the voice modules. NOTE: The following E&M settings apply to only and all channels configured to an E&M signaling mode. See Voice Configuration Pages (page 5-57).

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

E&M Loop/Ground Start Mode

E&M Ring Back Tone

E&M Forward Disconnect

SAVE SETTINGS

Configures the supervisory mode of E&M voice channels:

• Loop Loop Start

Ground Ground Start

Enables/Disables the SHARK™ IAD initiated ringback tone sent to the calloriginator (office-end):

• Disable Disables ring back tone

• Enable Enables ring back tone

Selects the E&M Forward Disconnect Configuration:

• Reverse Battery Reverses battery upon receipt of a forward disconnect

• Tip Open Opens the tip lead upon receipt of a forward disconnect

After entering all the parameters on this page, click on the save button to save these parameters. The SHARK™ IAD system must be "coldstarted" or power cycled for the above settings to take effect. Even though you may coldstart the system at this time, it is suggested that you perform a coldstart once you have completed the router configuration. In any case, see Figure 53 the "Router Review and coldstart" on page 5-54 for a discussion on how to "coldstart" the system.

DIGITAL CROSS CONNECT

XCON MODULE

Assigning the WAN side DS0s to a functional slot performs a Cross Connect connection. After all the connections have been assigned, the configuration page for each module must be accessed to complete the set up for each module.

Two types of modules have the cross connect function on them. They are the XCON and the XC2T Modules. The XCON module provides only the cross connect feature while the XC2T provides the cross connect plus two T1 interfaces for WAN connections.

Cross Connect connections are assigned through the home/xcon/ configuration page. From the home page click on the config button of the XCON or the XC2T modules to display the Cross Connect configuration Page. Figure 13 shows the selecting of the Cross Connect configuration page from the home page.

On the Cross Connect Configuration page of the XCON module, select the Module Operational Mode to be operational and then press the Save button. See Figure 14. This will put the Cross Connect module into the operational mode and then return the screen to the home page. Again at the home page, click on the config button of the XCON module to display the Cross Connect Configuration page. Now select which WAN card the cross connects will originate from. This will take you to the page to make the cross connects to all items from the selected WAN card. See Figure 15

Chapter 5-16 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

XEL Communications Inc, 17101 East Ohio Drive, Aurora Co 80017

XEL SHARK

STATUS

CONFIG

Point and Click on this "config" button for the

Cross Connect configuration page.

Xcon

STATUS CONFIG

INS

EMP

Router

STATUS

STATUS CONFIG

CONFIG

INS

device ID:xel shark1000011

Home

XEL SHARK

Help

Status/

Alarms

Maintenance

Module

INS

FXS

STATUS CONFIG

FXS

STATUS CONFIG

FXS

STATUS CONFIG

device ID:xel shark1000011

XSP 1OO Shark

System

SHARK 010101000011

OOS

NPR

INS

Figure 13: Selecting WAN1 Cross Connect configuration page from the home page

Power

Supply

STATUS

Cross Connect Configuration

Cross Connect WAN1 Settings

not operational

Figure 14: Cross Connect Configuration

Cross Connect WAN2 Settings

Module Operational Mode:

operational

Save

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Cross Connect WAN1 Configuration

Time-Slot

Time Slot 1

Time Slot 2

Time Slot 3

Time Slot 4

Time Slot 5

Time Slot 6

Time Slot 7

Time Slot 8

Time Slot 9

Time Slot 10

Time Slot 11

Time Slot 12

Source

Destination

Module

voice1

voice2

voice1

voice2

voice1

voice2

Destination

Time-Slot

Time Slot 13

Time Slot 14

Time Slot 15

Time Slot 16

Time Slot 17

Time Slot 18

Time Slot 19

Time Slot 20

Time Slot 21

Time Slot 22

Time Slot 23

Time Slot 24

Save

Clear All

Source

Time-Slot

Destination

Module

lan1

none

router

Destination

Time-Slot

View Cross Connect WAN2 Configuration

View WAN1 Trunk Processing Configuration

Figure 15: WAN Cross Connect Page

XC2T MODULE

On the XC2T module clicking on the config button will display the XC2T Configuration page. See Figure 16. On the XC2T Configuration page, select the Alarm Reporting mode to be Enable and then press the Save button. This will set the module alarm reporting to functional and then return the screen to the home page. Again at the home page, click on the config button of the XC2T module to display the XC2T Configuration page. Now select which T1 or WAN card the cross connects will originate from. This will take you to the page to make the cross connects to all items from the selected T1 or WAN card See Figure 17.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

device ID:xel shark1000011

Home

XEL SHARK

Help

Status/

Alarms

Maintenance

XEL Communications Inc, 17101 East Ohio Drive, Aurora Co 80017

device ID:xel shark1000011

XEL SHARK

XSP 1OO Shark

XC2T Configuration

T1 Configuration

T1-1 T1-2

Cross Connect Configuration

T1-1 Cross Connects

WAN-1 Cross Connects

Alarm Reporting

Disable

Save

T1-2 Cross Connects

WAN-2 Cross Connects

Enable

Figure 16: XC2T Cross Connect Configuration

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Cross Connect WAN-1 Configuration

Source

Time-Slot

Time Slot 1

Time Slot 2

Time Slot 3

Time Slot 4

Time Slot 5

Time Slot 6

Time Slot 7

Time Slot 8

Time Slot 9

Time Slot 10

Time Slot 11

Time Slot 12

Destination

Module

voice1

voice2

voice1

voice2

voice1

voice2

Destination

Time-Slot

Clear All

Time Slot 13

Time Slot 14

Time Slot 15

Time Slot 16

Time Slot 17

Time Slot 18

Time Slot 19

Time Slot 20

Time Slot 21

Time Slot 22

Time Slot 23

Time Slot 24

Save

Source

Time-Slot

Destination

Module

lan1

none

router

Destination

Time-Slot

View Cross Connect T1-1 Configuration View Cross Connect T1-2 Configuration

View Cross Connect WAN-2 Configuration

View WAN-1 Trunk Processing Configuration

Figure 17: XC2T WAN and T1 Cross Connect Page

NOTE: WAN

CONNECTIONS

LOOPBACK

As is shown in Figure 15 and Figure 17, this configuration page will not allow the user to loop back a WAN channel onto itself or to another channel on the same module. Loopback functions are provided in the home/maintenance/diagnostics/loopbacks page. See the Diagnostics chapters of this manual for a description on the SHARK™ IAD's test features.

