ONU Provisioning and Services Manual v5.0.1

O N U P r o v i s i o n i n g &S e r v i c e s M a n u a l

M o v in g I P a t G ig a F o r c e S p e e d

Version 5.0.1February 2006

ONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

This document contains proprietary information which is protected by copyright. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording, or by any information storage retrieval system, or translated into another language, without prior written consent of Alloptic®.

Alloptic® makes no warranty of any kind with regard to this material, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose. Alloptic® shall not be liable for errors contained herein nor for incidental or consequential damages in connection with the furnishing, performance or use of this material.

Trademarks

All brand names and product names used in this book are trademarks, registered trademarks, or trade names of their respective holders.

iiiONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

Table of ContentsONU Provisioning and Services Manual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . iDocument History . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ixIntroduction. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . xiAbout this Guide. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .xiAudience . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .xiWhere to find help . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .xi

Customer Response Center. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .xiSafety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .xiSpecial Notes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . xii

Chapter 1 ONU Provisioning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1ONU Provisioning. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1GigaVu™ Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1GigaVu™ System Provisioning Navigation Paths . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Chapter 2 ONU Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5ONU Module Configuration Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

Navigating to the ONU Module Configuration WIndow . . . . . . . . . . . . . . . . . . . . . . 5Priority Between vs Priority Within Users. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9Adding an ONU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9Provision a bizGEAR™ 100 ONU (Obsolete) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10Provision a bizGEAR 200 ONU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11bizGEAR 200 Service Module Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

Provision a bizGEAR 200 Service Module. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13Provisioning a bizGEAR Ultra ONU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15Provisioning a home 4000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17Provisioning a homeGEAR™ 1000 (Obsolete) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19Provisioning a homeGEAR Ultra (Obsolete) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21Provision an mduGEAR™ ONU. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23Provision an aceGEAR ONU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24Provisioning an Xgen 7000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26Delete ONU Equipment from System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28

Delete a bizGEAR 200 Service Module . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28Delete an ONU. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31

Chapter 3 ONU Services Provisioning. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33

iv ONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

Services Provisioning Navigation. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33Data Services Provisioning Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34

Navigating to the ONU User Configuration Window . . . . . . . . . . . . . . . . . . . . . . . 35Priority Within User Configuration Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 35

Provision ONU User with TOS Prioritization . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36Priority Between Users Configuration Data . . . . . . . . . . . . . . . . . . . . . . . . . . . 38

Provision ONU User With Weighted Prioritization . . . . . . . . . . . . . . . . . . . . . . . . . 39Navigating to the Ethernet Interface Configuration Window . . . . . . . . . . . . . . . . . 41Provision ONU Ethernet Port for Untagged Traffic . . . . . . . . . . . . . . . . . . . . . . . . 43Provision ONU Ethernet Port for Tagged Traffic . . . . . . . . . . . . . . . . . . . . . . . . . . 44VLAN Transparent LAN Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

TDM Services Provisioning Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47Navigating to the ONU DS1 Interface Configuration Window . . . . . . . . . . . . . . . . 47Provisioning the ONU DS1 Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 48Provisioning the ONU DS1 Parameter Thresholds . . . . . . . . . . . . . . . . . . . . . . . . 50Navigating to the ONU DS0 Interface Configuration Window . . . . . . . . . . . . . . . . 51Provisioning the ONU DS0 Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52

ONU Telephony Services Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54Navigating to the ONU AVM Configuration Window . . . . . . . . . . . . . . . . . . . . . . . 54

ONU AVM Interface Configuration Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55Provisioning the ONU AVM Interface. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56

Chapter 4 Cross Connects. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59Provisioning Network Cross Connects. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59

Set AVM Cross Connect Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59Provisioning AVM Network Cross Connects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61Set DS0 Cross Connect Type . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63Provisioning DS0 Network Cross Connects. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64

Provisioning Point-to-Point Cross Connects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66Provisioning AVM Ports for Point-to-Point Cross Connects. . . . . . . . . . . . . . . . . . 67Provisioning AVM Point-to-Point Cross Connects . . . . . . . . . . . . . . . . . . . . . . . . . 69Provision DS1 Point-to-Point . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 71Configure the DS0s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 72Provisioning DS1/DS0 Point-to-Point Cross Connects . . . . . . . . . . . . . . . . . . . . . 73

TDM Service Disconnect Requirements . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74Chapter 5 Video Service Provisioning . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75RF Video Service Overview. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75

vONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

Provisioning RF Video Service. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 75IP Video Services Overview. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78

Provisioning Global IP Video Services. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78VLAN and IGMP Configuration Fields . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 78Creating IP Video VLANs. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79IP Video IGMP Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 80Network Port Configuration Fields . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81Add Network Port(s) for IP Video VLAN. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 81PON Port Configuration Fields . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83Add PON Port(s) to the IP Video VLAN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83IP Video Multicast Address Configuration Fields . . . . . . . . . . . . . . . . . . . . . . . 85Add Multicast Addresses to the IP Video VLAN. . . . . . . . . . . . . . . . . . . . . . . . 85

Provision ONU IP Video Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 87ONU Ethernet Interface Configuration Fields. . . . . . . . . . . . . . . . . . . . . . . . . . 87ONU Ethernet Port IP Video Configuration Fields . . . . . . . . . . . . . . . . . . . . . . 87Configure ONU Ports to IP Video Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . 88IP Video Secure Set-Top Box . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 90Disable the IP Video Set-Top Box Configuration . . . . . . . . . . . . . . . . . . . . . . . 92Delete the IP Video Set-Top Box Configuration . . . . . . . . . . . . . . . . . . . . . . . . 92

Chapter 6 Designated Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93Designated Services Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93Provisioning Global Designated Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93

Designated Services Configuration Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 93Creating Designated Services VLANs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 94Designated Services PON Port Configuration Data. . . . . . . . . . . . . . . . . . . . . . . . 95Configure Designated Services PON Ports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 95

Provision ONU Designated Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 97ONU Designated Services Configuration Fields . . . . . . . . . . . . . . . . . . . . . . . . . . 97Configure ONU Units for Designated Services . . . . . . . . . . . . . . . . . . . . . . . . . . . 97ONU Port Designated Services Configuration Fields. . . . . . . . . . . . . . . . . . . . . . . 99Configure ONU Ports for Designated Services . . . . . . . . . . . . . . . . . . . . . . . . . . . 99ONU Device Filter Configuration Fields . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101Configure ONU Device Filter Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 101

Chapter 7 Removing ONU Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103Ethernet Services Removal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103

Disconnect an Ethernet Service. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103Delete ONU Users . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104

TDM Service Disconnects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106

vi ONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

Delete Network Cross-Connects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 106Delete Point-to-Point Cross-Connects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108

TDM Facilities Service Removal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 109Remove ONU AVM from Service. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 109Disable ONU DS0 Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 110Disable ONU DS1 Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 112Disable the DS3M DS0 Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 113Disable the DS3M DS1 Interface . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 114

Disconnect ONU RF Video Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 116Deleting IP Video from an ONU. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 117Deleting IP Video Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 118

Deleting Multicast Addresses from the IP Video VLAN . . . . . . . . . . . . . . . . . . . . 118Deleting PON Port(s) for IP Video VLAN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 119Deleting Network Port(s) for IP Video VLAN . . . . . . . . . . . . . . . . . . . . . . . . . . . . 120Removing IP Video Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121

Deleting Designated Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122Deleting MAC Addresses. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122Deleting ONU Designated Services Ports . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 122Deleting ONU Designated Service Units . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 123Deleting Global Designated Services PON Ports . . . . . . . . . . . . . . . . . . . . . . . . 123Deleting Designated Services VLANs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 124

Appendix A - Glossary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 125Appendix B - Alarm Codes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133

Alarm Code Grouping . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133

viiONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

List of Figures

Chapter 1 ONU Provisioning................................................................................. 1Figure 1: GigaVu™ Login Screen............................................................................. 2Figure 2: GigaVu™ Home Window.......................................................................... 2Figure 3: ONU Configuration and Navigation Tree .................................................. 3Chapter 2 ONU Configuration .............................................................................. 5Figure 4: ONU Configuration Window, Graphical View.......................................... 6Figure 5: ONU Configuration Window, List View ................................................... 6Figure 6: bizGEAR™ 100 Configuration Window ................................................. 10Figure 7: bizGEAR 200 Configuration Window ..................................................... 12Figure 8: Adding a bizGEAR 200 Service Module ................................................. 14Figure 9: bizGEAR Ultra Configuration Window................................................... 16Figure 10: home 4000 Configuration Window........................................................ 18Figure 11: homeGEAR™ 1000 Configuration Window ......................................... 20Figure 12: homeGEAR Ultra Configuration Window............................................. 22Figure 13: The mduGEAR 224 Configuration Window.......................................... 23Figure 14: aceGEAR (DS1) Configuration Window............................................... 25Figure 15: Xgen 7000 Configuration Window ........................................................ 27Figure 16: Deleting a bizGEAR 200 Service Module ............................................. 29Figure 17: Resetting the ONU ................................................................................. 30Chapter 3 ONU Services Provisioning................................................................ 33Figure 18: GigaVu™ ONU Services Configuration Navigation Tree..................... 33Figure 19: ONU User Configuration (Priority Within User) Window.................... 37Figure 20: ONU User Configuration (Priority Between Users) Window ............... 40Figure 21: ONU Ethernet Interface Provisioning .................................................... 42Figure 22: Enabling Untagged Traffic..................................................................... 43Figure 23: Enabling Tagged Traffic ........................................................................ 44Figure 24: Enabling Transparent LAN Services (QinQ) ......................................... 46Figure 25: ONU DS1 Interface Provisioning .......................................................... 49Figure 26: ONU DS1 Performance Monitoring Profile Configuration Window .... 50Figure 27: ONU DS0 Interface Provisioning .......................................................... 53Figure 28: home 4000 with AVM ports................................................................... 54Figure 29: ONU AVM Interface Provisioning ........................................................ 57Chapter 4 Cross Connects.................................................................................... 59Figure 30: Network Cross Connect Flowchart ........................................................ 59Figure 31: AVM Cross Connect Type..................................................................... 60Figure 32: Provisioning AVM Port Cross Connects ............................................... 62Figure 33: DS1 Cross Connect Type ....................................................................... 63Figure 34: Provisioning DS0 Network Cross Connects .......................................... 65

viii ONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

Figure 35: Provisioning Point-to-Point Cross Connects.......................................... 66Figure 36: Provisioning the AVM Port for Pt-to-Pt Cross Connect ........................ 68Figure 37: Selecting Point to Point .......................................................................... 68Figure 38: ONU to ONU AVM Cross Connect....................................................... 70Figure 39: DS1 Interface Configuration Window ................................................... 71Figure 40: Selecting DS0s for Cross Connect ......................................................... 72Figure 41: ONU to ONU Cross Connects ............................................................... 74Chapter 5 Video Service Provisioning ................................................................ 75Figure 42: Provisioning RF Video Service, tvGEAR Transceiver .......................... 76Figure 43: Provisioning RF Video Service, tvGEAR Receiver............................... 76Figure 44: Provisioning Single Fiber tvGEAR Receiver......................................... 77Figure 45: Provisioning RF Video Service, tvGEAR Converter ............................. 77Figure 46: Creating an IP Video VLAN.................................................................. 80Figure 47: Adding Network Ports for IP Video VLANs ......................................... 82Figure 48: IP Video Network Port Configuration ................................................... 82Figure 49: Adding PON Ports to the IP Video VLAN ............................................ 84Figure 50: IP Video PON Port Configuration ......................................................... 84Figure 51: Multicast Address Configuration Window ............................................ 86Figure 52: Configuring ONU IP Video ................................................................... 89Figure 53: IP Video Service Configuration Window .............................................. 89Figure 54: IP Video STB Inventory Window.......................................................... 91Chapter 6 Designated Services ............................................................................ 93Figure 55: Designated Services Configuration Window ......................................... 94Figure 56: Designated Services PON Port Configuration Window ........................ 96Figure 57: ONU Designated Service Configuration Window ................................. 98Figure 58: ONU Port Designated Service Configuration Window ....................... 100Figure 59: Designated Services Device Filter Window......................................... 102Chapter 7 Removing ONU Services .................................................................. 103Figure 60: Disabling the Ethernet Interface........................................................... 104Figure 61: Deleting ONU User Configuration ...................................................... 105Figure 62: Deleting Network Cross Connects ....................................................... 107Figure 63: Deleting Point to Point Cross Connects ............................................... 108Figure 64: Removing the AVM Port from Service................................................ 109Figure 65: Disabling the DS0 Interfaces................................................................ 111Figure 66: Disabling the DS1 Interface ................................................................. 112Figure 67: Disabling the DS3M DS0 Interface ..................................................... 113Figure 68: Disabling the DS3M DS1 Interface ..................................................... 115Figure 69: Disconnecting RF Video Service ......................................................... 116Figure 70: Deleting Multicast Addresses from the IP Video VLAN .................... 118Figure 71: Deleting PON Ports from IP Video VLAN.......................................... 119Figure 72: Deleting Network Ports from the IP Video VLAN.............................. 120Figure 73: Removing IP Video Service ................................................................. 121

ixONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

Document HistoryVersion Issue Date Comments

1.0 June 2002 First release of Operations Manual.

2.0 September 2002 Operations manual updated to reflect release 2.0.

2.1 December 2002 First edition of ONU Provisioning and Services Management Manual.

2.2 January 2003

Updated to reflect:• new menu bars• new ONU Configuration page• new ONU User page• bizGEAR Ultra procedures• homeGEAR Ultra procedures

2.3 February 2003 Additional Techpub updates for GigaForce Release 3.0.

3.0 July 2003

Replaced TOPS formatting with new Tech Pubs format. Updated the manual to reflect release 4.0.

• Added new RF Video tab for configuring tvGEAR Receiver.

• IP Video for homeGEAR Ultra• aceGEAR Provisioning• IP Video Set-Top box provisioning• VLAN TLS Trunking• Updated Alarm Codes

3.1 September 2003 Reversed chapters 5 and 6. Separated the global IP Video provisioning from the ONU IP Video provisioning.

4.2 May 2004

Updated document to reflect SW release 4.2. Updated document version to match software version.Changes: Ch. 1 heavy editing. Ch. 2 replaced most screen shots, edited Intro, table 1, procedure titles, mduGEAR provisioning, Deleting ONU equipment, and Deleting an ONU. Ch. 3 Heavy editing. Edited most screen shots. Deleted Worksheets 6 & 7 and DS3M procedures. Ch.4 added, replaced, or deleted screen shots. Added two flowcharts. Added procedure for selecting network type cross connect. Ch. 5 RF Video screen shots. Removed references to RF wavelength provisioning. Moved IP Video configuration tables from beginning to middle of chapter. Updated most IP Video pictures. Minor edits to IP Video Vlan, Network Port, PON Port, and Multicast. Edited ONU IP Video. Ch. 6 Updated half of the pictures. Added process for deleting IP Video from a single ONU.

4.2.1 August 2004 Adjusted manual to meet product release plan.

5.0 May 2005 Updated to reflect software release 5.0. Added Xgen 7000 ONU.

x ONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

5.0.1 February 2006Added work around for deleting Designated Services in Ch. 7. Updated the Designated Services Device Filter screen shot in Ch. 6.

