Ericsson EDA 2530 Commissioning Instructions

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EDA 2530 R4.21 GA EC2

Commissioning Instructions

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Disclaimer

No part may be reproduced, disclosed or used except as authorised by contract or other written permission. The copyright and the foregoing restriction on reproduction and use extend to all media in which the information may be embodied.

The information in this work is the property of Ericsson Limited. Except as specifically authorised in writing by Ericsson Limited, the receiver of this work shall keep the information contained herein confidential and shall protect the same in whole or in part from disclosure and dissemination to third parties. Disclosure and disseminations to the receiver's employees shall only be made on a strict need to know basis. The information in this work is subject to change without notice and Ericsson Limited assumes no responsibility for factual inaccuracies or typographical errors.

Ericsson Limited has used all reasonable endeavours to make sure that the information contained in this work is accurate at the release date but reserves the right to make changes, in good faith, to such information from time to time.

Trademarks

Ericsson and the Ericsson logo are trademarks of Telefonaktiebolaget LM Ericsson.

All trademarks and registered trademarks mentioned in a document of this collection are the property of their respective holders.

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Contents 1

Introduction............................................................................................ 7

1.1 Objective.................................................................................................. 7

1.2 Scope ...................................................................................................... 7

1.3 Safety Procedures ................................................................................... 7

1.4 Static Sensitive Device Handling Precautions......................................... 8

1.5 Optical Device Precautions ..................................................................... 8

1.6 Inspection/Cleaning Procedure For Optical Connectors.......................... 8

1.7 Commissioning Test Records.................................................................. 8

1.8 Required Information For Commissioning ............................................... 9

1.9 Documentation Change Request ............................................................ 9

2 EDA 2530 MSAN Equipment...............................................................11

2.1 General Equipment Description............................................................. 11

2.2 Equipment Overview ............................................................................. 11

2.3 Rack And Subrack Description.............................................................. 14

2.3.1 Rack ...................................................................................................... 14

2.3.2 EDA 2530 Subrack ................................................................................ 14

2.4 Subrack Composition ............................................................................ 15

2.4.1 Composition Rules ................................................................................ 15

2.4.2 EDA2530E Standard Configuration for CWA Parent and Stand Alone

Shelf ...................................................................................................... 16

2.4.3 Network Interface Units .........................................................................18

2.4.4 Subscriber Interface Units ..................................................................... 20

2.4.5 Subrack Connection Units ..................................................................... 23

2.4.6 Fan Tray (151-2984/02)......................................................................... 32

3 Resources ............................................................................................33

3.1 Documentation ...................................................................................... 33

3.2 Tools......................................................................................................33

3.3 Test Equipment ..................................................................................... 33

3.3.1 PC Connection Cables for Commissioning............................................ 34

3.4 Test Cables ........................................................................................... 35

3.4.1 RS232 Serial Cable Set (151-2502/01) ................................................. 36

3.5 Local Craft Terminal (LCT) Installation.................................................. 37

3.5.1 Removal of Old Issue of EDA Hub Software ......................................... 37

3.5.2 Installation of Local Operator Software on P.C...................................... 37

3.5.3 Install Application Software From CD ROM........................................... 38

3.5.4 LCT 07.02.05 – Known Issue with Java Version 1.6 ............................. 39

4 Commissioning Requirements........................................................... 41

4.1 Description Of Testing Activities............................................................ 41

4.2 Test Records ......................................................................................... 41

4.3 Preliminary Checks................................................................................ 41

4.3.1 Equipment Positioning........................................................................... 41

4.3.2 Card Equipping...................................................................................... 41

4.3.3 Cabling .................................................................................................. 42

4.3.4 Power Supply and Grounding Connections........................................... 43

4.4 Earthing And D.C. Supply Checks......................................................... 44

4.5 Power Supply Connection Unit Check................................................... 45

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4.5.1 Labelling.................................................................................................45