ROUTER

CONNECTIONS

Only one group of contiguous channels may be cross connected from each WAN port of the XCON module or from each WAN or T1 port of the XC2T module to the Router. In addition, WAN-1 connections must use different router channels than connections on WAN-2. The Router’s TDM must be configured to use the same DS0s as the cross connect destination parameter. See the TDM setup section Configure TDM Channels on page 5-35.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

V.35 CONNECTIONS

SAMPLE CROSS CONNECT

NETWORK

The cross connects for the V.35 card must have the Destination Time Slots in sequential order and be contiguous. They also must not wrap around from Destination Time Slot 24 to Destination Time Slot 1 to complete the bandwidth.

Figure 18 shows how the connections shown in Figure 15 are implemented throughout the system.

RS-232 CRAFT

INTERFACE

ROUTER/

BRIDGE

WAN MODULE 1

WAN1-TS: 19-24

WAN1-TS: 15-18

WAN1-TS:1-4,

7-9, 11

WAN1-TS: 5-6,

10, 12

WAN

MODULE 2

I/P

WAN 2

BUS

Router-CH

SUPER SPEED

PCM BUS

:1- 6

WAN1-TS: 19-24 x to

Router-CH: 1-6

WAN1-TS 15-18 x to

LAN1-CH: 13-16

WAN1-TS 1-4, 7-9, 11 x to

Voice 1: CH: 1-8

WAN1-TS 5-6, 10, 12 x to

Voice 2: CH: 1-4

DIGITAL

CROSS CONNECT

Unchannalized data

DS0

VOICE

BUS

8 DSOs

10/100

ETHERNET

DATA or T1

INTERFACE MODULE

VF MODULE 1

VF MODULE 2

VF MODULE 3

10/100 Ethernet

USER

V.35

FT1

PORT

8 USER

PORT

8 USER

PORT

8 USER

PORT

NOTE: The following nomenclature

WAN1-TS:0 refers to the

time slot 0

coming out of

WAN

Figure 18: Cross Connected Data paths through the SHARK™ IAD

Figure 18 is a visual representation of four possible connections through the SHARK™ IAD system. The programming of these connections is shown in Figure 15.

• The dotted line: • • • indicates the path that a six DS0 connection would

traverse from the time slots 19 through 24 of WAN module 1 through the router and out the 10/100BaseT Ethernet port as un-channelized packetized data.

• The dashed line:   indicates the path that an eight DS0 connection

would traverse from the time slots 1, 2, 3, 4, 7, 8, 9 and 11 of WAN module 1 to the Voice 1 module for circuits 1 through 8.

• The dash-dot line:  •  •  indicates the path that a four DS0 connection

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

would traverse from the time slots 5, 6, 10 and 12 of WAN module 1 to the Voice 2 module for circuits 9 through 12.

• The dash-dot-dot line:  • •  • •  indicates the path that a four DS0

connection would traverse from the time slots 15 through 18 of WAN module 1 to the LAN module 1 time slots 13 through 16.

When you have all the cross connections entered, click on the save button. The SHARK™ IAD will validate the cross connect matrix and will report any errors. To correct any errors return to the home page and select the config button for the XCON or XC2T module and then select the appropriate WAN or T1 page to make the corrects on. Using the error report, proceed to correct the errors you originally made in the cross connect configuration page. Resave the new configuration by clicking on the save button of the cross connect page. Repeat this process until the save returns without errors. When all your errors are corrected and the Cross Connect page saves cleanly, proceed to Trunk Processing Configuration Module to configure the trunk processing during a Carrier Group Alarm (CGA). This is only completed for those connections that have T1 to T1 interface connections. Trunk processing configuration for voice cards is completed on the voice card configuration page.

TRUNK PROCESSING CONFIGURATION MODULE

XCON MODULE

XC2T M

ODULE

Use this module to program the SHARK™ IAD to correctly process the signaling of a network trunk side. These parameters need to be programmed for every DS0 that passes from one T1 module through another T1 module.

When using the XCON module, two T1s from the Central Office can be connected to T1 modules. The T1 circuits on the WAN-1 and WAN-2 may be groomed, re-bundled and attached to a T1 network connected to T1 modules installed in the SHARK™ IAD's LAN-1 and LAN-2 modules. Thus, creating the possibility of 48 DS0s for which signaling parameters must be programmed. The signaling choices are the same for each DS0.

Up to four T1s from the Central Office can be connected to T1 modules installed in the SHARK™ IAD when using the XC2T module. There are two ports on the XC2T module and one each on the WAN-1 and WAN-2 modules. These T1 circuits may be groomed, re-bundled and attached to a T1 network connected to T1 modules installed in the SHARK™ IAD's LAN-1, LAN-2, WAN-1, WAN-2 and the T1 ports on the XC2T modules. Thus, creating the possibility of 96 DS0s for which signaling parameters must be programmed. The signaling choices are the same for each DS0.

EXAMPLE OF CROSS CONNECTIONS

The Trunk Processing configuration page needs to be completed any time a DS0 from a T1 is not connected to a voice module or TDM data pipe in the router module. When a connection is made to a voice module the voice module configuration page controls the trunk processing. Refer to Figure 55 on page 558 and Figure 57 on page 5-60. When a cross connection is made to a TDM data pipe the information is data, consequently, it does not require trunk processing. Refer to Figure 15 for the following trunk processing requirements:

Chapter 5-22 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

1. The connection from WAN1 slots 19 -24 to Router Ch1 slots 1-6 does not

need trunk processing because it is a data path.

2. The trunk processing for the connections from WAN1 to VOICE-1 and

VOICE-2 is configured in the VOICE-1 and VOICE-2 configuration pages.

Trunk processing must be defined for the remaining combinations of connections made in this example. Refer to Figure 15 and use the page shown in Figure 19 to configure these trunk processing connections. The page will only show the following connections that require a selection for the trunk processing.

When using the XCON module:

1. The cross connections from WAN1 to LAN-1 or LAN-2.

2. The cross connections from WAN1 to WAN2.

3. The cross connections from WAN2 to LAN-1 or LAN-2.

When using the XC2T module:

1. The cross connections from WAN1 to LAN-1, LAN-2, T1-1, T1-2 or WAN2.

2. The cross connections from WAN2 to LAN-1, LAN-2, T1-1, T1-2 or WAN1.

3. The cross connections from T1-1 to T1-2, LAN-1, LAN-2, WAN1 or WAN2.

4. The cross connections from T1-2 to T1-1, LAN-1, LAN-2, WAN1 or WAN2.

WAN1 Trunk Processing

Clear Ch

FXO GS

Clear Ch FXS LS FXS GS FXO GS PLAR D3 PLAR D4 Other

Source

Trunk Processing

TMB on

Source

Module

wan 1

Return to the

View WAN2 Trunk Processing Configuration

Src

Slot

Figure 19: Example of WAN1 Trunk Processing Selection

Each circuit has a pull down menu with these options:

• Clear Ch--Clear channel. No signaling bits used results in a full 64kbps band

width per channel (DS0). Examples of circuits are Voice Grade Data and DDS Data. Do not use this selection if the DS0 is transporting a voice circuit with A and B bit signaling as the signaling bits will not be placed into the correct super frames.