Version Issue Date Comments

1-1ONU Provisioning and Services Manual, Version 3.1

IntroductionAbout this Guide

This manual contains procedures for the configuration and monitoring of an Alloptic® system and its components using the web based GigaVu™ local manager.An operator can use the GigaVu™ platform to perform system activation, provisioning, status and alarm monitoring, and operator access management for an ALLOPTIC System.Use this manual for the GigaVu™ procedures associated with:

• System Provisioning

• Services Configuration and Management

AudienceThis manual’s target audience is associated with the configuration and maintenance of the ALLOPTIC system equipment in the Central Office. This guide is intended for Central Office/Head-end technicians, network technicians, service technicians, engineers, and managers responsible for the operation and maintenance of the ALLOPTIC system.

Where to find helpCustomer Response Center

Phone: In USA 1-866-ALLOPTIC (255-6784)International +01-925-245-7600e-mail: [email protected]: +01-925-245-7601

Safety

Caution - Use of controls or adjustments, or performance of procedures other than those specified herein, may result in hazardous radiation exposure.

1-2 ONU Provisioning and Services Manual, Version 3.1

Special NotesThe following special notes are used to high light hazardous conditions or emphasize procedural information critical to a task.

HAZARD: A Hazard note addresses conditions that could cause personnel injury or death. Pertinent safety precautions are presented.

CLASS 1 LASER HAZARD: A LASER Hazard note addresses conditions that could cause eye injury. Pertinent safety precautions are presented.

CAUTION: A Caution note addresses conditions that could damage equipment. Pertinent preventative precautions are presented.

WARNING: A Warning note addresses conditions that could cause service interruptions. Pertinent preventative precautions are presented.

NOTE: A special note that high lights information important to the successful completion of a procedure.

BEST PRACTICE: A Best Practice note strongly encourages the user to follow a given procedure to avoid service interruptions or damage to the product.

REQUIREMENT: A requirement that must be observed to prevent damaged equipment or potential injury.

1ONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

Chapter 1 ONU Provisioning

This document follows the Turnup and Verification Manuals. The edgeGEAR™ 2000 and edge 200 chassis must be provisioned before the ONUs.

ONU ProvisioningThe Optical Network Unit (ONU) delivers voice, high-speed data, DS1, and video services to customers. The ONUs for fiber-to-the-business (FTTB) applications are bizGEAR 200 and bizGEAR Ultra. The ONU for fiber-to-the-home (FTTH) application is home 4000. The ONU for multi-tenant dwellings is mduGEAR 224. The Xgen 7000 ONU supports Data & Voice services to residences on telephone lines. The aceGEAR is designed to bring data, video and voice services to businesses, apartment complexes, malls, and high rises.

Table 1: Active ONU Hardware Configuration

The remainder of this document covers the procedures for configuration and deletion of the ONU hardware.

GigaVu™ OverviewA GigaVu™ workstation is required for ONU provisioning. The workstation is used to configure the ONUs and bizGEAR 200’s optional plug-in modules. Plug a workstation into the RJ45 Management port, activate the GigaVu™ application, and log in. A direct connection between the workstation and Management port requires a Category 5 Cross-over cable. You will need the chassis System IP Address and a GigaVu™ login to proceed. See the edgeGEAR 2000 Turnup and Verification Manual.

Ethernet 10/100BaseT

Ethernet 10/100BaseFX

Ethernet/ 10BaseS DS1 POTS CATV

bizGEAR 200 4, up to 16 more optional

up to 16 optional 0 2 0 0

bizGEAR Ultra 4 0 0 2 optional 4 POTS optional 0

home 4000 1 or 4 0 0 0 2 or 4 1 or 4

mduGEAR 224 24 0 0 2 0 0

Xgen 7000 1 0 24 2 0 1

aceGEAR 0 24 0 2 0 0

2 ONU Provisioning and Services Manual, Version 5.0.1Copyright © 2003-2006, ALLOPTIC. All rights reserved.

Figure 1: GigaVu™ Login Screen

When you login to the GigaVu™ system, the Home window is presented. The Home window is the initial entry point to the system and contains the main navigation tabs. These tabs are accessible from any window as you navigate through the functions. You select a path to a function with a single click on its tab. Each subsequent window presents additional tabs for the navigation options available to you.

Figure 2: GigaVu™ Home Window


GigaVu™ System Provisioning Navigation PathsThis document contains the procedures required to configure or delete Alloptic ONUs. An ONU may be configured prior to physical connection to the assigned PON and OLT. The System Provisioning tab is the entry to these functions.Figure 3 presents the ONU configuration tree and illustrates the navigation paths to the available functions.

Figure 3: ONU Configuration and Navigation Tree

LoginWindow

Browser

ModuleConfiguration VLAN Service TDM Service

Home SystemProvisioning

SystemMaintenance

AlarmManagement

FileServices

Save/Erase

Logout

ChassisConfiguration Admin Timing

SourceSNMP

ConfigurationONU

ConfigurationDS1 CrossConnect

OperatorManagement

SystemDiagnostic

IP Video

IP Video RF Video

PortConfiguration

Set Top BoxConfiguration

DesignatedServices Network Link

DesignatedServices

UnitConfiguration

PortConfiguration Device Filter


5

Navigating to the ONU Module Configuration WIndow


Chapter 2 ONU ConfigurationThis chapter provides a checklist for data you must obtain, and the navigation paths you will use, to add ONUs and enter configuration data. If your Work Order includes bizGEAR 200 optional service modules, configure the ONU before the Service Modules.Use the supporting procedures to provision the hardware listed on your Work Order.

ONU Module Configuration DataThe following section describes the ONU configuration fields, which are defined on page 7.

Navigating to the ONU Module Configuration WIndowThe ONU Module Configuration window allows the operator to configure or view properties of the ONU.

1. From the Home Window, select the System Provisioning tab.2. Select the ONU Configuration tab.3. The ONU Module Configuration window is displayed.

ONUs can be added and configured through the graphical (Figure 4) or list ONU Module Configuration Windows (Figure 5).



Figure 4: ONU Configuration Window, Graphical View

Figure 5: ONU Configuration Window, List View

7



Table 2: ONU Configuration Fields

Configuration Item Definition

PON ID A unique number identification for each PON configured on the system. Select the PON that serves the ONU you are installing.

ONU Index ONU position on the PON 1 to 32. Enter the ONU position number.

ONU ID A three digit number that combines the PON ID and ONU Index. The first digit is the PON ID. The next two represent the ONU Index.

Serial Number Factory-assigned serial number for the ONU. Must be entered during first time installations. This field is case sensitive

MAC Address Media Access Control (MAC) layer address on the ONU. Must be entered during first time installations.

Hardware Type Indicates the type of ONU hardware: bizGEAR 200, bizGEAR Ultra, home 4000, mduGEAR 224, Xgen 7000 or aceGEAR. Select the hardware type of the ONU installed.

Admin State Select Enabled to place ONU in service; Disabled to remove it from service.

Range in Meters

If the PON ranging mode is Auto, the ONU ranging mode can be set to Auto-ranging or Manual.If the PON ranging mode is Manual, the ONU must be set to Manual.Manual is the default. With this, you need to provide the initial value for the ranging function. Enter the chassis to ONU fiber distance in meters (+ 100 meters). If exact distance is not known, use an Optical Time Domain Reflectometer (OTDR). Ranging tunes the signals of an ONU to compensate for distance variances/time of flight.

Location Enter the ONU location.

Installed Card Indicates the actual type of ONU. This value is Read-Only.

Configuration Mode

Determines prioritization and VLAN tagging behavior for Ethernet services on a per ONU basis.Options:

• Priority Within Users (default): the ONU prioritizes based on Type of Service (TOS) bits set for the ONU User.

• Priority Between Users: the ONU uses weighted prioritization mechanism, and VLAN trunking is supported.

Reboot Image Pull down and select another version of the software; then reboot the ONU, and the newly selected version will load.

Rx Power Level Lower Limit This is an alarm threshold.

Rx Power Level Current System generated actual RX Level. This value is Read-Only.

Operational State Indicates the current state of the ONU’s registration and configuration process. This value is Read-Only.

Hardware Version Revision number of the ONU. This value is Read-Only.

Software Version Current software version of the ONU. This value is Read-Only.

Firmware Version Current firmware version of the ONU. This value is Read-Only.

Alarm Status Current alarm status of the ONU. This value is Read-Only.

Alarm Text Alarm code and text for current alarm, if one exists. This value is Read-Only. Refer to Appendix B for a list of the Alarm Codes.



PON Transceiver:Serial Number

Serial Number of the ONU transceiver.

PON Transceiver:Hw Type

Hardware Type of the ONU transceiver

PON Transceiver:Version

Version number of the ONU transceiver

Add Ons

RF Video (home 4000, mduGEAR 224, Xgen 7000 and aceGEAR)

Enabled turns RF Video signals ON. Disabled turns RF Video signals OFF. Select the RF Video tab to configure. Then select tvGEAR Transceiver, tvGEAR Receiver, tvGEAR SF Receiver, or tvGEAR (converter).

AV Expansion Module (home 4000 and bizGEAR Ultra)

Provides four (AVM4) port voice module. Select AVM4 from System Board drop down menu.

DS1 Expansion Module (bizGEAR 200)

Provides two port T1/E1 TDM module. Select DS1 from expansion slot drop down menu.

Ethernet Expansion Module (bizGEAR 200)

Provides four port Ethernet module. Select Ethernet from expansion slot drop down menu.

Ethernet Optical Expansion Module (bizGEAR 200)

Provides four port Optical (MMF/SMF) Ethernet Module. Select Eth-Fx from expansion slot drop down menu.

9



Priority Between vs Priority Within UsersALLOPTIC uses two method of prioritization. The first is prioritization between VLANs, wherein different VLANs can have differing priorities, and the system reacts according. This feature is known as Priority Between Users. Alternatively, prioritization may be invoked between client applications within the same VLAN. This is known as Priority Within Users. The operator has the ability to select one of these features as each ONU is added to the network or change the setting later if needed.

Adding an ONUTo add an ONU to an edgeGEAR 2000 or edge 200 PON port, perform the following:1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Module Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Enter the Serial Number of the ONU to be added to the system. The field is case

sensitive.6. Enter the MAC Address of the ONU to be added.7. Select the Hardware Type from the drop down menu. If you install a different type

from what is provisioned, the ONU will go into alarm.8. If using Auto-Range, select the Auto-Range button.

• If not, select Manual, and enter the ONU Range in meters.

If in the ONU Configuration List view, press the Add button to add the new ONU to the system.

• Then select the ONU ID to enter the graphical view, and enable the ONU or make further configuration changes.

In the ONU Configuration graphical view, continue entering the following:9. Enter the ONU address or location.10. Select Configuration Mode from the drop-down list.

• Priority Within Users or Priority Between Users.11. Enter Rx Power Lower Limit in dBm.12. Press Add to add the new ONU to the system.

• The ONU Configuration window for the selected Hardware Type is displayed. • All fields of entry are the same for each Hardware Type; only the ports and slots

available for provisioning differ.

The following pages describe how to configure each specific hardware type in turn.



Provision a bizGEAR™ 100 ONU (Obsolete)This procedure describes how to Provision a bizGEAR™ 100 ONU. 1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the PON ID your work order assigned.4. Select the ONU Index your work order assigned.5. Set the Admin State to Enabled.6. Enter the ONU GPS Location coordinates.7. Select the Reboot image desired.8. Enter the Rx Power Lower Limit in dBm.9. Press Submit to save the configuration to system memory.

• If the ONU is provisioned and has connectivity, the module status light on the picture of the ONU is green.

• The ONU is in service.10. Save the new configuration.The Refresh button is used when viewing configuration status. It will update the configuration fields.

Figure 6: bizGEAR™ 100 Configuration Window

11



Provision a bizGEAR 200 ONUThis procedure describes how to Provision a bizGEAR 200 ONU. If your Work Order includes any bizGEAR 200 optional plug-in service modules, perform this procedure first then go to bizGEAR 200 Service Module Configuration on page 13.To provision a bizGEAR 200 ONU:1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Set the Admin State to Enabled.6. Enter the ONU Location.7. Select the Reboot image desired.8. Enter the Rx Power Lower Limit in dBm.9. Press Submit.

• If the ONU is provisioned and has connectivity, the module status light on the picture of the ONU turns green.

• The ONU is in service.10. Save the new configuration.The Refresh button is used when viewing configuration status. It updates the configuration fields.



Figure 7: bizGEAR 200 Configuration Window

13

Provision a bizGEAR 200 Service Module


bizGEAR 200 Service Module ConfigurationThe bizGEAR 200 has the unique capability of being able to add additional service ports via plug-in service modules. Four slots are available for these service modules, and any combination of modules can be installed.This section describes how to configure the optional bizGEAR 200 plug-in service modules. The Ethernet expansion modules can be added or swapped without need for rebooting the ONU. When adding or swapping a T1/E1 expansion module, however, you must reboot the bizGEAR 200.

Table 3: bizGEAR 200 Service Modules

Provision a bizGEAR 200 Service ModuleThis procedure describes how to provision the bizGEAR 200 Service Module.

1. Go to the bizGEAR 200 Configuration window.• The ONU Configuration window is displayed.

2. Select the Module Slot desired.3. From the NE drop down menu, select the module type desired (Figure 8).

• Press OK in the confirmation window.

• The Module type name will replace the NE drop down menu.4. Verify that an Ethernet or DS1 Module is displayed in the assigned slot.

• The module Status light should be Green.

• If the module Status light is Red, check the installation status. The module is either defective or has not been installed.

5. If this is a DS1 Service Module, select Reset from the Admin State drop-down list. The ONU must be rebooted for it to recognize the addition of the DS1 module.

6. If this is an Ethernet Service Module, proceed with step 7.7. Press Submit.8. Save the new configuration.

Note: The ONU must be enabled before provisioning a module.

Part Number Number of Ports Module Description

FSTE001 4 Ports Fast Ethernet Card

T1E1002 2 Ports T1/E1 Card

MMFX001 4 Ports Multi Mode Fiber 100BaseFX (1310, 200m)

SMFX001 4 Ports Single Mode Fiber 100BaseFX (1310, 20Km)



Figure 8: Adding a bizGEAR 200 Service Module

15



Provisioning a bizGEAR Ultra ONUThis procedure describes how to provision a bizGEAR Ultra ONU.1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Set the Admin State to Enabled.6. Enter ONU Location or address.7. Select the Reboot image desired.8. Enter the Rx Power Lower Limit in dBm.9. If this ONU is to provide DS1 or POTS service via an optional expansion module,

select DS1 or AVM-4 from the pull down menu on the System Board.10. Press OK to confirm the expansion module choice.11. Press Submit.

• If the ONU is provisioned and has connectivity, the module status light on the picture of the ONU is green, and the ONU is in service.

12. Save the new configuration.The Refresh button is used when viewing configuration status. It updates the configuration fields.



Figure 9: bizGEAR Ultra Configuration Window

17



Provisioning a home 4000This procedure describes how to provision a home 4000 ONU. 1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Set the Admin State to Enabled.6. Enter ONU Location or address.7. Select the Reboot image desired.8. Enter the Rx Power Lower Limit in dBm.9. Press Submit to save the configuration in system memory.

• If the ONU is provisioned and has connectivity, the AVM module status light in the picture of the ONU will be green.




Figure 10: home 4000 Configuration Window

19



Provisioning a homeGEAR™ 1000 (Obsolete)This procedure describes how to provision a homeGEAR™ 1000 ONU. 1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the PON ID your work order assigned.4. Select the ONU Index your work order assigned.5. Set the Admin State to Enabled.6. Enter ONU Location or address.7. Select the Reboot image desired.8. Enter the Rx Power Lower Limit in dBm.9. If your homeGEAR™ 1000 comes with POTS service, select AVM-4 from the pull

down menu on the System Board.• A confirmation query is displayed.