5 Initial Configuration .............................................................................47

5.1 IP Address Configuration Of PC Used As LCT ......................................47

5.2 Common Part Card CF Download..........................................................50

5.3 Subrack Equipping .................................................................................53

5.4 Logon to The EDA 2530 Via LCT...........................................................54

5.5 Reset The Backplane EPROM...............................................................55

5.6 Software Inventory Check ......................................................................57

6 Software Download/Upgrade ..............................................................61

7 Configure IP and Ethernet Management............................................67

7.1 Configure The Optical SFP Modules Gigabit Ethernet...........................69

7.2 Configure CP Ethernet Interfaces ..........................................................72

7.2.1 Configure CP Port 1 ...............................................................................72

7.2.2 Configure CP Port 2 ...............................................................................73

7.2.3 Configure CP Port 3 (If required)............................................................73

7.2.4 Configure CP Port 4 (If required)............................................................73

7.3 Configure EDA 2530 Tag Protocol ID/Bridging Parameters...................74

7.4 ADSL Card Configuration Files ..............................................................75

7.5 SHDSL Card Configuration Files............................................................75

7.6 Configure Static VLANs..........................................................................76

7.7 Adding Interfaces to the Static VLANs ...................................................79

7.7.1 Create S-VLANs for Additional ADSL Cards (If required) ......................81

7.7.2 Create S-VLANs for SHDSL Cards (If required) ....................................83

7.7.3 Create S-VLANs for POTS Cards (If required).......................................85

7.7.4 Complete VLAN Creation.......................................................................88

7.7.5 Create S-VLANs on the “Parent” to Subtend Child#2 (If required).........88

7.7.6 Create S-VLANs on the “Parent” to Subtend Child#3 (If required).........94

7.8 Configuring The IBM Sub-Interface........................................................96

7.9 Assign The IBM IP Address ...................................................................98

7.10 Configure The Default Gateway...........................................................100

7.11 xDSL Bridge Management - Configure xDSL Bridge ...........................101

7.12 xDSL Bridge Management - Configure PVC ........................................104

7.12.1 Download xDSL PVC Management File ..............................................104

7.12.2 Check PVC Management PPPoA Payload & MRU Settings................105

7.12.3 Configure PVC Management ...............................................................106

7.12.4 Configure Additional xDSL Cards.........................................................111

7.13 xDSL Bridge Management – Downstream Flow Assignment...............112

7.14 Configure ADSL Profiles ......................................................................114

7.15 Configure SHDSL Line Profiles............................................................116

7.16 Configure SHDSL Stack Profiles..........................................................118

7.17 Configure POTS Card(s) ......................................................................121

7.17.1 POTS Card Configuration Files............................................................121

7.17.2 Step 1: LCT 07.02.05 – Known Issue with Java Version 1.6 ...............121

7.17.3 Step 2: Add POTS Card(s) Interfaces to Static VLANs........................121

7.17.4 Step 3: Configure UK National Mapping ..............................................122

7.17.5 Step 4: Configure ITAM For Double Play .............................................124

7.17.6 Step 5: Configure RTP Profiles ............................................................126

7.17.7 Step 6: Check TOIP Profiles ................................................................130

7.17.8 Step 7: Configure POTS Cards ............................................................131

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7.17.9 Step 8: Build Voice Configuration........................................................ 135

8 EDA 2530 Equipment Test and Alarm Checks................................147

8.1 Equipment Test ................................................................................... 147

8.1.1 Optical Launch Power Test ................................................................. 147

8.1.2 Unit Status Check................................................................................ 147

8.2 Alarm Checks ......................................................................................148

8.2.1 Common Part Alarm Check ................................................................. 148

8.2.2 Power Supply Alarm Check ................................................................. 148

8.2.3 FAN Unit Extraction/Insertion .............................................................. 149

8.2.4 64 x ADSL2+ Unit Extraction/Insertion ................................................ 150

8.2.5 32 x SHDSL Unit Extraction/Insertion.................................................. 150

8.2.6 64 x POTS/VoIP Unit Extraction/Insertion ........................................... 151