• FXS LS—Foreign Exchange Station Loop Start.

Dest

Slot

Save

Cross Connect

Dest

Module

lan 1

page

Trunk Processing

Clear Ch

FXS GS

Clear Ch FXS LS FXS GS FXO GS PLAR D3 PLAR D4 Other

Destination

TMB on

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

• FXS GS--Foreign Exchange Station Ground Start.

• FXO GS--Foreign Exchange Office Ground Start.

• PLAR D3--Private Line Automatic Ringdown type 3

• PLAR D4--Private Line Automatic Ringdown type 4

• Other—Use this selection when the signaling type is not one of the above

selections.

TMB - Trunk Make Busy. With this option selected, when the circuit goes down, the unit will release the trunk by opening the Tip lead for 2.5 seconds. Then Tip ground is applied causing the trunk to go to a busy state. This condition is maintained until the CGA condition is cleared. In this case, the caller will experience a "busy" signal until the line is put back into service.

Once you have made all your selections, click on the save button. Your Trunk processing configuration will be saved and the system will return to the home page.

ONFIGURATION

CONFIGURING THE WAN MODULES

device ID:xel shark1000011

Home

XEL SHARK

Help

Status/

Alarms

Maintenance

T1 configuration is done via the WAN1, WAN2, LAN1, LAN2 and the XC2T configuration pages. Access these pages by clicking on one of the CONFIG buttons in the WAN1, WAN2, LAN1, LAN2 or XC2T module boxes from the HOME page as shown in Figure 20.

The WAN module's line framing, line coding, line Build Out, and Network Initiated loopback detection are programmed with this page. Figure 21 shows the defaults for each of these functions and all possible options for the XCON module while Figure 22 shows for the XC2T module.

Module

INS

XEL Communications Inc, 17101 East Ohio Drive, Aurora Co 80017

device ID:xel shark1000011

System

FXS

STATUS CONFIG

FXS

STATUS CONFIG

XEL SHARK

XSP 1OO Shark

SHARK 010101000011

Point and Click here for WAN1 configuration page.

Xcon

STATUS CONFIG

OOS

STATUS CONFIG

NPR

INS

EMP

STATUS

CONFIG

Router

STATUS

STATUS CONFIG

CONFIG

Power

Supply

INS

STATUS CONFIG

FXS

INS

STATUS CONFIG

EMP

INS

STATUS

Figure 20: Selecting WAN1 configuration page from the home page

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

ALARM REPORTING

T1 FRAMING

LINE CODING

REMOTE LOOPBACK OPTION

Select the Alarm Reporting mode.

• Disable Disables the reporting of alarms from this module. This does not

prevent the transmitting of a T1 signal or synchronizing of a received T1 signal.

• Enable Allows the reporting of alarms from this module.

Select the T1 framing:

• SF Super Frame.

• ESF Extended Super Frame.

• SLC-96 The SLC-96 option is compatible with SLC Mode 1, sometimes

known as SLC D1D, as outlined in standard TR08.

Select the T1 Line coding:

• AMI Alternate Mark Inversion

• B8ZS Bipolar 8 Zero Substitution

These parameters allow the user to enable the WAN module to respond to a loopback code coming from the network side of the T1 interface. If the appropriate option is enabled in this configuration page, the SHARK™ IAD will respond to a loopback code sent from the T1. When the loopback detection is turned off, the SHARK™ IAD will not respond to any loopback codes sent from the network side of the T1.

INE BUILD OUT

Options are:

• In Band: Disable Enable

• ESF/DL Disable Enable

When the In Band is enabled and Line Build Out is set to DSX, the code of NI can be detected. When the In Band is enabled and the Line Build Out is set to CSU, the code of CSU can be detected. The codes of FDL Line, FDL Payload and FDL Network can be detected when the ESF/DL is enabled and the Line Build Out is set to either DSX or CSU.

The Line Build Out section of this page will only allow you to use either CSU or DSX Line Build Out for each module. A CSU and a DSX Build out cannot be selected at the same time for a module. The DSX and CSU interfaces may be programmed independently for each module. If an external CSU is used between a WAN or a T1 of the XC2T module and the NID, use one of the DSX options in the WAN or XC2T card. If there is not an external CSU between the NID and the WAN module, program the WAN module's CSU interface by setting one of the CSU options. See the Line Build Out section of the WAN configuration page shown in Figure 21 for the possible selections for the DSX and CSU line Build Out.

DSX line Build Out

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 5-25

DSX line build out is used for pre-equalizing the 4-Wire T1 connection back towards the CSU on the Central Office (CO) side or another CPE site using the

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

secondary WAN. Select the closest distance from the SHARK™ IAD to the CSU or CPE attached to this module. See the Line Build Out section of the WAN configuration page that is shown in Figure 21 for the possible selections.

CSU Line Build Out

CSU build out is used to balance the 4-Wire T1 line going back to the Central Office. Select the pad value needed to properly coordinate the transmit and receive levels from the SHARK™ IAD at the NID or smart jack. Too hot of a transmit signal level from the SHARK™ IAD at the receive in of the NID can cause cross talking of the signals.

When you are satisfied with your WAN configuration choices, click on the save button. This will save and load the new T1 configuration. The system will return to the home page.

You have completed configuring the Transport functions of your SHARK™ IAD. Proceed to configure the Data transport selecting the config button of the Router module.

WAN-1 Configuration

Alarm Reporting:

Disable

Enable

In Band

ESF/FDL

DSX

0-133 ft

133-266 ft

CSU

0 dB

-7.5 dB -22.5 dB

Figure 21: WAN T1 configuration page

Framing

SF ESF

Line Coding

AMI

Remote Loopback Option

Disable

Disable Enable

Line Build Out

DSX DSX

266-399 ft

-15 dB

SLC-96

B8ZS

Enable

DSX

399-533 ft 533-655 ft

CSUCSUCSU

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

T1-1 Configuration

Alarm Reporting:

DSX

0-133 ft

CSU 0 dB

Disable

Framing

AMI B8ZS

Remote Loopback Option

In Band

ESF/DL

Line Build Out

DSX

133-266 ft

CSU

-7.5 dB

ESF

Line Coding

Disable

Disable Enable

DSX

266-399 ft

CSU

-15 dB

Save

Enable

SLC-96

Enable

DSX

399-533 ft

CSU

-22.5 dB

DSX

533-655 ft

Figure 22: XC2T T1 configuration page

CONFIGURE THE IP ROUTER MODULE

COLLECTING CONFIGURATION INFORMATION

To configure the IP Router you must first collect some information. Fill out the following table before configuring the router. Your IP Service Provider (ISP) should provide the WAN information needed in Table 7.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

IP worksheets

Table 7: Router Addressing table Worksheet

IP Address: From the ISP provider for internet access

Net Mask:

Subnet mask in use for the network connected to the WAN port; typically:

255.255.255.0

Default Gateway:

IP address of the host to which the SHARK™ IAD should send network traffic when it can’t find the destination host.