10. Press OK to confirm the AVM-4 choice.11. Press Submit.





Figure 11: homeGEAR™ 1000 Configuration Window

21



Provisioning a homeGEAR Ultra (Obsolete)This procedure contains the tasks required to provision a homeGEAR Ultra ONU. 1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Set the Admin State to Enabled.6. Enter ONU Location coordinates.7. Select the Reboot image desired.8. Enter the Rx Power Lower Limit in dBm.9. If your homeGEAR Ultra comes with POTS service, select AVM-4 from the pull

down menu on the System Board.• A confirmation query will appear.

10. Press OK to confirm the AVM choice.11. Press Submit.





Figure 12: homeGEAR Ultra Configuration Window

23



Provision an mduGEAR™ ONU

This procedure describes how to provision an mduGEAR™ ONU.1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Set the Admin State to Enabled.6. Enter ONU Location or address.7. Select the Reboot image desired.8. Enter the Rx Power Lower Limit in dBm.9. Press Submit.10. Save the new configuration.The Refresh button is used when viewing configuration status. It updates the configuration fields.

Figure 13: The mduGEAR 224 Configuration Window



Provision an aceGEAR ONUThis procedure contains the tasks required to provision an aceGEAR ONU.1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The aceGEAR Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Set the Admin State to Enabled.6. Enter ONU Location or address.7. Select the Reboot image desired.8. Enter the Rx Power Lower Limit in dBm.9. Press Submit.



25



Figure 14: aceGEAR (DS1) Configuration Window



Provisioning an Xgen 7000This procedure contains the tasks required to provision an Xgen 7000 ONU.1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The Xgen 7000 Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Set the Admin State to Enabled.6. If desired, enter ONU Location or address in the Location field.7. Select the Reboot image desired.8. Change the Rx Power Lower Limit (in dBm) if needed.9. Press Submit.



27



Figure 15: Xgen 7000 Configuration Window

Delete a bizGEAR 200 Service Module


Delete ONU Equipment from System

This procedure allows an operator to delete an ONU or an optional bizGEAR 200 plug-in module from the system. To prevent alarms, perform the delete procedure, and then physically remove the ONU equipment from the system. Once the ONU equipment has been removed, the configuration changes must be saved to flash memory.When deleting an ONU, certain conditions must be met.1. There can be no active cross-connects on that ONU.2. There can be no active users on that ONU.3. ONU Ethernet/DS1/Voice ports must be disabled.After deleting a bizGEAR 200 T1/E1 Expansion Module from a bizGEAR 200 ONU, reboot the ONU. Use the procedures below to delete the hardware listed on your Work Order.

Delete a bizGEAR 200 Service ModuleThis procedure contains the tasks required to delete a bizGEAR 200 Service Module from the system. Perform this procedure before physically removing the module.Before performing this procedure, verify that all associated ports have been taken out of service. All ONU User profiles associated with the ports must also be deleted. See ONU Services Provisioning in Chapter 3 for these procedures.To delete a bizGEAR 200 Service Module, proceed with the following.1. From the Alloptic home window, click on System Provisioning.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Double-click on the Service Module to be deleted.

• The ONU Interface Configuration window is displayed.6. Press the Delete Slot button (1through 4) for the desired module.7. Press OK in the confirmation dialog box.

• The ONU Configuration window is displayed.8. Press Submit.

• The slot from which you deleted the Service Module should now be empty.9. Save the new configuration.10. If a DS1 Service Module, select Reset from the Admin State drop-down list. The

reboot is required for the ONU to recognize the deletion of the DS1 module.11. Press Submit.You may now physically remove the Service Module without causing a system alarm.

29



Figure 16: Deleting a bizGEAR 200 Service Module

Navigation Path 1

2

3 4

Ethernet

Ethernet 5

7

6

88



Figure 17: Resetting the ONU

DS1

DS1

Reset

10

11

31

Delete an ONU


Delete an ONUThis procedure contains the tasks required to remove an ONU from the system. To prevent alarms, perform the delete procedure before physically removing the ONU. Once the ONU equipment has been removed, the configuration changes must be saved to flash memory. When deleting an ONU, certain conditions must be met.

• No active cross connects can be present on the ONU.• No active users can be configured on the ONU.• ONU Ethernet/DS1/Voice Ports must be disabled.

To delete an Alloptic ONU, proceed as follows.

1. From the Alloptic home window, click on System Provisioning.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Press the Delete button.

• The ONU Module is removed from service.• The ONU Configuration ADD window is displayed.

6. Save the new configuration.

After you have confirmed that the transmit (TX) light is red, you may physically remove the ONU without causing a system alarm.

Delete an ONU


33

Services Provisioning Navigation


Chapter 3 ONU Services ProvisioningThe Optical Network Unit (ONU) delivers voice, high-speed data, T1/E1, and video services to customer interfaces. ONU Services Provisioning covers the procedures to configure Ethernet services, to create users, and to associate those users with the services. The procedures for setting up Time Division Multiplexing (TDM) services include provisioning of the ports on the network side (at the DS3M), the customer side (at the ONU), and then provisioning of the cross-connects. The procedures also describe how to remotely manage an RF Video port from a home 4000 ONU.

Services Provisioning NavigationAll windows used in this chapter are accessible from the System Provisioning tab. The navigation paths are shown in Figure 18.For the operations in this chapter, you will use the ONU Module Configuration and Interface Configuration windows to perform ONU provisioning functions. Each window has a Submit Button that allows you to apply configuration changes.

Figure 18: GigaVu™ ONU Services Configuration Navigation Tree

ChassisConfiguration

Home

Login Window

SystemProvisioning

SystemMaintenance

AlarmManagement

FileServices

Save/EraseConfiguration

Logout

Admin TimingSource

SNMPConfiguration

GigaVu ONU Services Configuration Menu Tree

ONUConfiguration

ModuleConfiguration

VLANService

DS0

TDM Service

DS1 CrossConnect

DS1

DS3M

DS3 DS1

DS3M ModuleConfiguration

PortConfiguration

DS0

TDM Service

Ethernet

SystemDiagnostics

OperatorManagement

IP Video

IP Video

AVM PortConfiguration

DesignatedServices Network Link

RF Video DesignatedServices

PM ProfileAVM ModuleConfiguration

PON Port Network Port MulticastAddressesServiceNetwork Pt to Pt

Services Provisioning Navigation


Data Services Provisioning OverviewTo provision Ethernet service, create VLAN users and assign them VLAN IDs (one user = one VLAN). Then configure Data ports, and associate the VLAN users with the ports. You must create a new VLAN user for each subscriber. Procedures for the deletion of users, and disconnection of Ethernet services, are included in Chapter 4.Four types of ONU Ethernet Services are available that can be associated with an ONU user/VLAN:

When you configured ONUs in Chapter 2, you assigned them Configuration Modes of either Priority Within Users (the default) or Priority Between Users.To use options 2 or 3 listed above, configure the ONU with a Configuration Mode of Priority Between Users. To use options 3 or 4, you must also enable VLAN Trunking when configuring the ONU Ethernet Interface. With VLAN Trunking, up to 48 VLANs can be defined per ONU.Following is a checklist of interface configuration data you must obtain, and the location of the windows you will use, for entering configuration data. Follow the procedures in the order presented.

ONU Ethernet Service Type Traffic behavior ONU Config

ModeVLAN Trunking

1 Untagged Ethernet Traffic & TOS Prioritization

Incoming VLAN tagged traffic is blocked at ONU Ethernet ingress ports.Untagged traffic is given a new VLAN ID as traffic enters the ONU Ethernet port and exits the chassis via the 10/100 or GigE network interface ports.

Priority Within User Allows TOS prioritization

Not available

2 Untagged Ethernet Traffic with Weighted Prioritization

Incoming VLAN tagged traffic is blocked at ONU Ethernet ingress ports.Untagged traffic is given a new VLAN ID as traffic enters the ONU Ethernet port and exits the chassis via the 10/100 or GigE network interface ports.

Priority Between UsersAllows weighted prioritization

No

3 Tagged Ethernet Traffic with Weighted Prioritization

Incoming VLAN tagged traffic is accepted if it has one of the VLAN tags the port’s ONU User(s) are configured to accept. Traffic is blocked if the VLAN tag doesn’t match. Untagged traffic is blocked.

Priority Between UsersAllows weighted prioritization

Yes

4 Tagged Ethernet Traffic with TLS

VLAN Tag Stacking allows the service provider to offer VLAN Transparency between enterprise and service provider networks.

Priority Between Users

Yes

35

Navigating to the ONU User Configuration Window


Navigating to the ONU User Configuration WindowThe ONU User Configuration window allows you to create user profiles for association with Ethernet services.

• From the ONU Module Configuration window, click on the VLAN Service tab. The ONU User Configuration window is displayed.

The fields that display are dependent upon the Configuration Mode selected when you set up the ONU. The configuration fields explained below are the fields displayed when the ONU is set with a Configuration Mode of Priority Within User. See Figure 19.

Priority Within User Configuration DataPON ID The unique identifier of the PON to which the ONU is associated

ONU Index The unique identifier of an ONU on the PON.

Serial Number The hardware serial number located on the back of the ONU.

MAC Address Media Access Control layer address located on the back of the ONU.

User Name An operator entered name associated with an end user based on local assignment practices. Type in the user name with no spaces. Example: Jim01

Admin State Indicates whether the user is Enabled or Disabled. Select Enabled when the user is created; select Disabled to remove user from ONU.

VLAN ID An operator entered virtual LAN identifier associated with an end user, based on local assignment practices. (One user = one VLAN)

Upstream BW Mbps

Default Minimum: 0.064; Default Maximum: 0.064Use the coarse and fine slider controls to adjust bandwidths to the nearest 64 Kbps increment.

Downstream BW Mbps

Default Minimum: 0.064; Default Maximum: 0.064 Use the coarse and fine slider controls to adjust bandwidths to the nearest 64 Kbps increment.

Low Priority Range Default High: 64, Default Low: 64 (indicates Low Priority Range not being used) For prioritization, enter a value for both min. and max. values, (0-63).

Medium Priority Range

Default High: 64, Default Low: 64 (indicates Medium Priority Range not being used) For prioritization, enter a value for both min. and max. values (0-63).

High Priority Range

Default High: 64, Default Low: 64 (indicates High Priority Range not being used) For prioritization, enter a value for both min. and max. values (0-63).

ONU Ethernet Port Select the Ethernet Ports to be assigned to this ONU User/VLAN. You may assign more than one User/VLAN per ONU Ethernet Port. You can assign one User/VLAN to one or more ONU Ethernet ports.

N/W Interface Port Leave at Default (None), or select from the drop down list.

Provision ONU User with TOS Prioritization


Provision ONU User with TOS PrioritizationProvision the ONU User configurations associated with Ingress VLAN Blocking and TOS Prioritization for ONUs that support Ethernet services (with a Configuration Mode of Priority Within User). Perform this procedure for each ONU user to be provisioned for this Ethernet Service.

1. From the Alloptic® home window, click on System Provisioning.2. Click on the ONU Configuration tab.3. From the drop-down lists, select the assigned PON ID and ONU Index.4. Click on the VLAN Service tab to access the ONU User Configuration window.5. Type in the assigned User Name and VLAN ID.6. Enter the Upstream and Downstream Bandwidth Parameters using the slide bars.7. Enter the High and Low parameters for Priority Ranges as applicable.8. Use the check boxes to select ONU Ethernet Ports.

• Only one user/VLAN can be defined per ONU Ethernet port.9. From the drop-down list, select the N/W Interface Port.10. Press ADD to provision the ONU User.

• The ONU User Configuration window is re-displayed with User Name and Admin State as the only editable fields.

11. Select Enabled in the Admin State field drop-down list.12. Press Submit.13. Save the new configuration.

37



Figure 19: ONU User Configuration (Priority Within User) Window



Priority Between Users Configuration DataThe configuration fields explained below are displayed when the ONU is set to a Configuration Mode of Priority Between Users. See Figure 20.

PON ID The unique identifier of the PON to which the ONU is associated

ONU Index The unique identifier of an ONU on the PON.

Serial Number The hardware serial number located on the back of the ONU.

MAC Address Media Access Control layer address located on the back of the ONU.

User Name An operator entered name associated with an end user based on local assignment practices. Type in the user name; no spaces. Example: Jim01

Admin State Indicates whether the user is Enabled or Disabled. Select Enabled when the user is created; select Disabled to remove user from ONU.

VLAN ID An operator entered virtual LAN identifier associated with an end user, based on local assignment practices. (One user = one VLAN)

Upstream BW Mbps

Default Minimum: 0.064; Default Maximum: 0.064 Use the coarse and fine slider controls to adjust bandwidths to the nearest 64 Kbps increment.

Downstream BW Mbps

Default Minimum: 0.064; Default Maximum: 0.064Use the coarse and fine slider controls to adjust bandwidths to the nearest 64 Kbps increment.

Overall Priority Assign each ONU User a priority level.Options: 1 (lowest priority), 2, 3, or 4.

ONU Ethernet Port Select the Ethernet Ports to be assigned to this ONU User/VLAN. You may assign more than one User/VLAN per ONU Ethernet Port. You can assign one User/VLAN to one or more ONU Ethernet ports.

N/W Interface Port Default: 0. SCM Port 1 or 2. Select the assigned N/W interface port.

39

Provision ONU User With Weighted Prioritization


Provision ONU User With Weighted PrioritizationThis procedure describes how to provision ONU User configurations that can be associated to Ethernet Service with Non-Matched Ingress VLAN Transit (no VLAN Trunking) or Ethernet Service with Matched Ingress VLAN Transit (VLAN Trunking). You can implement weighted prioritization using the Overall Priority Field. Use this procedure for ONUs that support Ethernet services with a Configuration Mode of Priority Between Users.To configure a User profile for a Priority Between Users ONU, proceed with the following.1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.3. From the drop-down lists, select the assigned PON ID and ONU Index.4. Click on the VLAN Service tab to access the ONU User Configuration window.5. Type in the assigned User Name and VLAN ID.6. Enter the Upstream and Downstream Bandwidth Parameters using the slide bars.7. Select a Overall Priority level from the drop down box.8. Use the check boxes to select ONU Ethernet Ports.9. From the drop-down list box, select N/W Interface Port.10. Press ADD to provision the ONU User.

• The ONU User Configuration window is re-displayed with User Name and Admin State as the only editable fields.

11. Select Enabled in the Admin State field drop-down list.12. Press Submit.13. Save the new configuration.

Provision ONU User With Weighted Prioritization


Figure 20: ONU User Configuration (Priority Between Users) Window

41

Navigating to the Ethernet Interface Configuration Window


Navigating to the Ethernet Interface Configuration WindowThe ONU Ethernet Interface Configuration panel allows the user to configure individual Ethernet lines on an ONU. When a user clicks on an Ethernet ports on the System Board or an Ethernet service module, the Ethernet Interface Configuration window is displayed (see Figure 21). The configuration fields are explained below.Ethernet Configuration DataPON ID The unique PON identifier to which the ONU is associated. Select from drop-

down list.

ONU Index Unique ONU identifier on the PON. Select from drop-down list.

Serial Number The hardware serial number located on the back of the ONU. Select from drop-down list.

MAC Address Media Access Control layer address located on the back of the ONU. Select from drop-down list.