8.3 Set Equipment Time and Date ............................................................ 152

9 Test ADSL2+, POTS, SHDSL & Connection Units.......................... 153

9.1 Configure/Activate/Test 64 Port Adsl2+ Units ..................................... 153

9.1.1 Check 64 x ADSL Cards for ADSL2 + Configuration........................... 153

9.1.2 Configure 64 x ADSL Card for ADSL2 + Configuration Profile............ 155

9.1.3 Test 64 x ADSL2+ Card....................................................................... 161

9.2 Configure/Activate/Test 32 Port SHDSL Units..................................... 163

9.2.1 Configure 32 x SHDSL Card Profiles .................................................. 163

9.2.2 Test 32 x SHDSL Cards ......................................................................168

9.3 Test 64 x POTS/VoIP Cards................................................................ 170

9.3.1 Test 64 x POTS/VoIP Cards................................................................ 170

9.4 Test iTAM Splitter Connection Unit...................................................... 172

9.4.1 Check Test Relay Switching Correctly................................................. 172

9.4.2 Configure ITAM Splitter Unit from LCT ................................................ 174

9.4.3 Continuity Testing LLUT (Line) to LLUL (POTS) Blocks...................... 177

9.5 End Of Stand Alone Configuration/Testing.......................................... 177

10 Appendix - Common Part Unit DIP Setting .....................................179

11 Test Records...................................................................................... 181

11.1 Test Record Procedure ....................................................................... 181

11.2 Certification Of Tests ........................................................................... 184

12 Glossary Of Terms ............................................................................ 187

13 References .........................................................................................191

14 Change Information........................................................................... 193

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1 Introduction

1.1 Objective

The objective of this document is to detail the procedures for commissioning of the EDA 2530 when used in the Cable and Wireless Access network.

1.2 Scope

This document will be used to commission the EDA 2530 DLE Node on site.

The DLE IP DSLAM EDA 2530 (EDA 0x0x) shelf can be equipped with up to ten 64

x ADSL2+ Cards and ten 64 x POTS/VoIP Cards and up to four 32 x SHDSL Cards as required. The 64 x POTS/VoIP Card will be configured for H.248 protocol. The ADSL2+, POTS/VoIP Cards and 32 x SHDSL Cards VLANs will be routed to the GigaBit Ethernet Port of the EDA 2530 CP-IP Card. The Common Part “Backhaul” GigaBit Ethernet Port will be connected to the IP network.

The tests in the document are to prove the functionality of the EDA 2530. These tests will include the set-up and connection of the Local Controller, the loading of site specific Database and the setting up of circuits through the EDA 2530.

Engineers MUST familiarise themselves with the procedure and be aware of and observe all safety precautions BEFORE starting the commissioning procedure.

1.3 Safety Procedures

All procedures should be carried out in accordance with the Safety Rules and Safety Notices as stated in the product handbook.

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1.4 Static Sensitive Device Handling Precautions

Equipment referred to in this document contain static sensitive devices and therefore an ESP wrist strap MUST be worn and connected to an ESP bonding point at all times when handling slide-in-units and socketed devices (PROMS).

1.5 Optical Device Precautions

The EDA Subrack may be equipped with Optical Common Part Units containing laser transmitters. Never look into a laser transmitter port or into a fibre optic cable.

1.6 Inspection/Cleaning Procedure For Optical Connectors

All optical fibre connectors will require inspection for damage and cleanliness.

1.7 Commissioning Test Records

The commissioning test records at the end of this document must be completed as the commissioning progresses. A complete set of Test Records must be completed for each EDA 2530 being commissioned. This should be retained on site for the customer’s use if requested. Any items outstanding after the acceptance testing is complete are to be listed in the Outstanding Items Summary at the end of this document.

When all acceptance testing has been completed successfully, both the Ericsson and Customer’s representatives must complete the Customer Acceptance Form at the end of this document. If the Customer’s representative is not present on site enter N/A (Not Available) for the Customer representative.