Domain Name:

The name of the DNS domain you access most frequently.

Primary Nameserver Address:

The IP address of the primary DNS nameserver for your network.

Secondary Nameserver address:

The IP address of the secondary DNS nameserver for your network.

Fast Ethernet Port Information

When you are using the 10/100 BaseT Fast Ethernet port (referred to as the Fether port) you must define:

• IP address of the Fether port. Such as: 192.168.1.254

This address is usually a private address in your existing LAN subnet range.

• Broadcast address for the Fether port. Such as: 192.168.1.255

• Netmask for the Fether port. Such as: 255.255.255.0

This address is usually a private address in your existing LAN subnet range.

You may record your Fether port addresses below: Fether port private IP address: . . . Fether port Broadcast address: . . . Fether port Netmask: . . .

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Static Local Area Network Addressing

If you want to manually assign the addressing schemes for all the workstations that are connected to the same Local Area Network as your SHARK™ IAD's Fether port, you must turn DHCP

off. The addresses that you assign for each workstation

must be in the same subnet as the LAN to which the SHARK™ IAD's Fether port is connected. Record the addresses that you assign to each workstation and store the record in a safe place. For a discussion about how to enter the addresses into a PC type workstation see the Getting Started chapter of this manual or the Getting started booklet that came with your SHARK™ IAD. If you want the SHARK™ IAD to assign the addresses automatically, go to DHCP Dynamic Host Control Protocol (Auto Addressing).

DHCP Dynamic Host Control Protocol (Auto Addressing)

If you want the SHARK™ IAD to automatically assign the addressing schemes for the workstations that are connected to the same Local Area Network as your SHARK™ IAD's Fether port, you must enable DHCP. To use DHCP addressing you must define the following parameters:

Table 8: Dynamic Host Control Protocol information table

DHCP Settings

Choose: Off, Server, or Relay-Agent:

Start Address:

The first IP address the SHARK™ IAD should assign:

End Address:

The last IP address the SHARK™ IAD should assign:

Lease Time:

The time period for which DHCP address leases will be issued. The default lease time is one hour

00:01:00:00.

Server Address:

The IP address of the DHCP server to which the SHARK™ IAD will relay DHCP requests from clients connected to the same LAN as the Fether port (only needed if configured for relay-agent)

THE IP/ROUTER CONFIGURATION MENU

Once the necessary information has been gathered, from the home page, click on the Router's

Config button as shown in Figure 23. The IPRouter menu is

displayed. As shown in Figure 24, it has 10 submenu buttons that are used to configure the various parts of the IPRouter.

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 5-29

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

XEL Communications Inc, 17101 East Ohio Drive, Aurora Co 80017

XEL SHARK

device ID:xel shark1000011

Home

XEL SHARK

device ID:xel shark1000011

XSP 1OO Shark

System

SHARK 010101000011

Help

Module

Status/

Alarms

Maintenance

INS

FXS

STATUS CONFIG

FXS

STATUS CONFIG

FXS

STATUS CONFIG

OOS

STATUS CONFIG

NPR

INS

STATUS CONFIG

Xcon

Figure 23: Home page selecting Router configure menu

STATUS

INS

STATUS CONFIG

EMP

STATUS CONFIG

EMP

STATUS

CONFIG

Router

Point and Click

here for the Router

configuration page.

CONFIG

INS

Power

Supply

STATUS

XEL Communications Inc, 17101 East Ohio Drive, Aurora CO 80017

Home

Help

NOTE: The IP router does

assume the new configuration assigned by these pages until

not a "coldstart router" command is issued or the box is power cycled. The coldstart command is accessed via the "Router Review" page.

Status/ Alarms

Maintenance

Figure 24: IP/Routing Configuration menu

IP/Routing Configuration

System FDL

TDM Setup IP

DHCP DNS

Bridge Pinhole

SNMP Craft Port

Router Review and Restart

Continue to configure your SHARK™ IAD by clicking on each button of the IP menu in the order shown in Figure 24. After filling in all the necessary fields for each of these pages you must click on the

save button on each page to store your

new settings. Once you have completed configuring all of the IP/Router pages, you must access the

Router review & Restart page and initiate a router coldstart

by clicking on the coldstart button of the Router review & Restart page to load

Chapter 5-30 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

the router. The Router review & Restart page is discussed in greater detail in the "Router review & Restart" paragraphs and Figure 53 on page 5-54.

system menu is described in the "System Administration" paragraphs on

The page 5-11. Refer to Figure 7 on page 5-11.

If the Facilities Data Link will be used proceed to the Facilities Data Link (FDL) paragraphs on page 5-31 to begin the FDL configuration. Otherwise, skip the

FDL configuration process and proceed to configuring the TDM channels on

page 5-35.

Facilities Data Link (FDL)

NABLING THE

E FDL

The Facilities Data Link is a T1 term specifically relating to Extended SuperFrame (ESF). ESF increases the standard T1 frame from 12 to 24 consecutive frames of information. This allows for a 4 Kbps link to be used for the FDL. This link supports the communication of various network information in the form of in-service monitoring and diagnostics.

Setting up the FDL requires the following conditions and setup screens:

• The WAN connection must be in ESF mode.

See WAN setup instructions on page 5-24. Also see Figure 21 and Figure

22.

• Enable the FDL and its source. See Figure 25.

• Determine if the FDL will be the Default Gateway or if it will need a Static

Route assigned.

• Configure the IP parameters for the path that the FDL will use.

See Figure 27 and Figure 30.

The WAN connection that will be the source for the FDL must be in ESF framing mode. To configure the WAN that the FDL is assigned to, click on the WAN module's configuration button from the

Home page. Select ESF for the

framing mode and click on the save button. Figure 21 on page 5-26 shows the

WAN configuration page.

Return to the home page and select the IP/Routing menu will appear. Click on the

config button for the router. The

FDL button to select the FDL mode

and source selection page. This page is shown in Figure 25 for the XCON module and Figure 26 for the XC2T module. Enable the FDL by selecting

on.