Port Number The physical port on the ONU where the Ethernet interface resides.

IfIndex System generated. READ-ONLY.

Port Type Reflects the physical port type, e.g. Ethernet.

Interface Data if the port is to provide data services, IP Video if the port is to provide IP Video services, Mixed Services if the port is to provide a combination of data, IP Video and Designated Services. Designated Services if the port is to provide an open, flat VLAN.

Admin Type Defines Ethernet operating parameters. Options: Auto-negotiated, 10BT Half Duplex, 10BT Full Duplex, 100BT Half Duplex, 100BT Full Duplex

Link Status Operational condition of the physical link. This value is READ-ONLY.• Link Up• Link Down

Admin State Indicates whether the interface is Enabled (in service) or Disabled (out of service).

Mode This option is only available if the ONU was created with a Configuration Mode of “Priority Between Users.” VLAN Trunking allows tagged packets to be received at the ONU’s Ethernet port. With VLAN Trunking enabled, up to 48 users can be defined per ONU. VLAN Trunking is supported on all ONUs except homeGEAR Ultra and home 4000.QinQ (VLAN Tag Stacking or TLS Trunking) allows the service provider to offer VLAN Transparency between enterprise and service provider networks. QinQ is supported on bizGEAR™, aceGEAR, homeGEAR™ 1000, Xgen 7000 and mduGEAR 224 products.

Crossover The ability to configure MDIX feature, which allows Ethernet ports to dynamically determine the communication path between devices. Only mduGEAR 224 can configure this feature. For other ONUs, this feature is always on. The options are: Auto, On, Off.

User ID Menu selectable ID number assigned to an end user. Select the user to be assigned the Ethernet services.

Navigating to the Ethernet Interface Configuration Window


Figure 21: ONU Ethernet Interface Provisioning

Note User-defined. Optional.

43

Provision ONU Ethernet Port for Untagged Traffic


Provision ONU Ethernet Port for Untagged TrafficThe procedure describes how to provision the Ethernet port on an ONU for untagged traffic. The ONU can have the Configuration Mode set to either Priority Within User or Priority Between User. Perform this procedure for each Ethernet Port to be provisioned. Use Provision ONU User with TOS Prioritization on page 36 as your reference for input:To configure an Ethernet Port with Ingress VLAN Blocking, proceed with the following.1. From the Alloptic home window, click on System Provisioning.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the assigned PON ID and ONU Index.4. Click on the Ethernet Port icon on the System Board.

• The ONU Ethernet Interface Configuration window is displayed.5. Select the Interface for the service to be delivered.6. Select the assigned Admin Type for the Port to be configured from the drop-down

list.7. Leave the Mode set to No Trunking.8. Type information in the Note field per your Work Order.9. Select Enabled in the Admin State field drop-down list.10. Press Submit, and then save the new configuration.

Figure 22: Enabling Untagged Traffic

Provision ONU Ethernet Port for Tagged Traffic


Provision ONU Ethernet Port for Tagged TrafficThe procedure describes how to provision an Ethernet port for tagged traffic. The ONU must have its Configuration Mode set to Priority Between Users. Perform this procedure for each Ethernet Port to be provisioned.To configure an Ethernet Port with Matched Ingress VLAN Transit, proceed as follows.1. From the Alloptic home window, click on System Provisioning.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the assigned PON ID and ONU Index.4. Click on the Ethernet Port icon on the System Board.

• The ONU Ethernet Interface Configuration window is displayed.5. Select the Interface for the service to be delivered.6. Select the assigned Admin Type for the Port to be configured.7. Type information in the Note field per your work order.8. Select Trunking to enable VLAN trunking.9. Select Enabled in the Admin State field drop-down list.10. Press Submit.11. Save the new configuration.

Figure 23: Enabling Tagged Traffic

45

VLAN Transparent LAN Services


VLAN Transparent LAN ServicesVLAN services refer to data users configured for Ethernet ports on an ONU. Every data user configured must have a VLAN ID hence VLAN Services. VLAN services can drive many different applications, such as VoIP, and depending upon the service provider’s strategy, he may or may not assign these services to unique VLANs.VLAN Transparent LAN Services (TLS), or Q in Q, is supported on all ONUs except homeGEAR Ultra and home 4000. TLS can create a LAN between two ALLOPTIC ONUs. It doesn’t matter if they are on the same PON as long as they are on the same chassis, and Same PON Bridging is enabled. TLS allows the service provider to offer VLAN transparency between enterprise and service provider networks. It allows a user to send packets through the system with or without tags. Therefore, it is transparent. However, TLS does not pass Spanning Tree Bridge PDUs through the system. See ALLOPTIC’s Planning and Engineering Guide for more information on VLAN TLS.

To configure VLAN TLS, proceed with the following.

1. From the Home window, click on System Provisioning.2. Click on the ONU Configuration tab.3. From the drop down list, select the assigned PON ID and ONU Index.4. Click on assigned Ethernet port.

• The ONU Ethernet Configuration window will appear.5. Select the Interface for the service to be delivered.6. Select the assigned Admin Type for the Port to be configured.7. Type information in the Note field per your work order.8. Select QinQ in the Mode field on each interface you want to configure for ONU to

ONU traffic.9. Set the Admin State to Enabled.10. Press Submit.11. Save the new configuration.

NOTE: The ONU must be configured with the VLAN prioritization of Priority Between Users for TLS to be provisioned.

VLAN Transparent LAN Services


Figure 24: Enabling Transparent LAN Services (QinQ)

47

Navigating to the ONU DS1 Interface Configuration Window


TDM Services Provisioning OverviewProceed with the following if you are provisioning TDM services.This section describes the procedures required to provision the DS1 and DS0 Interfaces on ONUs. A procedure is also included to provision ONU Network Cross-connects.The DS1 and DS0 configuration windows allow the operator to provision these facilities to match ONU facilities settings. It is important that both chassis DS3M or T1/E1 and ONU facilities have compatible configurations to assure successful cross connects between them.The DS1 Interface Configuration window allows you to enable one or more DS1 circuits for system clocking. This is normally done when the Chassis timing option is enabled in the Clock Source window. When Chassis Timing is enabled, the system selects the lowest numbered DS1 as its clocking source. If that source fails, the next DS1 will be selected.

Navigating to the ONU DS1 Interface Configuration WindowThe DS1 Interface Configuration window is accessible from the ONU Configuration window. When a user selects a DS1 port on an ONU or DS1 service module, the DS1 Interface Configuration window is displayed. See Figure 25. The configuration fields are defined below.ONU DS1 Interface Configuration DataPON ID The unique PON identifier to which the ONU is associated

ONU Index The unique identifier the system assigns to a particular ONU

Serial Number The hardware serial number on the ONU

MAC Address Media Access Control (MAC) layer address on ONU

Port Number The physical port on the ONU where the T1/E1 resides.This value is READ-ONLY

IfIndex System generated. This value is READ-ONLY

Admin State Indicates whether the interface is Enabled or Disabled. Select Enabled when the module is installed; select Disabled to remove module from service

DS1 Type Indicates whether the DS1 is a T1 or E1.

Frame Type The frame type for the individual T1/E1. Options: T1: Other, SF (SuperFrame), ESF (Extended SuperFrame), or UnframedE1: Basic, CRC (Cyclic Redundancy Check), MF (Multi Frame), CRCMF, or Unframed

Line Coding The type of DS1 line code used. Options B8ZS (Bipolar with 8 Zero Substitution) or AMI (Alternate Mark Inversion)For E1: HDB3 (High Density Bipolar 3) or AMI

Line Build Out The amount of padding to insert. Options allow selection in dB or distance in feet. For E1 options are Long Haul or Short Haul

Cross Connect Type Options: Network for Chassis to ONU connections; PT-PT for ONU to ONU connections

Note User-defined. Optional

Provisioning the ONU DS1 Interface


Provisioning the ONU DS1 InterfaceThis procedure describes how to provision the T1/E1 lines on an ONU or Service Module. Perform this procedure for each T1/E1 line to be provisioned. To configure the ONU DS1 interface, proceed as follows.1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the assigned PON ID and ONU Index.4. Click on the DS1 port graphic.

• The ONU DS1 Interface Configuration window is displayed.5. Select the DS1 type: T1 or E1.6. Select the Frame Type from the drop-down list.

• T1: SF, ESF, or Unframed

• E1: Basic, CRC, MF, CRCMF, or Unframed7. Select Line Coding from the drop-down list.

• T1: B8ZS or AMI

• E1: HDB3 or AMI8. Select Line Build Out from the drop-down list.

• Padding options are in dB or feet

• E1: Long haul or short haul9. Select Cross Connect Type from the drop-down list.

• The DS0 population within a DS1 may be cross connected to the DS0 population of a DS3M for network access or another ONU for point-to-point applications.• If you are cross connecting an ONU DS1 port to a DS3M select Network.• If you are cross connecting an ONU to another ONU DS1 port, select PT-PT.

10. Type any notes in the Note field.11. Set the Admin State to Enabled for each DS1 to be provisioned.12. Press Submit.13. Save the new configuration.

49



Figure 25: ONU DS1 Interface Provisioning

Provisioning the ONU DS1 Parameter Thresholds


Provisioning the ONU DS1 Parameter ThresholdsParameter thresholds can be configured for a variety of DS1 monitoring statistics in the Performance Monitoring (PM) Profile window. Alarms are generated if the thresholds are crossed.

Figure 26: ONU DS1 Performance Monitoring Profile Configuration Window

51

Navigating to the ONU DS0 Interface Configuration Window


Navigating to the ONU DS0 Interface Configuration WindowThe DS0 Interface Configuration panel allows the user to configure one or more DS0s for the ONU. From the DS1 Interface Configuration Screen, click on the DS0 tab. The ONU DS0 Interface Configuration window is displayed. See Figure 27. The configuration fields are explained below. ONU DS0 Interface Configuration DataPON ID The unique PON identifier to which the ONU is associated

ONU Index The unique identifier assigned to a particular ONU by the system

Serial Number The hardware serial number on the ONU. Can be Operator selectable or System Generated

MAC Address Media Access Control layer address on ONU. Can be Operator selectable or System Generated

DS1# The physical port of the T1/E1 where the DS0 resides

Modify Checkboxes correspond to each DS0. To select a particular DS0 to be modified, select the checkbox in the row that contains the DS0 you want to modifyIf you select the checkbox in the first row (where the DS0 # is All), and then provide the required values, you will modify all the DSOs associated with the DS1

DS0 # The DS0 channel location in the T1/E1. T1=1-24, E1=1-30

IfIndex System generated. This value is READ-ONLY

Admin State Indicates whether the interface is Enabled or Disabled Select Enabled to place the channel in serviceSelect Disable to take the channel out of service

Data/Voice Indicates DS0 use as a Data circuit or a Voice circuitData sets up for Clear Channel 64 Kbps trafficVoice sets up for 56 Kbps traffic Voice and signalling

Signaling Type The type of signaling used on the channel At present, Transparent is the only option

Idle Code The 1 and 0 pattern used by a carrier system to indicate an idle channel Select the idle code used by your system. Default is 1111

Idle Signal Manual fill in. Default is 255, ANSI Standard



Provisioning the ONU DS0 InterfaceThe procedure describes how to provision ONU DS0 interfaces. Follow these steps for each DS0 to be provisioned.1. From the Alloptic home window, click on System Provisioning.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the assigned PON ID and ONU Index.4. Click on the DS1 port graphic.

• The DS1 Interface Configuration window is displayed.5. Click on the DS0/AVM Port tab.

• The ONU DS0 Interface Configuration window is displayed.6. From the DS1 # drop-down list, select the DS1 port to be configured.

• For the bizGEAR Ultra and MDU family, the selections are 0-1 and 0-2, where the first digit (0) indicates the system board, and the second digit (1 or 2) indicates the specific DS1 port.

• For the bizGEAR 200, the selections 0-1 and 0-2 are the same as for the bizGEAR Ultra. • The other selections correspond to the optional modules. 1-1 indicates slot 1,

port 1. 1-2 indicates slot 1, port 2. • If all slots have modules with DS1 ports, the selections go up to 4-2, indicat-

ing slot 4, port 2.7. Select the corresponding checkbox to choose the DS0 #(s) to be modified.

• If you want to set all DS0s to the same values, click the checkbox in the row that has the DS0 # of “All”.

8. Select Data/Voice from the drop-down list.9. Select Signaling Type from the drop-down list.

• Transparent is the only option.10. Select the Idle Code (1111 is the default) from the drop-down list.11. Enter the Idle Signal (255 is the default).12. Select Enabled in the Admin State field.13. Press Submit.14. Save the new configuration.

53



Figure 27: ONU DS0 Interface Provisioning

Navigating to the ONU AVM Configuration Window


ONU Telephony Services OverviewThis section describes how to configure an Analog Voice Module (AVM) port. An ONU AVM port can then be connected to a DS3M AVM port. This is referred to as a Network Cross Connect. Cross connects are described in Chapter 4. DS3M AVM configuration is described in the edgeGEAR 2000 Turnup and Verification Manual.When configuring the DS3M interface for a cross connect, set the circuit to Voice or Data to match the AVM service. Both DS3M and ONU facilities must have compatible configurations to assure successful cross connects between their facilities.The AVM may be configured to operate as either a POTS or Private Line. AVM configuration allows you to establish circuit parameters such as signaling and gain and match telephone equipment impedance at the subscriber end. At the network interface, you can set up type of service, signaling, and idle channel coding.

Navigating to the ONU AVM Configuration WindowThe Analog Voice Module Configuration (AVM) window allows the user to configure telephone services. From the ONU Configuration window, click on the graphical representation of the AVM ports. The 2W Analog Voice Configuration is displayed. See Figure 28 and Figure 29. The configuration fields are defined below.

Figure 28: home 4000 with AVM ports

55

Navigating to the ONU AVM Configuration Window


ONU AVM Interface Configuration DataPON ID The unique PON identifier to which the ONU is associated

ONU ID The unique identifier the system assigns to a particular ONU

Serial Number The hardware serial number on the ONU

MAC Address Media Access Control layer address on the ONU

Port Number The physical port on the ONU

IfIndex System generated. READ-ONLY

Admin State Indicates whether the interface is Enabled or Disabled Select Enabled to place the line in service Select Disable to take the line out of service

Signaling Type Indicates how the signaling bits will be interpreted, and how off hook and on hook conditions will be converted to signaling. Options: Loop Start, Ground Start., or PLAR (Private Line Automatic Ringdown)

Ring Cadence Used with PLAR signaling. Introduces interrupts in the ringing signal. The number entered represents an interrupt in 100 milliseconds

AC Line Impedance Options are 600 OHMS (Default) or 900 OHMS

Rx Gain Options: 0dB to -12dB Set as required by application “0” Setting most common. “0” Setting provides a nominal -3 dBm

Tx Attenuation -6dB to -12dB Set as required by application. “0” Setting most common

CRV Informational: You may enter the subscriber’s Telephone Number

Companding Type Options are U-Law (North American standard) and A-Law (European standard)

Cross connect type Point-to-point is used if you are connecting ONU to ONU. Network utilizes the DS3M for cross-connects (Default)

Provisioning the ONU AVM Interface


Provisioning the ONU AVM InterfaceThe procedure contains the tasks to provision the ONU AVM interfaces. Perform this procedure for each AVM port to be used.

1. Click on the System Provisioning tab.2. Click on the ONU Configuration tab.

• The ONU Configuration display is displayed.3. Select the assigned PON ID and ONU Index.4. Click on the graphical representation of the AVM ports.