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1.8 Required Information For Commissioning

The Customer Network Planning Authority shall be responsible for providing the following information before commissioning can commence.

a. Unit type and location of cards in the subrack.

b. IP over Ethernet Addresses of each EDA 2530 (DLE Node Address).

c. Site/slot specific IP addresses for POTS cards.

d. IP address of the NTP Server.

e. If available, fibre loss figures for the sub-network under test.

f. The SID document, which specifies Configuration information i.e. Site

location, Floor Plan, Rack Layout, Fuse allocations, MDF block locations for the EDA 2530 Subrack equipment, and Cable Running Out Lists.

g. Alarm Profile list for each unit type that is to be commissioned in the

subrack.

1.9 Documentation Change Request

In order to allow changes to this document to be implemented quickly, site engineers are requested to use the Document Change Request Form at the end of this document. The form should be sent by post, fax or e-mail to the author of this document for the change request to be considered.

End of section

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2 EDA 2530 MSAN Equipment

This section provides an overview of the EDA Access Hub equipment. Read this section if you are not familiar with the EDA 2530.

2.1 General Equipment Description

Within the Access Network, the EDA 2530 fulfils the function of connecting subscribers through xDSL technology, to provide them with both PSTN telephony and IP data access.

The data traffic is then forwarded towards the IP Network through IP links. It is located between the switch/network-side units and the subscriber units.

2.2 Equipment Overview

The EDA 2530 system can be used in four different deployment scenarios:

• Standalone Cascade Star Ring

Standalone Option

Most of the equipment will be commissioned in the “Standalone” scenario, this procedure only deals with this type of scenario. In this architecture, the equipment collects user traffic and sends it to the core network via an Ethernet-based uplink.

Figure 2.1 – EDA 2530 Subrack Standalone Option

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Star Option

The “Star” scenario is not covered by this procedure, but is mentioned here because the EDA2530s will be later used to subtend existing C&W EDA2510 equipment, following the “Migration” (Cut-over) process.

In this architecture, the main equipment collects local user traffic and traffic coming from the subtended ones. The number of equipment connected towards the main one depends on the available bandwidth and on the number of interfaces on the main equipment (available for the subtending).

Figure 2.2 – EDA 2530 Subrack “Star” Option

Note: In the star scenario up to three “Child” EDA2510 or EDA2530 nodes can be subtended from the “Parent” EDA2530.

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Overview of the most important performance features of equipment:-

Interfaces to IP network

• 4 x 10/100/1000 Mb/s Ethernet Elect/Opt SFP module ports

Subscriber interfaces, (up to 640 xDSL interfaces)

• 32 x SHDSL interface (Only available from S/W Release 4.21)

• 32 x VDSL2

• 64 x ADSL2+ interface

• 64 x POTS/VoIP interface

Management through Local Terminal (LCT) via

• TCP/IP (802.3) CP Eth port (Out-Band Management) Used for on-site commissioning

Management through NMS via “Backhaul” fibre

• TCP/IP (802.3)

• A dedicated VLAN (In-Band Management)

Equipment monitoring and management

• Network Management system

• Local Terminal

Signalling

• In-band via IP

• Out-of-band via LAN

Alarm/Fault management by

• Network Management system

• Local Terminal

Doubled power supply to increase reliability:

Independent DC/DC converter on-board on every unit:

"Hot-pluggable" cooling fans:

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2.3 Rack And Subrack Description

2.3.1 Rack

The EDA 2530 equipment is installed in an ETSI type rack with the system alarm rack lamps being located on the rack top. (If fitted).

2.3.2 EDA 2530 Subrack

The EDA 2530 subrack comprises 22 slots for the service units and 22 slots for the interface modules and is divided into three parts:

a. A bottom part (Electronic Part) composed of 22 slots housing the electronic

units – Network Interface Common Parts units and Subscriber Interface channel units.

b. The top part (Connection Part) comprising the 22 slots for the interface

modules – Power and Alarm Interface (containing the two Power connectors, the alarm connections and synchronisation connections), and the interface modules corresponding to the Subscriber Interface units in the Electronic Part.

c. Between the subrack top and bottom parts is the fan unit (FAN) (151-

2984/02) optimising the air forced circulation within the subrack.

Figure 2.3 – EDA 2530 Subrack

d. The type of subrack deployed for the EDA 2530 is the S20 Chassis, SE

code CA10EM, ME code 133-1555/03.