Then select which WAN or T1 connection is the source for the FDL. Select the

save button to save your selections and return to the IP/Routing menu.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Facility Data Link (FDL)

Mode :

Source :

NOTE: Enabling the FDL disables T1 performance monitoring.

off on

WAN1 WAN2

Save

Figure 25: Facility Data Link (FDL) Enabling and WAN port selection for XCON modules

Facility Data Link (FDL)

Mode : off on

Source :

NOTE: Enabling the FDL disables T1 performance monitoring.

T1-1

WAN1

Save

Figure 26: Facility Data Link (FDL) Enabling and WAN port selection for XC2T modules

T1-2

WAN2

FDL IP R

USING

OUTING

THE DEFAULT GATEWAY

IP Configuration

Fast Ethernet

FDL

TDM 1 VCC 1

Gateway

Static Routes

Return to the main IP/Routing Configuration page

NOTE: If the FDL mode or any of the VCC’s in TDM are enabled, they will appear in this screen. Figure 27: The IP Configuration menu

Chapter 5-32 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Default Gateway Configuration

Default Gateway: Enabled Disabled

Interface: IP-address:

tdm1

FDL:

Save

NOTE: FDL will be displayed in this screen when FDL is enabled.

TDM will be displayed in this screen when PPP is enabled for that TDM.

Figure 28: Using the FDL as the Default Gateway

128.100.0.254

FDL IP R

USING A

ROUTE

OUTING

STATIC

If your application requires the default gateway to be used for IP traffic then you must define a

Static Route for the SNMP traffic. A static route identifies a

manually configured pathway to a remote network. Unlike dynamic routes, which are acquired and confirmed periodically from other routers, static routes do not time out. Static Routes are also discussed on page 5-48 where you also find Table 16 that defines the parameters for the Static Routes configuration page.

From the IP/Routing configuration menu select the Configuration menu click on the

static routes button. Figure 29 shows the FDL

IP button. From the IP

parameters entered in the Static Routes configuration page.

• Enter the Destination Network address.

• Enter the Destination Netmask.

• Choose the metric by clicking on the pull down menu from the Metric field.

• Select FDL from the Gateway Interface pull down menu.

• Enter the Gateway Address for the FDL.

• Clicking on the Add button saves your entries.

Click on the

IP Configuration link to return to the IP Configuration page. Now

proceed to configure the FDL on page 5-34.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

STATIC ROUTES

Return to the IP Configuration page

Selecting

FDL and

entering FDL

addresses

Screen

results after

clinking on

the 'Add'

button

Add

Delete

Destination

Network

100.1 .1.53 128.0 .0.0 1 IP address 0.0.0.0

Destination

Network

100.1 .1.53 128.0 .0.0 4 IP ad dress 0.0.0.0

Destination

Netmask

Destination

Netmask

Figure 29: Configuring a Static Route for the FDL

ONFIGURE THE

C IP PARAMETERS

FOR THE

FDL

From the IP/Routing menu click on the configuration menu shown in Figure 27, click on the FDL button. Figure 30 shows the FDL IP configuration page. Referring to Table 9 enter all the necessary parameters. Clicking on the returns you to the

IP configuration menu.

Metric

1 IP ad dress

Gateway Interface

FDL

IP Address

tdm1 vcc1

FDL

Gateway Interface

FDL

Gateway

Address

Gateway

Address

IP button. From the resulting IP

save button saves your choices and

This completes the FDL configuration.

Click on the

IP/Routing Configuration link to continue to configure the router.

FDL IP Configuration

Option: on off

Address:

Broadcast:

Netmask:

RIP Send:

RIP Receive:

Figure 30: Configuring the FDL IP parameters

192. 168.13.2 54

192. 168.13.2 55

255.255.255.0

OFF

Save

Click on the arrow to select from these additional options

Version 1

OFF

Version 1 Version 2 Version 1 compatible

Chapter 5-34 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Table 9: FDL IP Parameter definitions

Option

Address The address is the IP address used to address the port

Broadcast Specifies the broadcast address for the TCP/IP network

Netmask Specifies the subnet mask for the TCP/IP network that

RIP Send -OFF

-version1

-version2

-version1 compatible

On or Off Selection on enables IP routing of the FDL

information.

being configured.

that the FDL is connected to. IP hosts use the broadcast address to send messages to every host on your network simultaneously. The broadcast address for most networks is the network number followed by 255. For example, the broadcast address for the 192.168.13.0 network would be 192.168.13.255.

the FDL is connected to. The subnet mask specifies which bits of the 32-bit binary IP address represents network information. The default subnet mask for most networks is 255.255.255.0 (Class C subnet mask). For the FDL circuit this parameter is typically turned

off.

Refer to Table 15 on page 5-46 for a detailed discussion of RIP Parameters.

Configure TDM Channels

The TDM setup page allows the user to enable one or multiple data pipe(s) from the Router through to the WAN interfaces and to define the type of transport for each data pipe. If one or more TDMs are enabled, a submenu will appear that will control the bandwidth of this data channel. To disable all the TDM channels, select the TDM channel(s), select the

WAN disabled option as shown. To configure x number of

x TDM(s) option. See Figure 31. To demonstrate the

TDM configuration process we will continue with channel 1 selected.

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 5-35

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

XEL Communications Inc, 17101 East Ohio Drive, Aurora Co 80017

device ID:xel shark1000011

XEL SHARK

XSP 1OO Shark

TDM Channel Configuration

XEL SHARK

Home

Help

Status/

Alarms

Maintenance

Figure 31: Selecting Number of TDMs from the TDM channel config submenu

The (WAN) bandwidth allocated to the router may be divided into TDM

(time domain multiplexed) channels.

Select the number of TDM channels

WAN Disabled

Save

Click on the arrow to view these additional selections

WAN Disabled

1TDM

1 TDM 2 TDMs 3 TDMs 4 TDMs

Configure The VCC by going through the TDM configurator pages in the order discussed in the following paragraphs and figures:

TDM Configuration Steps

Step Paragraph Title Figure Page

Configure TDM Channels Figure 31 5-35

2. Select TDM channel Figure 33 5-37

Defining TDM Channel BW & Encapsulation Figure 34 5-38

Frame-Relay do steps 5, 6, and 9; if PPP skip 5, 6 then do

4. steps 7-9.