• The 2W Analog Voice Module Configuration window is displayed.5. Select Signaling Type for the voice ports you want to configure.

• Options: Loop Start, Ground Start, PLAR.6. Enter Ring Cadence as your Work Order directs.

• Normally used for PLAR signalling.7. Set your AC Line Impedance.8. Select the assigned Rx Gain from the drop-down list.9. Select the Tx Attenuation.10. The CRV function is presently not supported.11. Set the Companding Type.

• Set to µ-Law for North American standard.12. The default Cross Connect Type is Network.

• No change is required.13. Press Submit.14. Save the new configuration.

57



Figure 29: ONU AVM Interface Provisioning



59

Set AVM Cross Connect Type


Chapter 4 Cross Connects

Provisioning Network Cross Connects

Figure 30: Network Cross Connect Flowchart

Set AVM Cross Connect TypeThe AVM or DS1 Cross Connect type must be set for the type of cross connect desired, Network or Point-to-Point. To set the AVM cross connect type, proceed with the following.

1. From the ALLOPTIC home window, click on System Provisioning.2. In the Chassis Module Configuration window, click on ONU Configuration.

• The Module Configuration window is displayed.3. Click on a Voice port to open the AVM port Configuration window.4. Select the AVM Module Configuration tab.

• The POTS module configuration window appears.

5. Set the AVM cross connect to Network (Figure 31), and press Submit.

Configure DS3Module

ConfigureDS3, DS1, &

DS0 Interfaces

Select theTDM Services

Tab

Configure theONU ports

desired

Submit

The ONU port type mustbe set to Network first.

Configure theONU

Select AVMport

Select DS1port

Set AVMModule forNetwork

Configure AVMport

Configure DS1and set forNetwork

Configure DS0ports

Done

edgeGEAR 2000 Only

Set AVM Cross Connect Type


Figure 31: AVM Cross Connect Type

61

Provisioning AVM Network Cross Connects


Provisioning AVM Network Cross ConnectsThis section describes how to provision a DS3M to ONU AVM port cross connect. This type of cross connect is used to provide POTS access to the telephone network. Perform this procedure for each DS0 cross connect to be provisioned. DS3M and ONU facilities must have compatible configurations to assure successful cross connects between ONU ports and DS3M facilities. All configurations should be coordinated.

To provision Network AVM Cross Connects, proceed as follows.

1. From the Alloptic home window, click on System Provisioning.2. From the Chassis Module Configuration window, click on the DS3M module or DS1

port to be provisioned.• For the edgeGEAR 2000, the DS3M Module Configuration window is displayed.

• For the edge 200, the DS1 Port Configuration window is displayed.3. Click on the TDM Service tab.4. From the drop-down list, select the DS3 Port Number/DS1 Index to be configured.

• The selections are x-y, where x indicates the DS3 port, and y indicates the DS1 in that port.

5. Select the corresponding checkbox(es) of the DS1(s) to be configured.• To set all DS1s to the same value, click the checkbox that has the DS1 # “All”.

6. Enter the assigned PON ID.7. Enter the assigned ONU Index.8. Enter the Slot Number.

• The Slot # is always 1 for a homeGEAR™ ONU.9. Enter the assigned Port #.10. Enter the assigned DS0 Index.

• The DS0 Index is always 0 for a homeGEAR™ ONU.11. Set the Admin State to Enabled.12. Click Submit to update screen selections.13. Save the new configuration.

Provisioning AVM Network Cross Connects


Figure 32: Provisioning AVM Port Cross Connects

63

Set DS0 Cross Connect Type


Set DS0 Cross Connect TypeONU configuration should be coordinated with DS3M facilities configuration. It is important that the DS1 and DS0 Interface settings on the DS3M and the ONU Interface are compatible to assure successful cross connects.1. From the Alloptic home window, click on System Provisioning.2. From the Chassis Module Configuration window, click on ONU Configuration.

• The Module Configuration window is displayed.3. Click on the DS1 Port.

• The ONU DS1 Interface Configuration window appears.

4. Set the Cross Connect Type field to Network (Figure 33).5. Press Submit.

Figure 33: DS1 Cross Connect Type

Provisioning DS0 Network Cross Connects


Provisioning DS0 Network Cross ConnectsThis procedure contains the tasks to provision a DS3M to ONU DS0 cross connect. This type of cross connect is used to provide an ONU access to a telephone network. Perform this procedure for each DS0 cross connect to be provisioned.In this procedure, the operator connects a DS3M/DS1-DS0 to an ONU-DS0 as Work Order assignments specify.

To provision TDM Cross Connects, proceed as follows.

1. From the Alloptic home window, click on System Provisioning.2. From the Chassis Module Configuration window, click on the DS3M slot or DS1 port

to be provisioned.• For the edgeGEAR 2000, the DS3M Module Configuration window is displayed.• For the edge 200, the DS1 Port Configuration window is displayed.

3. Click on the TDM Service tab.• The Network DS0 Cross Connect window is displayed.

4. From the DS1# drop-down list, select the DS1 for which you want to cross connect the DS0s.

5. Select the Modify box of the DS0s you want to cross connect, or select the "All" modify box.

6. Enter the PON ID for the ONU to which you want to cross connect.7. Enter the ONU Index to which you want to cross connect.8. Enter the Slot, Port, and ONU DS0 Numbers.9. Set the Admin State to Enabled.10. Press Submit to update screen selections.11. Save the new configuration.

65



Figure 34: Provisioning DS0 Network Cross Connects



Provisioning Point-to-Point Cross ConnectsThis section describes the procedures required to provision an ONU DS0 to ONU DS0 cross-connect. Perform this procedure for each DS0 cross-connect to be provisioned.

Figure 35: Provisioning Point-to-Point Cross Connects

The Point-to-Point cross connect is used to provide point-to-point service between ONUs. It allows subscribers to set up private line networks between PBX switches and Off Premises stations. This cross connect supports the following arrangements:

• bizGEAR ONU to bizGEAR ONU connection• home ONU to bizGEAR ONU connection• home ONU to home ONU connection

ConfigureONU Port

AVM DS1

Set CrossConnect typeto Point-to-

Point

Submit

67

Provisioning AVM Ports for Point-to-Point Cross Connects


Provisioning AVM Ports for Point-to-Point Cross ConnectsThis procedure describes how to provision an AVM port for a point-to-point connection. It is normally performed when the AVM is configured for a private line application.

1. From the Home window, click on the System Provisioning tab.2. Click on the ONU Configuration tab.

• The ONU Configuration display is displayed.3. From the drop-down list, select the assigned PON ID.4. Then select the assigned ONU Index.5. Click on the Voice ports shown on the graphic.

• The 2W Analog Voice Module Configuration window is displayed.6. Select the Signaling Type: PLAR

• Once PLAR is selected, it affects all ports. Network Cross Connects are no longer possible on any port.

7. Enter the Ring Cadence.• Used with PLAR signalling.

8. Set your AC Line Impedance.9. Select the Rx Gain from the drop-down list.10. Select the Tx Attenuation from the drop-down list.11. Set the Companding Type.

• Set to µ-Law for North American standard.12. Press Submit.13. Select the AVM Module Configuration tab.14. Select PT-PT in the AVM Cross Connect field drop-down list.

• The AVM ports are configured for a point-to-point cross connect15. Press Submit.16. Save the new configuration.

Provisioning AVM Ports for Point-to-Point Cross Connects


Figure 36: Provisioning the AVM Port for Pt-to-Pt Cross Connect

Figure 37: Selecting Point to Point

69

Provisioning AVM Point-to-Point Cross Connects


Provisioning AVM Point-to-Point Cross ConnectsTo provision ONU to ONU AVM Cross Connects, proceed as follows.

1. From the Home window, click on System Provisioning.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the assigned A Location PON ID.4. Select the assigned A Location ONU Index.5. Click on the TDM Service tab.6. Select the A Location AVM Port Number/DS0 Index.7. For each ONU DS0 to be cross connected, enter the assigned Z Location:

• PON ID• ONU Index• Slot Number

• Port Number• DS0 Index

8. Set the Admin State to Enabled.9. Press Submit.10. Save the new configuration.

Provisioning AVM Point-to-Point Cross Connects


Figure 38: ONU to ONU AVM Cross Connect

71

Provision DS1 Point-to-Point


Provision DS1 Point-to-PointTo configure the DS1 ports for point-to-point cross connects, proceed as follows.


• The ONU Configuration window is displayed.3. Click on the DS1 Port.

• The DS1 Interface Configuration window is displayed.

4. Select T1 or E1 for the DS1 Type.5. Select the Frame Type and Line Coding.6. Select the Line Build Out.7. Select point-to-point in the Cross Connect Type.8. Enter a note if desired.9. Set the Admin State to Enabled.10. Press Submit.11. Save the New Configuration.

Figure 39: DS1 Interface Configuration Window

Configure the DS0s


Configure the DS0sTo configure the DS0s needed for cross connects, proceed as follows.1. In the DS1 Interface Configuration Window, click on the DS0 window.2. In the Modify column, select the All checkbox to configure all DS0s the same.3. Set the Data/Voice field as needed.4. Set the Signaling Type to Transparent.5. Set the Idle Code and the Idle Signal.6. Set the Admin State to Enabled.7. Press Submit.8. Save the new configuration.

Figure 40: Selecting DS0s for Cross Connect

73

Provisioning DS1/DS0 Point-to-Point Cross Connects


Provisioning DS1/DS0 Point-to-Point Cross ConnectsIn this procedure, the operator connects an A Location ONU-DS0 to a Z Location ONU-DS0 for each selected DS1 port and DS0 index number.1. From the Alloptic Home window, click on System Provisioning.2. Click on ONU Configuration.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Click on the TDM Services tab.6. Select the DS1 Port Number/DS0 Index from the drop-down list.7. If all DS0s are to be configured the same, select the Modify All checkbox; otherwise

select the DS0s desired.8. Select the ONU 2 PON ID.9. Select the ONU Index and Module Slot Number.10. Select the Port and DS0 Numbers.11. Set the Admin State to Enabled.12. Press Submit.13. Save the new configuration.

Provisioning DS1/DS0 Point-to-Point Cross Connects


Figure 41: ONU to ONU Cross Connects

TDM Service Disconnect RequirementsWhen disconnecting individual home or bizGEAR TDM services, both Network and Point-to-Point services must be disconnected. If ONU or DS3M facilities are to be removed, all service cross connects must be disconnected first. To prevent alarms, perform the procedure then physically disconnect the service.

75

Provisioning RF Video Service


Chapter 5 Video Service Provisioning

RF Video Service OverviewThe mduGEAR 224 and aceGEAR ONUs can be equipped with an RF Video port that connects to subscriber equipment via coaxial cable. GigaVu™ allows an operator to control this port remotely. The Xgen 7000 and home 4000 can come equipped with internal RF Video sources that can also be controlled remotely.An RF Video tab in the ONU Configuration window provides access to the RF Video configuration screen. Several types of RF Video equipment can be provisioned: a dual fiber tvGEAR Receiver (Figure 43), a SF (single fiber) tvGEAR Receiver (Figure 44), a tvGEAR Transceiver (Figure 42), and a rack-mountable tvGEAR converter. The tvGEAR Receivers deliver Broadcast Video services to Cable Ready TV sets over optical carriers. This enables a Service Provider to offer subscribers a choice of CATV and Satellite broadcasts. The bi-directional RF transceiver provides video services in the downstream direction with a DOCSIS return path.

Provisioning RF Video ServiceThis procedure provides directions for initiating ONU RF Video service. When the configuration change is submitted, the RF Signal is turned on at the subscriber’s location. The signal is shut off when the RF Video port is disabled. The tvGEAR Receiver must be enabled administratively to be placed in service.

To provision the RF Video port, proceed as follows.

1. From the Home window, click on the System Provisioning tab.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the assigned PON ID and ONU Index.4. Click on the RF Video tab.

• The RF Video Configuration window is displayed.5. Select the Equipment Type from the drop-down list.

• The rack mount tvGEAR converter can only be provisioned with the aceGEAR.6. Press Add.7. Set the Admin State to Enabled.8. Press Submit.9. Save the new configuration.



Figure 42: Provisioning RF Video Service, tvGEAR Transceiver

Figure 43: Provisioning RF Video Service, tvGEAR Receiver

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Figure 44: Provisioning Single Fiber tvGEAR Receiver

Figure 45: Provisioning RF Video Service, tvGEAR Converter

Provisioning Global IP Video Services


IP Video Services OverviewThe Alloptic IP delivery video system provides customers with broadcast and Video-on-Demand (VOD) channels. The Alloptic chassis uses IP multicast techniques to distribute video content over the Alloptic network. Each ONU is capable of delivering video services to the Ethernet port. Alloptic ONUs support IP Video and data combined on one 10/100 Ethernet port. If desired, the IP Video and data can be supported on separate ports.

Provisioning Global IP Video ServicesThe Global IP Video Service Provisioning procedures provide a checklist of data you must obtain and navigation to the GigaVu™ windows you will use for entering IP Video service configuration data.Please refer to the Planning & Engineering Guide for a technical overview of IP Video service. See Figure 53 below for a visual representation of the IP Video service application. Use the supporting procedures to provision the services listed on your work order.

VLAN and IGMP Configuration Fields Field DefinitionVLANVLAN ID A VLAN identifier unique to the system. Valid range: 64 to 4094.

IP Address The IP video service provider’s assigned IP address; also the source IP address the chassis uses to query the video head-end.

Status System generated. Indicates status of VLAN.

Admin State Select Enabled to place a VLAN in service; Disabled to remove from service.

Note Optional reference field.IGMP

Query IntervalThe interval, in seconds, during which the ONU sends General Query messages to each of its subscriber video ports. Valid range: 1 to 1000. Default is 125 seconds.

Query Max Response Time (10th of second)

The max response timeout value, in tenths of a second, inserted in the General Query messages, and the maximum amount of time in which an IP host has to respond with Group Membership reports to the query. Valid range: 1 to 25. Default is 5 seconds.

Last Member Response Time (10th of second)

The max response timeout interval, in tenths of a second, inserted in the Group Specific Query (which was generated in response to a Leave message) and is the maximum amount of time an IP host has to respond with a Group Membership Report to the query. Valid range: 1 to 250. Default is 5 tenths of a second.

Host Group Timeout

Amount of time, in seconds, in which a port will be dropped from a multicast group if no Group Membership Report is received. It is recommended that this value be at least twice the Query Interval in case a membership report is lost. Valid range: 1 to 2000. Default: 260 seconds.

Last Member Time Out 10th of second)

Amount of time, in tenths of a second, in which a port will be dropped from a multicast group if no Group Membership Report is received. This timeout replaces the Host Group Timeout when a Group Specific Query is sent. Valid range: 1 to 50. Default: 1 second.

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Creating IP Video VLANsThis procedure describes how to create the VLAN necessary for IP Video services.

To create an IP Video VLAN, proceed as follows.

1. From the Alloptic home window, click on the System Provisioning tab.2. Click on the IP Video tab.

• The Service Configuration window is displayed.3. Enter the following VLAN Configuration information:

• VLAN ID• IP Address • Admin State • Note

4. Press the top Submit button.

Initial Join Count

Specifies the number of times the system sends an initial Join message via the network ports separated by a time interval as specified by the Periodic Join Interval. Since IGMP messages are unreliable UDP (User Datagram Protocol) packets that can be lost or dropped, sending the Join multiple times helps ensure the multicast router will receive the request. Default: 2.