TDM VCC enabling and LMI selection

Figure 35 5-39

(Frame Relay Encapsulation)

TDM VCC Type selection

Figure 36 5-40

(Frame Relay Encapsulation)

PPP Channel Select Page Figure 37 5-40

PPP Configuration Page Figure 38 5-41

Then back to step 2 to configure other TDM channel(s) Figure 33 5-37

When TDM and VCC configuring is complete return to the IP menu by selecting

Return to the main IP/Routing Configuration page.

TDM & CROSS CONNECT

Typically the Cross Connect set up works with the TDM setup to direct this data path to WAN1 or WAN2. See Figure 32.

INTERDEPENDENCY

Chapter 5-36 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Ethernet LAN

Traffic

The 1TDM Data Pipe

Bandwidth =TDM:

Start slot 12

through End Slot 15.

The Bandwidth of the pipe defined in

the TDM set up page and the

Bandwidth defined in the Cross

Connect setup page must be the

same. (ie: The same number of DS0s.)

Network

traffic

TDM Setup pages define the

"size of the doorway"

into the Router from the WAN interface and the

data "encapsulation type" of the data pipe.

The Cross Connect module attaches

the individual WAN T1 interface DS0s

to the appropriate channel 1 data pipe.

Data traffic

WAN1/2

T1 Interface

Voice Traffic

Router

Cross Connect

Figure 32: TDM setup & Cross Connect setup relationship and interdependency

ELECTING TDM

HANNEL

The SHARK™ IAD guides the user through each page necessary to configure each TDM data pipe. Once the save button is clicked, the next page that appears is the TDM Channel select page. Figure 33 shows the channel selection for this configuration page. Select configured, select

IP/Routing Configuration to return to the IP/Routing

Channel 1. When all the desired channels have been

Configuration screen as shown in Figure 24 on page 5-30

This Cross Connect connection

is defined as a connection

From WAN 1:

start slot 1- end slot 4

to Router:

start slot 12- end slot 15

Configure the Cross Connect

connections first because they

are automatically transferred to

the TDM set up page.

Return to the main IP/Routing Configuration page

Figure 33: TDM channel selection

EFINING TDM HANNEL BW &

NCAPSULATION

The SHARK™ IAD TDM configurator brings up the TDM Channel Setup page. Use this page to define the slot assignments for this data pipe. The choices shown in Figure 34 will define a data pipe of four 64kbs DS0s using router slots 12 through 15, which is a data pipe bandwidth of 256 kbps. Also notice that this channel is a frame-relay encapsulated channel.

• Enter the bandwidth by entering the start and end slots.

• Click on the frame mode encapsulation menu to select the desired frame mode.

• Click on the save button.

TDM Configuration

Select a TDM channel to configure

Channel 1

Channel 2

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Channel 1 Setup

Select the encapsulation (frame mode) and

the bandwidth (in 64kb/s slots) used by

TDM Channel 1

Frame Mode

frame-relay

Click on the arrow to select from these additional options

frame-relay

Slot Assignments

Slot Start: Slot End:

off

frame-relay

frame relay ppp

1 4

hdlc

Save

Figure 34: Defining TDM Channel Bandwidth & Encapsulation

Encapsulation Once the encapsulation and slot assignments are saved the SHARK™ IAD TDM

configurator automatically accesses the remaining pages that are specific for the selected encapsulation. Table 10, Table 11 and Table 12 lists the paragraphs to follow for each type of encapsulation chosen above.

Table 10 identifies the pages and paragraphs that describe the options that must be configured when Frame-Relay encapsulation is chosen. Table 11 identifies the pages and paragraphs that describe the options that must be configured when PPP encapsulation is chosen. Table 12 identifies the pages and paragraphs that describe the options that must be configured when HDLC encapsulation is chosen.

Table 10: SHARK™ IAD manual paragraphs and figures for a TDM frame relay configuration

Pages Paragraphs Figures 5-39 TDM VCC enabling

and LMI selection (Frame Relay Encapsulation)

5-40 TDM VCC Type

selection (Frame Relay Encapsulation)

Table 11: SHARK™ IAD manual paragraphs and figures for a TDM PPP configuration

Pages Paragraphs Figures 5-41 PPP Configuration

Page

5-41 PPP Channel Select

Page

Chapter 5-38 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Figure 35: Defining TDM VCC LMI protocol (Frame Relay

Encapsulation)

Figure 36: TDM Channel VCC Setup (Frame Relay

Encapsulation)

Figure 37: TDM VCC PPP enable page (PPP Encapsulation)

Figure 38: The PPP Configuration Page

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Table 12: SHARK™ IAD manual paragraph and figure for a TDM HDLC configuration

Page Paragraph Figure

5-43 HDLC Channel Select

Figure 39: TDM VCC HDLC enable page (HDLC Encapsulation)

Page

TDM VCC enabling

and LMI selection

(Frame Relay

Encapsulation)

The first page accessed in configuring TDM frame relay is the TDM Channel Setup for VCC enabling and LMI protocol selection page. Use this page to define the LMI protocol for all VCCs. Table 13 describes the possible LMI protocol options. Figure 35 displays 4 VCCs being enabled and the pull down selections for the LMI protocol. Up to 4 VCCs can be enabled per channel.

• Enable the VCC desired by clicking on its on button.

• Select LMI protocol.

• Press the save button.

TDM Channel 1 Setup

Frame Relay virtual circuit configuration:

Select the Local Management Interface (LMI) signaling mechanism.

Channel 1 Setup

LMI Protocol

VCC 1 on off

VCC 2 on off

VCC 3 on off

VCC 4 on off

none

Click on the arrow to select from these additional options

none

ANSI T1.617 Annex D consortium FRF 1.1 ITU Q.933 Annex A

Save

Figure 35: Defining TDM VCC LMI protocol (Frame Relay Encapsulation)

Table 13: LMI Protocol Descriptions (Frame Relay Encapsulation)

Protocol

Description

Type

ANSI TI.617 Annex D consortium FRF 1.1

Selects Annex "D" protocol the American National Standards Institute protocol which is the most widely used protocol type. Selects protocol compliant with the FRF.1.1 (Also known as the Voice over Frame Relay Implementation Agreement) standards set by the

Frame Relay Forum. IT U Q.933 Annex A

Selects the International Telecommunications Union Q.933 Annex 'A'

protocol. An international protocol type. This protocol supports SVCs

and is based on the signaling standard for ISDN.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

TDM VCC Type

selection

(Frame Relay

Encapsulation)

Once the save button is pressed, the SHARK™ IAD TDM configurator automatically accesses the TDM Channel 1 VCC Setup selection page. Figure 36 shows the options for a frame relay TDM VCC definition. Use this page to define either a select whether to use

direct or Ethernet (also known as Bridging) type of VCC. Also

q922 control or not and the local Data Link Connection

Identifier (DLCI). The DLCI is the frame relay virtual circuit number corresponding to a particular destination. The DLCI is part of the frame relay header.

Click on the arrow to select

TDM Channel 1 VCC Setup

Channel 1 VCC 1 Setup

Type

Control

Local DLCI

direct

q922

Save

from these additional options

direct

ethernet

q922

none

Figure 36: TDM Channel VCC Setup (Frame Relay Encapsulation)

PPP Channel Select Page

The DLCI is used in a frame relay application to identify the data link and its frame relay service parameters. The DLCI defines the frame size, Committed Information Rate (CIR), Committed Burst size (Bc), Burst Excess Size (Be) and Committed Rate Measurement Interval (Tc).

• Select VCC type: direct or ethernet. Most common is the default of direct

• Select VCC Control: q922 or none. Most common is the default of q922

• Enter the Local DLCI #: 0-1023.

• Press the save button.

This page is the last configuration page for Frame Relay encapsulation in the TDM configurator. Pressing the

save button returns you to the TDM

Configuration selection screen on page 5-37.

If you have selected PPP as encapsulation for a particular TDMs VCC, the PPP channel enable page will appear once you click on the

save button of the TDM

Channel configuration page. Figure 37 shows the Channel setup page for PPP

encapsulation. Enable the VCC by clicking on the

on button. Then click on the

save button.

Chapter 5-40 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

TDM Channel 1 Setup

Enable or disable the PPP circuit on this TDM

Channel 1 Setup

VCC 1 on off

Save

Figure 37: TDM VCC PPP enable page (PPP Encapsulation)

PPP Configuration Page

MRU [128-2048]: Magic Number: on off

Async Map: [0x00000000 -0xffffffff]:

Max Failures: [1-20]:

Max Configure [1-10]:

Max Terminate [1-10]:

The TDM configurator brings up the PPP Configuration page once the save button is pressed. This page defines the PPP parameters as shown in Figure 38.

To set up the PPP enter the necessary parameters from

Table 14.

Clicking on the

save button saves your entries and returns the system to the

TDM configuration top level menu.

Click on the

IP/Routing link to return to the Router configurator main menu and

continue to configure the router.

PPP Configuration

Protocol Compression: on off

Address Compression: on off

LCP Echo Requests: on off

Restart Timer:[1-30]:

PAP Authentication: on off CHAP Authentication: on off

PAP Username:

PAP Password: CHAP Password:

CHAP Username:

Save

Figure 38: The PPP Configuration Page

Table 14: PPP Configuration parameter definitions

MRU Specifies the Maximum Receive Unit for the virtual PPP interface.

The integer argument can be any number between 128 and 2048. By default, the MRU value for the virtual PPP interface is 1500.

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Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Async map Specifies the asynchronous control character map for the PPP link.

The default value for the map argument is 0x00000000

Max failures Specifies the maximum number of Configure-NAK messages the PPP

module can send without having sent a Configure-ACK message. The integer argument can be any number between 1 and 20. The default value for the maximum failure count is 10.

Max configure Specifies the maximum number of unacknowledged configuration

requests that your SHARK™ IAD will send. The integer argument can be any number between 1 and 10. The default value for the

max

configure argument is 10.

Max Terminate Specifies the maximum number of unacknowledged termination

requests that your SHARK™ IAD will send before terminating the PPP link. The integer argument can be any number between 1 and 10. The

max terminate argument is 2.

PAP Authentication

default value for the Specifies whether PAP authentication is enabled for a port. By default, PAP authentication is turned off. PAP authentication must be enabled before you can enter other PAP information. If you disable PAP authentication and save the modified configuration, your SHARK™ IAD retains its PAP setting.

PAP Username Specifies the name the SHARK™ IAD sends in a PAP response

packet. The

pap_name argument is 1- 32 alphanumeric characters.

The information you enter must match the PAP username configured in the PPP peer's authentication database.

PAP Password Specifies the password the SHARK™ IAD sends when a PPP peer

sends a PAP authentication request. The

password argument is 1-32

alphanumeric characters. The information you enter must match the PAP password used by the PPP peer.

CHAP Specifies whether CHAP authentication is enabled. By default, CHAP

authentication is turned off. CHAP authentication must be enabled before you can enter other CHAP information. If CHAP is turned on, it will be the first authentication method offered to the remote peer during link negotiation.

If you turn port authentication off and peer authentication on, the PPP software still uses the port authentication chap-name and pap-name for authentication. As a result, the port authentication names for PAP and CHAP must be identical to the peer names for your SHARK™ IAD on the remote peer. If you do not configure a chap-name or pap-name, then the authentication packets sent by the local peer will have blank name values. This may cause authentication to fail for some PPP implementations.

CHAP Username Specifies the name the SHARK™ IAD sends in a CHAP response

packet. The

chap name argument is 1-32 alphanumeric characters.

The information you enter must match the CHAP username configured in the remote PPP peer's authentication database.

CHAP Password Specifies the CHAP secret for CHAP authentication. The secret

argument is 1-32 alphanumeric characters. The information you enter must match the CHAP secret used by the PPP peer.

Magic Numberon/off

Enables or disables LCP magic number negotiation. By default, magic number negotiation is turned on.

Chapter 5-42 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Protocol Compression-on/off Address Compression-on/off LCP Echo Requests

Restart timer Specifies the number of seconds the SHARK™ IAD should wait

HDLC Channel Select

Page

Specifies whether you want the SHARK™ IAD to compress the PPP Protocol field when it transmits datagrams over the PPP link. By default, protocol field compression is turned on. Specifies whether you want the SHARK™ IAD to compress the HDLC Address and Control fields when it transmits datagrams over the PPP link. By default, address field compression is turned on. Specifies whether you want your SHARK™ IAD to send LCP echo requests. By default, LCP echoing is turned on. You should turn off LCP echoing if you do not want the SHARK™ IAD to drop a PPP link to a non-responsive peer.

before re-transmitting a configuration or termination request. The integer argument can be any number between 1 and 30. The default value for the

integer argument is 3 seconds. You can reduce the restart

timer value if your link is relatively fast (28,800 bps or greater). Conversely, you should increase the restart timer value for slow links.

If you have selected HDLC as encapsulation for a particular TDMs VCC, the HDLC channel enable page will appear once you click on the

save button of the

TDM Channel configuration page. Figure 39 shows the Channel setup page for

HDLC encapsulation. Enable the VCC by clicking on the on the

save button and you will be returned to the TDM Configuration selection

on button. Then click

screen on page 5-37.