Periodic Join Interval Amount of time, in seconds, between the Join messages sent via the chassis. Default: 5.

Admin State Select Enabled for IGMP capability; select Disabled for no IGMP.

Note: At least one network port must be enabled prior to enabling the IP Video VLAN.



IP Video IGMP Configuration

1. Enter the following IGMP Configuration:

• Query Interval• Query Max Response Time• Last Member Response Time• Host Group Timeout• Last Member Timeout• Initial Join Count• Periodic Join Interval• Admin State

2. Press the bottom Submit button.3. Save the new configuration.

Figure 46: Creating an IP Video VLAN

NOTE: If you do not see an Admin State field in the VLAN Configuration section, press the ADD button.

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Network Port Configuration Fields

Add Network Port(s) for IP Video VLANThe procedure describes how to provision network ports for an IP Video VLAN.

1. From the Home window, click on System Provisioning.2. Click on the IP Video tab.

• The Service Configuration window is displayed.3. Click on the Network Port tab.

• The Network Port Configuration window is displayed.4. Press the Add button.5. Select a valid Network Port.6. Set the Downstream BW.7. Set the Upstream BW.8. Enter any Notes.9. Set the Status to Enabled. 10. Press Submit.11. Save the new configuration.

Field Definition

Network Port SCM port 1 or port 2, NIM Ports 1 through 6.

Status Select Enabled to put port in service; Disabled to remove from service.

Downstream B/W Set the downstream bandwidth limit, in 100Kbps, for the network port. Each channel typically requires 5Mbps

Upstream B/W Set the upstream bandwidth limit, in 100Kbps, for the network port. Generally set to a value less than Downstream B/W.

Note Optional reference field.



Figure 47: Adding Network Ports for IP Video VLANs

Figure 48: IP Video Network Port Configuration

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PON Port Configuration Fields

Add PON Port(s) to the IP Video VLANThis procedure describes how to provision the PON ports that are used for delivering IP video services to the VLAN.1. From the Home window, click on System Provisioning.2. Click on the IP Video tab.3. Click on the PON Port tab.

• The PON Port Configuration window is displayed.4. Press the Add button.5. Select the PON ID.6. Set the Downstream BW.7. Set the Alarm Threshold.8. Set the Max Channel.9. Set the Status to Enabled.10. Press Submit.11. Save the new configuration.

Field Definition

PON ID A PON ID that has previously been configured.

Status Select Enabled to put the port in service; Disabled to remove from service.

Downstream B/W Set the downstream bandwidth limit, in 100Kbps increments, for the network port. Each channel typically requires 5Mbps.

Alarm Threshold Specifies the number of multicast channels, which if exceeded, generates an alarm log event and an SNMP trap.

Max ChannelSpecifies the number of multicast channels that cannot be exceeded. If this number is reached, an alarm log event is generated, and no further multicast membership Joins are processed for the offending ONU port.



Figure 49: Adding PON Ports to the IP Video VLAN

Figure 50: IP Video PON Port Configuration

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IP Video Multicast Address Configuration Fields

Add Multicast Addresses to the IP Video VLANThis procedure describes how to configure the Multicast Address(es) the IP Video VLAN uses.1. From the Home window, click on System Provisioning.2. Click on the IP Video tab. 3. Click on the Multicast Addresses tab.

• The IP Video Multicast Addresses window is displayed.4. Set the Status field to Enabled.5. Click the New button.

• The IP Video Multicast Addresses window is re-displayed.6. Enter a valid IP Multicast Address.7. From the drop-down list, select a Type: Video or Static Video.8. Enter channel Information (ABC, CBS, ESPN, etc.) in Notes.9. Click the Add button.10. Press Submit.11. Save the new configuration.

Field Definition

IP Multicast Address Represents the broadcast channel to be added as an allowable source for the video end-user.

Status System generated. Indicates status of IP video multicast address.

Type

Select Static Video to ensure that the system always subscribes (or joines) to the Multicast Address on a fixed basis.Select Video if the system is to subscribe (or join) to the Multicast Address on a per-request basis.




Figure 51: Multicast Address Configuration Window

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Provision ONU IP Video Service


Provision ONU IP Video ServiceThe ONU IP Video Service Provisioning procedures provide a checklist of data to obtain and the navigation windows you will use for entering IP Video service configuration data. Use the supporting procedures to provision the services listed on your Work Order.This section defines the IP Video configuration fields used when configuring IP Video services.

ONU Ethernet Interface Configuration Fields

ONU Ethernet Port IP Video Configuration Fields

Field Definition

PON ID The unique PON identifier to which the ONU is associated.

ONU Index The unique ONU identifier.

Port Type For each ONU Fast Ethernet port that is to receive IP Video service, change the Port Type from Data to IP Video or Mixed Services.

Slot # Used with bizGEAR 200 ONUs only. This represents the Ethernet Service Module slot number if applicable.

Field Definition

Fast Leave

Set to YES to speed up the process of dropping a multicast stream from a subscriber’s ONU port. This option can be used if only one set-top box is present on the subscriber port. If set, the system prunes a multicast stream from a subscriber port when an IGMP Leave message is received. Set to NO and a group specific query is sent and a reply time-out must occur before the multicast stream is pruned.

Channel Alarm Threshold

Channel Alarm Threshold specifies the number of multicast channels, which if exceeded, will generate an alarm log event and an SNMP trap.

Max Channel Allowed

This field specifies the number of multicast channels that cannot be exceeded for the ONU port. If this number is reached, an alarm log event is generated and no further multicast membership Joins are processed for the offending ONU port.

Upstream Bandwidth

This is generally set to a value of .512 to 1.0 Mbps to provide enough bandwidth for channel and related management traffic.

SecureSTBEnter YES if a secure Set-Top Box is configured as part of the IP Service on this Ethernet port Enter NO if no secure Set-Top Box is to be used.




Configure ONU Ports to IP Video ServiceThis procedure describes how to configure the ONU Ethernet ports for IP Video service.


• The ONU Configuration window is displayed.3. Select the PON ID.4. Select the ONU Index.5. Click on the Ethernet Port icon on the System Board.

• The ONU Ethernet Interface Configuration window is displayed.6. Change each Fast Ethernet port that will receive IP Video Service to IP Video or

Mixed Services.7. Change the Admin State to enabled.8. Press Submit.9. Save the new configuration.10. Click on the IP Video tab.11. Select the Slot # and Port # of the ONU Port.12. Set the Admin State to Enabled.13. Choose the appropriate value for Fast Leave.14. Enter the value for Channel Alarm Threshold.15. Enter the value for Max Channel Allowed.16. Enter the value for Upstream Bandwidth.17. Enter a Note.18. Press Submit.19. Save the new configuration.

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Figure 52: Configuring ONU IP Video

Figure 53: IP Video Service Configuration Window



IP Video Secure Set-Top BoxBy specifying a MAC address for each Set-Top Box (STB) connected to the ONU Ethernet Port, the Service Provider allows that Set-Top Box to access IP Video services provided via the system. A Service Provider can thus enforce security for IP Video services. Secure STB entries are required for all Mixed Service Ethernet ports.To configure the IP Video Secure Set-Top Box, proceed with the following steps.


• The ONU Configuration window is displayed.3. Select the PON ID.4. Select the ONU Index.5. Select the ONU IP Video tab.6. Select the Set-Top Box tab.7. Select the appropriate interface port (if using a bizGEAR 200, select the slot number

first).8. Press the New button. The IP Video STB Inventory window appears (See Figure 54).9. Enter the STB MAC Address.10. Enter a Service ID #.11. Press ADD.12. Save the new configuration.You will see the Secure Set-Top Box added in the status information fields below.

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Figure 54: IP Video STB Inventory Window



Disable the IP Video Set-Top Box ConfigurationTo Disable an IP Video Set-Top Box, proceed with the following:1. Go to the ONU Configuration window.2. Select the PON ID.3. Select the ONU Index.4. Select the ONU IP Video tab (see Figure 53).5. Select the Set-Top Box tab.

• The IP Video STB Inventory page appears (Figure 54).

6. Select the appropriate interface port (if using a bizGEAR 200, select the slot number first).

7. Select the MAC Address of the STB you wish to disable.8. Set the Admin State to disabled.9. Press Submit.10. Save the new configuration.

Delete the IP Video Set-Top Box ConfigurationTo Delete an IP Video Set-Top Box, proceed with the following:

1. Go to the ONU Configuration window.2. Select the PON ID.3. Select the ONU Index.4. Select the ONU IP Video tab (see Figure 53).5. Select the Set-Top Box tab.

• The IP Video STB Inventory page appears (Figure 54).


7. Select the MAC Address of the STB you wish to delete.8. Press the Delete button. The STB will be removed.9. Save the new configuration.

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Designated Services Configuration Data


Chapter 6 Designated ServicesDesignated Services Overview

Designated Services creates a open flat VLAN that many ONUs, or a network port, can connect to. This resource allows enhanced bandwidth management and prioritization for specified VLANs. It provides the ability to prioritize Designated Services above data traffic. This ensures that when processing the streams, Designated Services are configured at a higher priority than standard data traffic thus ensuring they get through uncorrupted. This allows unrestricted communication between data ports. Designated Services are particularly useful for Voice over IP (VoIP) and community LANs.All ONUs support Designated Service capabilities. The ONUs allow at least two designated VLANs to be assigned to a physical Ethernet port while still allowing the standard data VLAN capabilities on that port.

Provisioning Global Designated ServicesThe global Designated Services Provisioning procedures provide a checklist of data you must obtain and navigation to the GigaVu™ windows you will use for entering Designated Service configuration data. Use the supporting procedures to provision the services listed on your work order.

Designated Services Configuration Data

Field DefinitionService ID Up to five services are possible. Options: 1-5.

VLAN ID The VLAN assigned to the service.


Priority

The Designated Services priority level: Default, High, System.• Default = normal VLAN services traffic• High = Intermediate level priority between VLAN and IP Video

priorities.• System = Highest priority, equal to IP Video services.

Network Port The port traffic will egress, can be SCM or NIM

Downstream Bandwidth (Mbps)

Bandwidth allocated out of bandwidth manager for traffic coming into the chassis. Set the downstream bandwidth limit, in 64Kbps.

Minimum Upstream Bandwidth (Mbps)

Controls the minimum bandwidth egressing the chassis. Set the upstream bandwidth limit, in 64Kbps.

Maximum Upstream Bandwidth (Mbps)

Controls the maximum bandwidth egressing the chassis. Set the upstream bandwidth limit, in 64Kbps.


Creating Designated Services VLANs


Creating Designated Services VLANs1. From the Home window, click on the System Provisioning tab.2. Click on the Designated Services tab.

• The Designated Services window is displayed.3. Select the Service ID for which you want to configure bandwidth and priority.4. Enter the VLAN ID.5. Set the desired Priority level.6. Select the Network egress port.7. Set the Upstream and Downstream Bandwidth Levels.8. Enter a text Note if desired.9. Set the Admin State to Enabled.10. Press Submit.

• The Service Configuration will appear in a table at the bottom of the window.11. Save the new configuration.

Figure 55: Designated Services Configuration Window

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Designated Services PON Port Configuration Data


Designated Services PON Port Configuration DataThe following table describes the PON Port Configuration data.

Configure Designated Services PON Ports1. From the Home window, click on the System Provisioning tab.2. Click on the Designated Services tab.3. Click the PON Port tab.

• The PON Port Configuration window appears.4. Select the Service ID.5. Select the PON ID.6. Set the Downstream Bandwidth Level.7. Set the Admin State to Enabled.8. Press Submit.

• The PON Port Configuration will appear in a table at the bottom of the screen.9. Save the new configuration.

Field Definition

Service ID Up to five services are possible. Options: 1-5.

PON ID The PON the service is traveling over.


Downstream Bandwidth (Mbps)

Bandwidth allocated out of bandwidth manager for traffic going down the PON. Set the downstream bandwidth limit in 64Kbps.

Configure Designated Services PON Ports


Figure 56: Designated Services PON Port Configuration Window

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ONU Designated Services Configuration Fields


Provision ONU Designated ServicesThe ONU Designated Services Provisioning procedures provide a checklist of data to obtain and the navigation windows you will use for entering Designated Services configuration data. Use the supporting procedures to provision the services listed on your Work Order.This section defines the Designated Services fields used during configuration.

ONU Designated Services Configuration Fields

Configure ONU Units for Designated ServicesThe Unit Configuration tab enables an ONU to participate in a specific designated service. This procedure describes how to configure the ONU for Designated Services.

1. From the Home window, click on the System Provisioning tab.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the PON ID.4. Select the ONU Index.5. Click on the Designated Services tab.

• The ONU Designated Service Configuration window is displayed.6. Select the Service ID.7. Set the Minimum and Maximum Upstream Bandwidth.8. Enter a Note if desired.9. Set the Admin State to Enabled.10. Press Submit.

• The configured ONU Designated Service will appear in a table at the bottom of the window.

11. Save the new configuration.


Admin State Select Enabled/Disabled to place the VLAN in or out of service.

Minimum Upstream Bandwidth (Mbps)

The minimum bandwidth allowed for this service traffic, from ONU onto the PON. Set the upstream bandwidth limit, in 64Kbps.

Maximum Upstream Bandwidth (Mbps)

The maximum bandwidth allowed for this service traffic, from ONU onto the PON. Set the upstream bandwidth limit, in 64Kbps.


Configure ONU Units for Designated Services


Figure 57: ONU Designated Service Configuration Window

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ONU Port Designated Services Configuration Fields


ONU Port Designated Services Configuration Fields

Configure ONU Ports for Designated ServicesThe Port Configuration window adds a specific port to the designated service. This procedure describes how to configure the ONU Ethernet ports for Designated Services.

1. From the Home window, click on the System Provisioning tab.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the PON ID.4. Select the ONU Index.5. Click on the Designated Services tab.6. Click on the Port Configuration tab.

• The ONU Port Designated Service Configuration window is displayed.7. Select the Service ID and Port Number.8. Select the Type of Designated Service you want, secure or nonsecure.9. Enter a Note if desired.10. Set the Admin State to Enabled.11. Press Submit.

• The Port Configuration will appear in a table at the bottom of the window.12. Save the new configuration.


Port # The port upon which designated service is being provisioned.


Type When configured for secure, only the MAC addresses specifically configured in the Device Filter may send data onto the specific Designated Service. Options: Secure or NonSecure.


Configure ONU Ports for Designated Services


Figure 58: ONU Port Designated Service Configuration Window

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ONU Device Filter Configuration Fields


ONU Device Filter Configuration Fields

Configure ONU Device Filter ConfigurationThe Device Filter is analogous to the IP Video Set-Top Box MAC feature. You can configure specific MAC addresses to be part of a specific Designated Service.1. From the Home window, click on the System Provisioning tab.

2. Click on ONU Configuration.• The ONU Configuration window is displayed.

3. Select the PON ID.4. Select the ONU Index.5. Click on the Designated Services tab.6. Click on the Device Filter tab.

• The Device Filter Configuration window is displayed.7. Select a filtering option: Service ID or Port Number.8. Enter the desired MAC Address.9. Select the desired Service ID and Port Number.10. Enter a Note if desired.11. Press Add.12. Set the Admin State to Enabled.13. Press Submit.

• The configured device will appear in a table at the bottom of the window.14. Save the new configuration.

Field DefinitionService ID Filter Lists all available Services.

Port # Filter Lists all available port numbers.