TDM Channel 1 Setup

Enable or disable the HDLC circuit on this TDM

Channel 1 Setup

VCC 1 on off

Save

Figure 39: TDM VCC HDLC enable page (HDLC Encapsulation)

IP Configuration Page

The TDM configurator brings up the IP Configuration page once the save button is pressed. This page defines the IP parameters as shown in Figure 40.

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 5-43

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

IP Configuration

Fast Ethernet

FDL

TDM 1 VCC 1

Gateway

Static Routes

Return to the main IP/Routing Configuration page

Figure 40 : IP Configuration Page: Ethernet, Gateway, Static Routes

IP Configuration Page

THERNET AND

E TDM VCC

DDRESS

CONFIGURATION

From the IP/Routing Configuration page select the IP button to view the IP Configuration page. Figure 40 shows this page. From this page you select the desired IP, FDL (not displayed for HDLC encapsulation), and TCIP functions to configure.

First, click on the

Fast Ethernet button. Figure 41 shows the Fast Ethernet

Configuration page.

The FDL configuration (not displayed for HDLC encapsulation) is described in the FDL instruction paragraphs on pages 5-31 through 5-35. Consequently we will continue with configuring the TDM VCC and Ethernet addressing which is the next button of the IP menu.

The address configuration parameters for all Ethernet ports are similar to those found in the Fast Ethernet Configuration page shown in Figure 41. These parameters are explained in Table 15.

Refer to Figure 42 for the TDM VCC address configuration page when Frame Relay or HDLC is selected for the

frame mode in the "Channel 1 setup

configuration page".

Refer to Figure 43 for the TDM VCC address configuration page when PPP is selected for the

Chapter 5-44 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

frame mode in the "Channel 1 setup configuration page".

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Fast Ethernet IP Configuration

Option

Address:

Broadcast:

On Off

128.100.30. 89

128.100.255.255

Click on the arrow to select

Netmask:

RIP Send:

RIP Receive:

128.100.255.255

Off

from these additional options

Version 1

OFF

Version 1 Version 2

Save

Version 1 compatible

Figure 41: Typical network address configuration page (Fast Ethernet shown)

tdm1 vcc1 IP Configuration

Option

Address:

Broadcast:

Netmask:

NAT:

RIP Send:

RIP Receive:

On Off

128.100.30.89

128.100.255.255

On Off

Off

Save

Click on the arrow to select from these additional options

Version 1

OFF

Version 1 Version 2 Version 1 compatible

Figure 42: TDM VCC specific addressing config page in frame relay or HDLC frame mode

tdm1 vcc1 IP Configuration

Option

Address:

Peer Address:

VJ Compression

Flush Routes

NAT:

RIP Send:

RIP Receive:

SHARK™ IAD User's Guide XEL P/N & Release: 9SA-USRS-9.0R1.02 Chapter 5-45

On Off

128.100.30.89

128.100.255.255

On Off

Off

Save

Click on the arrow to select from these additional options

Version 1

OFF

Version 1 Version 2 Version 1 compatible

Chapter 5: Graphical User Interface (GUI/WEB) Configuration Pages

Figure 43: TDM VCC specific addressing config page in PPP frame mode

Table 15 describes the parameters used in the address configuration pages of the

P menu.

Table 15: Network address page parameter descriptions

Address The address is the IP address used to address the port

being configured. For PPP it can be 0.0.0.0 and should cause the NCP to obtain the address from the remote side (Peer) peer.

Peer Address Only used when ppp is selected for the 'frame mode'

option in the

tdm channel setup menu. This is the address

of the remote side (Peer) ppp link. Note: It is recommended that the peer address be assigned a 0.0.0.0 address.

Broadcast Specifies the broadcast address for the TCP/IP network

connected to the Fether port. IP hosts use the broadcast address to send messages to every host on your network simultaneously. The broadcast address for most networks is the network number followed by 255. For example, the broadcast address for the 192.168.1.0 network would be

192.168.1.255.

VJ Compression Only used when ppp is selected for the 'frame mode'

option in the

tdm channel setup menu. The IP-

Compression-Protocol Configuration Option (typically referred to as 'VJ Compression' after its author Van Jacobson) is used to indicate the ability to receive compressed packets. Each end of the link must separately request this option if bi-directional compression is desired.

Flush Routes Only used when ppp is selected for the frame mode option

in the 'tdm channel setup' menu. When the made any routing information acquired from a remote peer will be cleared when the link to that peer is terminated

Netmask Specifies the subnet mask for the TCP/IP network

connected to the Fether port. The subnet mask specifies which bits of the 32-bit binary IP address represent network information. The default subnet mask for most networks is 255.255.255.0 (Class C subnet mask).

on selection is

Chapter 5-46 XEL P/N & Release: 9SA-USRS-9.0R1.02 SHARK™ IAD User's Guide

Verilink XEL XSP-100 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Trademarks:

COMPLIANCE

FCC RULES PART 68 REGISTRATION :

FCC RULES, PART 15

INDUSTRY CANADA

Approvals:

Copyright

License

Safety Information and Precautions

NOTICE!

POWER SOURCE

POWER SUPPLY SAFETY INFORMATION

GROUNDING

NOTICE!

ELECTROSTATIC DISCHARGE PREVENTION

Warranty, Repair Return

Tech Support

Ordering Information

CALL

WRITE

Registration Card

FAX Registration Card

How to use this manual

WHY SHARK™ IAD?

Integrated

Trouble-free

FEATURE SET

WAN Ports

Analog Voice Ports

LAN Ports

IP Router

Frame Relay Access Device

Network Management

V.35 Serial Port

Chassis

Power

Environmental

HOW THE SHARK™ IAD DOES IT

Functional Description

The T1 Interfaces

The Digital Cross Connect

The Network Management

The Data Interface

The Voice Interface

Conclusion

INSTALLATION OPTIONS

EMI filters

TABLE TOP OR DESK TOP MOUNTING

RACK MOUNTING

WALL MOUNTING

ABOUT GROUNDING

D. C. POWER CABLE WITH STANDARD PIGTAILS

FCC REQUIRED EMI FILTERS

MODEL: 9SA-1208-M06 VOICE INTERFACE CABLE

Description:

Length:

Pair Twists:

Function

MODEL: 9SA-1230- X05/X10/X25 T1 XOVER CABLES

Description:

Length:

Pair Twists:

Function:

NOTES

MODEL: 9SA-1235-M06/M10/M20 T1 OR 10/100BASET (568B) CAT5

Description:

Length:

Pair Twists:

Function:

NOTE:

MODEL: 9SA-1235-X6/X10/X20 10/100BASET XOVER CAT5 CABLES

Description:

Length:

Pair Twists:

Function:

MODEL: 9SA-00DC-CBL: -48DC POWER CABLE