MAC Address An address to be allowed part of a specific Designated Service.

Service ID Up to five services are possible. Options: 1-5.

Port # The port upon which designated service is being provisioned.



Configure ONU Device Filter Configuration


Figure 59: Designated Services Device Filter Window

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Disconnect an Ethernet Service


Chapter 7 Removing ONU Services

This chapter describes the procedures required for deleting or disabling voice, high-speed data, T1/E1, and video services.

Ethernet Services RemovalThis section contains the procedures required to disconnect existing Ethernet services and to delete the ONU users associated with those services. Use this task if you are deleting either Ethernet, IP Video, or Designated services.Perform the deletion of Ethernet services and users according to your Work Order.

Disconnect an Ethernet Service

The following procedure describes how to disconnect ONU Ethernet services. Perform this procedure before physically disconnecting the service. In this procedure the operator disables each Ethernet Port assigned in the Work Order.

To disable an Ethernet interface, proceed with the following.

1. From the Alloptic home window, click on the System Provisioning tab.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Click on the Ethernet Port icon.

• The Ethernet Interface Configuration window is displayed for the selected board.6. For the Ethernet Port to be disconnected, select Disabled in the Admin State field

drop-down list.7. Press Submit.8. Save the new configuration.

CAUTION: This is a service stopping procedure.

Delete ONU Users


Figure 60: Disabling the Ethernet Interface

Delete ONU UsersThis procedure describes how to delete ONU User configurations no longer associated with Ethernet services. Perform this procedure when Ethernet services are disconnected or to change ONU Users on a service. To delete an ONU User profile, proceed with the following.1. From the Alloptic home window, click on the System Provisioning tab.2. Click on the ONU Configuration tab.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Click on the VLAN Service tab.

• The ONU User Configuration window is displayed.6. Select the User Name to be deleted.7. Press Delete to remove the user profile.

• A confirmation dialog box is displayed.8. Press OK to confirm the deletion.9. Save the new configuration.

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Delete ONU Users


Figure 61: Deleting ONU User Configuration

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Delete Network Cross-Connects


TDM Service DisconnectsThis procedure allows an operator to disconnect individual home and bizGEAR TDM services. Both Network and Point-to-Point services can be disconnected with these procedures.If ONU or DS3M facilities are to be removed, all service cross connects must be disconnected first. To prevent alarms, perform the disconnect procedure, and then physically disconnect the service.

Delete Network Cross-ConnectsThis procedure describes how to delete Network DS0 cross connects. The DS3M-DS0 (edgeGEAR 2000) or DS1-DS0 (edge 200) and ONU-DS0 are disconnected to terminate network access service.In this procedure, the operator disconnects a DS3M-DS0/DS1-DS0 from an ONU-DS0 or AVM port for each selected DS3/DS1 port, DS1 index number, and DS0 index number specified in the Work Order assignments.To delete Network DS0 Cross Connects:1. From the Alloptic home window, click on the System Provisioning tab.2. From the edgeGEAR 2000 Chassis Configuration display, click on the DS3M

containing the service.• The DS3M Module Configuration window is displayed.

3. Click on the Port Configuration tab in the DS3M Module Configuration window.4. From the edge 200 Chassis Configuration display, click on the DS1 containing the

service.• The DS1 Port Configuration window is displayed.

5. Click on the DS0 tab in the Port Configuration window.• The DS1 Interface Configuration window is displayed.

6. From the Port Number drop-down list, select the Port/Index number in which the DS0 resides.

7. Select the corresponding checkbox(es) for the DS0(s) to be disconnected.• To disconnect all DS0s, click the checkbox that has the DS0 # “All”.

8. Set the Admin State to Disabled.9. Press Submit.10. Save the new configuration.

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Delete Network Cross-Connects


Figure 62: Deleting Network Cross Connects

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Delete Point-to-Point Cross-Connects


Delete Point-to-Point Cross-ConnectsIn this procedure, the operator disconnects an A Location ONU-DS0 from a Z Location ONU-DS0 or AVM port for each selected DS1 port and DS0 index number.To delete Point-to-Point DS0 Cross Connects, proceed as follows.1. From the Alloptic home window, click on System Provisioning.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the assigned A Location PON ID.4. Select the assigned A Location ONU Index.5. Click on the TDM Service tab.

• The ONU Cross Connect Configuration window is displayed.6. Select the A Location DS1 Port Number/DS0 Index to be deleted.7. Set the Admin State to Disabled.8. Press Submit.9. Save the new configuration.

Figure 63: Deleting Point to Point Cross Connects

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Remove ONU AVM from Service


TDM Facilities Service RemovalThis procedure allows an operator to remove ONU and DS3M/DS1 facilities from service. All service cross connects must be disconnected before removing facilities from service. To prevent alarms, perform the removal procedure before physically disconnecting the facilities.

Remove ONU AVM from ServiceThis procedure describes how to remove an ONU AVM from service. In this procedure, the operator disables each assigned AVM port.


• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Click on the Voice Port icons on the System Board.

• The 2W Analog Voice Module Configuration window is displayed.6. Set the Admin State to Disabled.7. Press Submit.8. Save the new configuration.

Figure 64: Removing the AVM Port from Service

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Disable ONU DS0 Interface


Disable ONU DS0 InterfaceThis procedure describes how to disconnect DS0 facilities from the System Board or DS1 Module. Perform this procedure before physically disconnecting the facilities.

To disable an ONU DS1 Port, proceed as follows.


• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Click on the DS1 icon on the System Board or the DS1 Module to be disconnected.

• The ONU DS1 Interface Configuration window is displayed.6. Click the DS0 tab.7. Select the DS1 that contains the desired DS0.8. Select the DS0 to be disconnected.9. Set the Admin State to Disabled.10. Press Submit.11. Save the new configuration.

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Figure 65: Disabling the DS0 Interfaces

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Disable ONU DS1 InterfaceThis procedure describes how to disconnect DS1 facilities from the System Board or DS1 Module. Perform this procedure before physically disconnecting the facilities. In this procedure, the operator disables each assigned DS1 Port.To disable an ONU DS1 Port, proceed as follows.1. From the Alloptic home window, click on the System Provisioning tab.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Click on the DS1 icon on the System Board or the DS1 Module to be disconnected.

• The ONU DS1 Interface Configuration window is displayed.6. Set the Admin State of the port to be disconnected to Disabled.7. Press Submit.8. Save the new configuration.

Figure 66: Disabling the DS1 Interface

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Disable the DS3M DS0 Interface


Disable the DS3M DS0 InterfaceThis procedure describes how to remove a DS3M DS0 interface from service. Perform this procedure for each DS3M DS0 interface to be removed.A DS0 cannot be removed from service if it is cross connected to an ONU DS0. All cross connects must be removed before continuing. To remove a DS0 Interface from service, proceed as follows.1. Click on the System Provisioning tab, and then click on the Active DS3M Slot in the

Chassis Configuration window.• The DS3M Module Configuration window is displayed.

2. Click on the Port Configuration tab.3. Click on the DS0 tab; the DS0 Interface Configuration window is displayed.4. Select the DS3 Port/Index number in which the DS0 resides from the Port Number

drop-down list.5. Select the corresponding checkbox(es) for the DS0(s) to be removed.

• To remove all DS0s, click the checkbox that has the DS0 # “All”.6. Set the Admin State to Disabled.

• Disabled removes the DS0 interface from service.7. Press Submit.8. Save the new configuration.

Figure 67: Disabling the DS3M DS0 Interface

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Disable the DS3M DS1 InterfaceThis procedure describes how to remove a DS3M DS1 interface from service. Perform this procedure for each DS3M DS1 interface to be removed.A DS1 cannot be removed from service if it is cross connected to an ONU port or if any of its DS0 channels are in service. All cross connects must be removed, and all associated DS0 facilities disabled before continuing. To remove a DS1 Interface from service, proceed as follows.1. Click on the System Provisioning tab; then click on the Active DS3M Slot in the

Chassis Configuration window.• The DS3M Module Configuration window is displayed.

2. Click on the Port Configuration tab.3. Click on the DS1 tab.

• The DS1 Interface Configuration Window is displayed.4. Select the DS3 Port number in which the DS1 resides from the Port Number drop-

down list.5. Select the corresponding checkbox(es) of the DS1(s) to be removed.

• To remove all DS1s, click the checkbox which has the DS1 # “All”.6. Set the Admin State to Disabled.

• Disabled removes the DS1 interface from service.7. Press Submit.8. Save the new configuration.

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Figure 68: Disabling the DS3M DS1 Interface

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Disconnect ONU RF Video ServiceThis procedure provides directions for turning off ONU RF Video service. When the configuration change is submitted, the RF Signal is turned off at the subscriber’s location.To turn off the RF Video port, proceed as follows.1. Click on the System Provisioning tab.2. Click on the ONU Configuration tab.

• The ONU Configuration window appears.3. Select the assigned PON ID.4. Select the assigned ONU Index.5. Click on the RF Video tab.

• The RF Video Configuration window is displayed.6. Set the Admin State to Disabled.7. Press Submit.8. Save the new configuration.

Figure 69: Disconnecting RF Video Service

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Deleting IP Video from an ONUTo remove IP Video from an ONU, proceed with the following.

1. From the System Provisioning window, click on the ONU Configuration tab.2. Click on the IP Video tab.3. Then click on the Set-Top Box tab.

• The Set-Top Box window appears (Figure 54).4. Select the appropriate interface port (if using a bizGEAR 200, select the slot number

first).5. Select the MAC Address of the STB you wish to delete.6. Press Delete.

• The STB will be removed.7. Save the new configuration.

Next, you must delete the IP Video Port.

8. From the Set-Top Box window, click on the Port Configuration tab.• The Port Configuration window appears.


10. Press Delete.11. Save the new configuration.

Finally, the Ethernet Port Type must be reset from IP Video or Mixed Services to just Data.

12. From the Port Configuration window, click on the Module Configuration tab.• The ONU Configuration window will appear.

13. Click on the Ethernet Ports.• The ONU Ethernet Interface Configuration window appears.

14. Set the Admin State to Disable, and press Submit.15. Change the Port Type to Data.16. If desired, reset the Admin State to Enable, and press Submit.17. Repeat for each Ethernet Port provisioned for IP Video or Mixed Services.18. Save the new configuration.

Deleting Multicast Addresses from the IP Video VLAN


Deleting IP Video Services

Deleting Multicast Addresses from the IP Video VLANThis procedure describes how to delete Multicast Address(es) from an IP Video VLAN.


• The Service Configuration window is displayed.3. Click on the Multicast Address tab.4. Select the IP Multicast Address you want to delete.5. Press Delete.6. Save the new configuration.

Figure 70: Deleting Multicast Addresses from the IP Video VLAN

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Deleting PON Port(s) for IP Video VLAN


Deleting PON Port(s) for IP Video VLANThis procedure describes how to delete PON Port(s) from an IP Video VLAN.1. From the Alloptic home window, click on the System Provisioning tab.2. Click on the IP Video tab. 3. Click on the PON Port tab.

• The PON Port Configuration window is displayed.4. Select the PON ID you want to delete.5. Press Delete.6. Save the new configuration.

Figure 71: Deleting PON Ports from IP Video VLAN

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Deleting Network Port(s) for IP Video VLAN


Deleting Network Port(s) for IP Video VLANThis procedure describes how to delete Network Port(s) from an IP Video VLAN.1. From the Alloptic home window, click on the System Provisioning tab.2. Click on the IP Video tab. 3. Click on the Network Port tab.

• The Network Port Configuration window is displayed.4. Select the Network Port you want to delete.5. Press Delete.6. Save the new configuration.

Figure 72: Deleting Network Ports from the IP Video VLAN

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Removing IP Video Service


Removing IP Video ServiceThis procedure describes how to remove IP Video services.


• The Service Configuration window is displayed.3. Set the Admin State to Disabled.

• This will automatically disable the IGMP Admin State as well.4. Press Submit.

• A Delete button will appear.5. Press the Delete button to delete the IP Video Service.6. Save the new configuration.

Figure 73: Removing IP Video Service

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Deleting MAC Addresses


Deleting Designated Services

Deleting MAC Addresses1. From the Alloptic home window, click on the System Provisioning tab.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the PON ID.4. Select the ONU Index.5. Click on the Designated Services tab.6. Click on the Device Fitler tab.7. Select the Service ID desired.8. Press Delete.9. Save the new configuration.

Deleting ONU Designated Services PortsThis procedure describes how to delete Port(s) from a Designated Services VLAN.1. From the Alloptic home window, click on the System Provisioning tab.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the PON ID.4. Select the ONU Index.5. Click on the Designated Services tab.6. Click on the Port Configuration tab.

• The ONU Port Designated Service Configuration window is displayed.7. Select the Service ID and Port Number to be deleted.8. Press Delete.9. Save the new configuration.

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Deleting ONU Designated Service Units


Deleting ONU Designated Service UnitsThis procedure describes how to delete an ONU from Designated Services. No ports can be in service when attempting this procedure. Delete all ports first. 1. From the Home window, click on the System Provisioning tab.2. Click on ONU Configuration.

• The ONU Configuration window is displayed.3. Select the PON ID.4. Select the ONU Index.5. Click on the Designated Services tab.

• The ONU Designated Service Configuration window is displayed.6. Select the Service ID.7. Press Delete.8. Save the new configuration.

Deleting Global Designated Services PON PortsThis procedure describes how to delete the global Designated Services PON Ports.1. From the Home window, click on the System Provisioning tab.2. Click on the Designated Services tab.3. Click the PON Port tab.

• The PON Port Configuration window appears.4. Select the Service ID.5. Select the PON ID.6. Press Delete.7. Save the new configuration.

Deleting Designated Services VLANs


Deleting Designated Services VLANsThis procedure removes a specific Designated Services VLAN from service. No PON ports can be in service when attempting this procedure. Delete all PON ports first. This procedure frees a Designated Services Configuration record. It may now be used for IP Video or saved until later needed.1. From the Home window, click on the System Provisioning tab.2. Click on the Designated Services tab.

• The Service Configuration window is displayed.3. Select the Service ID for the VLAN you wish to delete.4. Set the Admin State to Disable.5. Set the VLAN to zero.6. Set the Priority to None.7. Set the bandwidths to zero.8. Press Submit.9. Save the new configuration.


Appendix A - Glossary

802.1Q IEEE 802.1QIEEE specification for implementation of VLANs in Layer 2 LAN switches, with emphasis on Ethernet. Prioritization of traffic is accomplished through an additional 4 bytes of data in the frame header.

AGC Automatic Gain Control

APC Adaptive Predictive Coding A narrowband analog-to-digital conversion technique.

ATM Asynchronous Transfer ModeVery high speed transmission technology. High bandwidth, low-delay, connection-oriented, packet-like switching and multi-plexing technique

AVM Audio Voice Module The four POTS ports on the home ONUs.

AWG American Wire Gauge US standard for measuring the diameter of conductive wire. The higher the AWG, the thinner the wire.

BITS Building Integrated Timing SystemA single building master timing supply. In North America, BITS are the clocks that provide and distribute timing to a network’s lower levels.

BGPx Border Gateway Protocol, level x A Gateway protocol that routers employ in order to exchange appropriate levels of information.

BNC Bayonet Neil-Concelman A bayonet locking connector for slim coaxial cables, like those used with Ethernet.

BTU/hr Basic Transmission Unit/per hour

CATV Cable Television A broadband transmission facility.

CBR Committed (Constant) Bit RateA data service where the bits are conveyed regularly in time and at a constant rate, carefully timed between source (transmitter) and sink (receiver). Examples include uncompressed voice and video traffic.

CEV Controlled Environment VaultA below ground room that houses electronic and.or optical equipment under controlled temperature and humidity.

CNR Carrier to Noise Ratio

CO Central Office In North America, a CO is that location which houses a switch to serve local subscribers.

CPE Customer Premises Equipment Equipment that resides on the customer’s premises.

CSA Carrier Serving AreaA concept that categorizes local loops by length, gauge and subscriber distribution to determine how a specific geographic area can best be served.

DS0 Digital Signal Level Zero A voice-grade channel of 64 Kbps.

DS1 Digital Signal Level One 1.544 Mbps in North America (T1), and 2.048 Mbps in Europe (E1).


DS3 Digital Signal Level Three

In North America and Japan, DS3 is the equivalent of 28 T1 channels, operating at a total signaling rate of 44.736 Mbps. In a channelized application, DS3 supports 672 channels, each of 64Kbps.In Europe, DS3 is the equivalent of 16 E1 circuits and overhead. The effective data rate is 34.368Mbps or 512 channels.

DSC Digital Selecting CallingA synchronous system developed by the International Radio Consultative Committee, used to establish contact with a station or group of stations automatically by radio.

DSCP Differentiated Services

DiffServ. A set of technologies proposed by the Internet Engineering Task Force that would allow Internet and other IP-based network service providers to offer differentiated levels of service to individual customers and their information streams. On the basis of a DiffServ CodePoint (DSCP) marker in the header of each IP packet, the network routers would apply differentiated grades of service to various packet streams.

DTE Data Terminal EquipmentIn the RS-232-C standard, the RS-232-C is connected between the DCE (Data Communications Equipment) and a DTE. The main difference between a DCE and a DTE is that pins two and three are reversed.

DUZO A class code for the Communication Service Equipment Requirements.

WDM Wavelength Division MultiplexingA means of increasing capacity if fiber-optic data transmission systems through the multiplexing of multiple wavelengths of light.

E1 European version of T1 A digital transmission link with a total signaling speed of 2.048 Mbps.

EDFA Erbium-Doped Fiber AmplifierAN optical repeater device used to boost the intensity of optical signals being carried through a fiber optic communications system.

EPON Ethernet Passive Optical NetworkA complete solution for convergence of residential and business services providing connectivity through a single fiber.

FCC Federal Communications Commission

The Federal organization in Washington DC set up by the Communications Act of 1934. It has the authority to regulate all interstate (but not intrastate) communications originating in the United States.

FTTB fiber-to-the-business Optical fiber from the carrier network terminates at a business.

FTTC fiber-to-the-curb Optical fiber from the carrier network terminates at a curb.

FTTH fiber-to-the-home Optical fiber from the carrier network terminates at home.


GR303

Telcordia’s GR303 family of requirements specifies a set of generic criteria that creates an Integrated Access System, supporting multiple distribution technologies and architectures, and a wide range of services on a single access platform.

GUI graphical user interface Generic name for any computer interface that substitutes graphics for text.

HDT Host Digital Terminal The device that converts the CMTS Telephone to a GR303 conditioned DS1.

HDTV High Definition Television

HDTV offers approximately twice the vertical and horizontal resolution of current NTSC analog television broadcasting, which is a picture quality approaching 35 mm film. It will also support sound quality approaching that of a CD.

HFC Hybrid Fiber Coax An outside plant distribution cabling concept employing both fiber optic and coaxial cable.

HTTP Hyper-Text Transfer Protocol The protocol used by the web server and the client browser to communicate.

IAD Integrated Access Device A device which supports voice, data, and video information streams over a single, high capacity circuit.

IEEE Institute of Electrical and Electronics Engineers Standards-making group.

IGMP Internet Group Management Protocol

A protocol used by IP hosts and gateways to report their multicast group memberships. When used in concert with a multicast protocol, the IP-based network can support multicasting.

IP Internet ProtocolThe Internet Protocol describes software that keeps track of the Internet’s addresses for different nodes, routes outgoing messages, and recognizes incoming messages.

ISDN Integrate Services Digital Network. Provides a standard for voice and data signaling.

ISP Internet service provider A vendor who provides access for customers to the Internet and the World Wide Web.

LAN local area networkA communications network connecting personal computers, workstations, printers, file servers and other devices inside a building or campus. Devices on a LAN can communicate with each other.

Layer 2

In the Open Standards Interconnection Model, this is the Data Link Layer. It is concerned with procedures and protocols for operating the communications lines. It also has a way of detecting and correcting message errors.

Layer 3In the Open Standards Interconnection Model, this is the network layer. It determines how data is transferred between computers. It also addresses routing within and between individual networks.


LED light emitting diode A diode that emits light when a current is passed through it.

Loss Budget Loss Budget

The maximum amount of signal degradation a data communications network can withstand before it becomes susceptible to errors and/or loss of data.

MAC Address media access control address a 48-bit number unique to each LAN NIC.

MAN Metropolitan Area Network

A high-speed data intra-city network that links multiple locations within a campus, city, or service area. It typically extends as far as 50Km, operates at speeds from 1 Mb/s to 200Mb/s and provides an integrated set of services for real-time data, voice, and image transmission.

MDU Multiple Dwelling Unit Buildings with multiple apartments

MDU/MTU

Multiple Dwelling Unit/Multi Tenant Unit

A building or group of buildings that house multiple sets of businesses. This could be an office building, office park or corporate campus, medical facility, hotel or college dormitory. The tenants may be business, residence or a mix of both.

MGCP Media Gateway Control Protocol

A protocol designed to bridge between circuit-based public switched telephone networks (PSTN) and emerging Internet Protocol (IP) technology based networks. The Media Gateway Control Protocol (MGCP) specification represents a combination of the Internet Protocol Device Control specification and the Simple Gateway Control Protocol. MGCP enables external control and management of data communications equipment operating at the edge of emerging multi-service packet networks, known as media gateways. Examples of media gateway devices include voice over IP, set top boxes and circuit cross connects.

MTU Maximum Transmission Unit The largest possible unit of data that can be sent on a given physical medium.

MIB Management Information Base Database of network performance information stored on a network agent.

MPEG Motion Picture Experts GroupAn international standards organization group responsible for the standardization of coded representations of video and audio signals.

NEBS Network Equipment Building Standards

NEBS defines a set if performance, quality, environmental and safety requirements developed by Bellcore.

NIC network interface card The device that connects a device to a LAN.

NIM Network Interface ModuleThe NIM ports provide a means to introduce additional bandwidth into the Alloptic® EPON network for general use or as unique interfaces for extended services, such as gateways for multiple Internet providers.

OA&M operations, administration, and maintenance

Refers to the specifics of managing a system or network.


OC-3 Optical Carrier Level 3 A SONET channel equal to three DS3s which is equal to 155.52 Mbps.

OC-12 Optical Carrier Level 12 SONET channel of 622.08 Mbps.

Ohm Unit of electrical resistance.

OLT Optical Line Termination Module

The OLT module forwards packets from the ONU toward the SCM and/or NIM without filtering or prioritization. It controls and manages the PON time slots and the encryption for each ONU and monitors the state of all ONUs on the PON. The OLT also provides system access to the Optical Network Units.

ONU optical network unit A type of access node that converts optical signals to electrical signals and vice-versa.

OSP Outside PlantThe part of the Local Exchange Carrier telephone network that is physically located outside of telephone company buildings.

OSPF Open Shortest Path FirstA link state routing algorithm that is used to calculate routes based on the number of routers, transmission speed, delays and route cost.

OTDR Optical Time Domain RelectometerA test and measurement device often used to check the accuracy of fusion splices and the location of fiber optic breakers.

PBX Private Branch Exchange A PBX is a small version of the phone company’s larger central switching office.

PC personal computer A computer for one person’s use.

PON Passive Optical NetworkFiber optic network without active electronics, such as repeaters, a PON uses passive splitters to deliver signals to multiple terminal devices.

Ponter Passive Optical Network Transceiver

The OLT PON ports are driven by a 1 Gigabit single mode Passive Optical Network Transceiver or PONTER. This bandwidth is shown in the GigaForce™ Bandwidth Manager as 1000Mbs Upstream and Downstream.

POTS plain old telephone serviceBasic service supplying standard single line telephones, telephone lines and access to the public switched network.

PPM Pulse Position Modulation Method of light transmission encoding commonly used in infrared and wireless LAN applications.

PPV Pay Per View

PRI primary rate interface The ISDN equivalent of a T1/E1 circuit.

PSTN Public Switched Telephone Network

PSTN refers to the local, long distance, and international phone system. In the USA, this refers to the entire interconnected collection of local, long distance and international phone companies.


PVC Private Virtual Circuits

A permanent association between two DTEs established by configuration. Once defined and programmed by the carrier into the network routing logic, all data transmitted between any two points across the network follows a predetermined physical path, making use of a Virtual Circuit.

PVR Personal Video Recorder

Q in Q Double Tagging or VLAN Stacking

Taking an 802.1Q tagged frame and adding a second internal tag to it before the frame is forwarded. The second tag allows any tagged frame coming into Alloptic’s system to be transported across the internal tagged VLAN, which allows Alloptic to transport customer’s tagged packets without changing their VLAN IDs.

QRSS quasi-random signal source Signals used for testing DS1 circuits.

REN Ringer Equivalence Number

Part of the FCC (Federal Communications Commission) certification number approving a telephone terminal product for direct sale to the end user as not doing harm to the network. The REN consists of a number and a letter that indicates the frequency response of that telephone’s ringer.

RF radio frequency Electromagnetic waves operating between 10 kHz and 3MHz propagated without wire or cable.

RIP Routing Information Protocol

Based on distance-vector algorithms that measure the shortest path between two points on a network, based on the addresses of the originating and destination devices. The shortest path is determined by the number of "hops" between those points.

SCM Station Class MarkA two-digit number that identifies certain capabilities of our cellular phone. How the cellular network handles your call is based on these digits.

SFU Single Family Units

SLA Service Level Agreement

An agreement between a user and a service provider, defining the nature of the service provided and establishing a set of metrics to be used to measure the level of service provided against the agreed level of service. Such SLAs might include provisioning, average availability, restoration times for outages, etc. They also typically include trouble-reporting procedures, escalation procedures, penalties, etc.

SNMP Simple Network Management Protocol

Standard method for interfacing with a network that supports MIB.

Spanning Tree ProtocolInactivation of links between networks so that information packets are channeled along one route and will not search endlessly for a destination.

T1 Trunk Level 1 A digital transmission link with a total signaling speed of 1.544 Mbps.

TAC Technical Assistance Center


TDM Time Division Multiplex Technique for transmitting a number of separate data, voice and/or video signals simultaneously over one communication medium by interleaving a piece of each signal one after the other.

TDMA Time Division Multiplex AccessUsed to separate multiple conversation transmissions over a finite frequency allocation of through-the-air bandwidth.

Tmra The Manufacturer Rated Ambient A UL requirement for Communication Service Equipment.

TOS Type of Service

The header of an IPv4 (Internet Protocol version 4). The version contains an eight-bit TOS field. That field can be used to identify to the various packet switches and routers in an IP-based network those packets which would like preferential treatment on a Class of Service basis.

UBR Unspecified (or Undefined) Bit Rate

UBR is an ATM service category that does not specify traffic related service guarantees. Specifically, UBR does not include the notion of a per-connection negotiated bandwidth. No numerical commitments are made with respect to the cell loss ratio experienced by a UBR connection or as to the cell transfer delay experienced by cells on the connection.

UPS Uninterruptable Power SupplyUsually includes an inverter, drawing its power from batteries, which generates an extremely "well behaved" AC power signal for a PBX or other equipment.

UTP Unshielded Twisted Pair A transmission medium consisting of a pair of copper conductors which are electrically balanced.

V5.x V5

A standard approved by the European Telecommunications Standards Institute in 1997 for the interface between the access network and the carrier switch for basic telephony, ISDN and semi-permanent leased lines. The V5 standard effectively provides for open access to both wired and wireless networks.

VAC Volts, Alternating Current

VBR Variable Bit RateA telecommunications service in which the bit rate is allowed to vary within defined limits. Instead of a fixed rate, the service bit rate is specified by statistically expressed parameters.

VDC Volts, Direct Current

VID VLAN ID A unique VLAN identification assigned to every data user.

VLAN Virtual Local Area Network

A means by which LAN users on different physical LAN segments are afforded priority access privileges across the LAN backbone in order that they appear to be on the same physical segment of an enterprise-level logical LAN. VLAN solutions are implemented in LAN switches, and VLAN membership is defined by the LAN administrator on the basis of either port address or MAC address.


VOD Video on DemandA service where a subscriber can watch any video program at any time, with pause, resume, forward and possibly rewind control.

VOIP Voice over IPA technology used to transmit voice conversations over a data network using the Internet Protocol. Such data network may be the Internet or a corporate Intranet.

VSP Video Service Provider A vendor who provides access for customers to video services.

WAN Wide Area Network A computer and voice network that is bigger than a city or a particular metropolitan area.

WDM Wavelength Division MultiplexingMethod that allows two signals to be transmitted concurrently along the same optical fiber using different wavelengths.


Appendix B - Alarm Codes

Alarm Code Grouping

Chassis alarms/events (2001 – 2999)System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (2001 – 2099)Clock . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (2101 – 2199)Fan . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (2201 – 2299)Power Supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (2301 – 2399)IP Address . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (2401 – 2499)System User . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (2501 – 2599)Fault Management . . . . . . . . . . . . . . . . . . . . . . . . . (2601 – 2699)File Services

Software Management . . . . . . . . . . . . . . . (2701 – 2749)Config. Database . . . . . . . . . . . . . . . . . . . (2751 – 2799)

SCM alarms/events (3001 – 3999)Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (3001 – 3099)File Services


Port ConfigurationEthernet . . . . . . . . . . . . . . . . . . . . . . . . . . (3201 – 3299)

OLT alarms/events (4001 – 4999)Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (4001 – 4099)File Services

Software Management . . . . . . . . . . . . . . . (4101 – 4149)

PON alarms/events (5001 – 5999)Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (5001 – 5099)IP Video . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (5100 – 5199)

DS3M alarms/event (6001 – 6999)Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (6001 – 6099)File Services


Port Configuration


DS3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (6201 – 6299)DS1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (6301 – 6399)DS0 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (6401 – 6499)

TDM Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (6501 – 6599)

NIM alarms/events(7001 – 7999)Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (7001 – 7199)File Services

Software Management . . . . . . . . . . . . . . . . (7101 – 7199)Port Configuration

Ethernet . . . . . . . . . . . . . . . . . . . . . . . . . . . (7201 – 7299)

ONU alarms/events (8001 – 8999)Configuration. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (8001 – 8099)File Services

Software Management . . . . . . . . . . . . . . . . (8101 – 8199)Port Configuration

DS1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (8201 – 8299)DS0 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (8301 – 8399)Ethernet . . . . . . . . . . . . . . . . . . . . . . . . . . . (8401 – 8499)RF Video . . . . . . . . . . . . . . . . . . . . . . . . . . (8501 – 8599)

TDM Services . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (8601 – 8699)Bandwidth Allocation . . . . . . . . . . . . . . . . . . . . . . . (8701 – 8799)Cross-Connect Allocation . . . . . . . . . . . . . . . . . . . . (8801 – 8899)IP Video . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (8901 – 8999)

Documents

ONU Provisioning and Services Manual v5.0.1