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2.4 Subrack Composition

2.4.1 Composition Rules

2.4.1.1 Units Composition:-

• Common Part (CP) unit is fitted in position 1 only (slot 22 will not be used) in the

lower part of the subrack (the electronic part).

• 64xADSL2+ and 64xPOTS/VoIP electronic units can be fitted in positions 2 to 21

in the lower part of the subrack.

• 32 x SHDSL electronic units can be fitted in positions 20 and 21 and then 18 and

19 in the lower part of the subrack

• Generally when one electronic unit is inserted in the subrack, one “Connection”

Unit is required in the upper part of the subrack directly above it, with the exception of the Common Part unit. The type of connection unit is identified in Section 2.4.5 – Subrack Connection Units.

• Electronic units configured as a protection unit do not require a Connection Unit.

• The Power Supply Connection unit is located in the upper shelf in slot 22.

2.4.1.2 Units Composition with 1+1 Protection (Not used):-

Common Part units can be protected with 1+1 protection. This protection type requires one worker unit and one protection unit.

This protection scheme is not revertive automatically. When 1+1 Protection is utilised it is mandatory to insert the protected unit in position 1 and the protection unit in position 22.

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2.4.2 EDA2530E Standard Configuration for CWA Parent and Stand Alone Shelf

This sub-section describes the standard configuration for CWA EDA2530 DLE (EDAxx01) Parent and Stand Alone shelves only. The site engineer must refer to the site specific configuration information for the site being commissioned.

This standard configuration allows for additional units to be provided at a later date with minimal changes to the existing configuration.

The 64 x ADSL2+ units are inserted in even numbered slots from slot 2 up to slot 18 in increasing order towards the right.

The 64 x POTS/VoIP units are inserted in odd numbered slots from slot 3 up to slot 19 in increasing order towards the right.

Note that each 64 x ADSL and 64 x POTS unit has it’s relevant 64 x COMBI Interface + I/O POTS + TAM Connection Unit (02HAT 00282 AAQ) fitted above the pair of units. (A protection unit does not require an associated Connection Unit.)

Each 32 x SHDSL unit has one 32 x TAM Connection Unit (02HAT00136AAR) fitted directly above the unit.

The 32 x SHDSL units are inserted in slots 20 and 21 and then in slots 18 and 19 if more than two SHDSL units are required.

Figure 2.4 – EDA 2530 Example Configuration for CWA Shelf

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At present, the standard configuration for 64 x ADSL and 64 x POTS units are not provided with protection units. This is as specified by the Customer.

From the COMBI cards, 64-pair cables run via Overhead Runways to 100-pair IDC strips located on the Handover Distribution Frame (HDF).

From the 32 x TAM Connection Unit, 32-pair cables run via Overhead Runways to 100-pair IDC strips located on the Handover Distribution Frame (HDF).

From the HDF blocks, 100-pr cable runs to the BT MDF. HDF blocks and HDF-to-

MDF cabling are provided by BT HANDIN cabling (from HDF blocks designated LLUT or LLUX) allows connection to

C&W subscribers via the BT ‘last mile’ copper connection. Broadband traffic is aggregated in the EDA 2530 & routed to the C&W Network via Backhaul fibre from the Common Part board.

HANDBACK cabling (from HDF blocks designated LLUL) routes POTS telephony

traffic back to the BT Network.

For a pair with a POTS/VoIP card, telephony traffic is routed to the C&W Network via Backhaul and thus HANDBACK cabling is NOT required.

Where a new EDA2530 Subrack is fitted on a site with an existing EDA2510 Subrack, the new Subrack will become the PARENT & the EDA2510 will become the CHILD: the existing Backhaul fibre will be re-directed to the EDA2530 & a new EDA-to-EDA fibre link provided. The EDA2510 will then sub-tend from the EDA2530.

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2.4.3 Network Interface Units

2.4.3.1 Common Part Unit (02HAT 00103 ACY)

IP 44G + Sync Common Part Unit for EDA 2530.

The Common Parts units contain both the electronics controlling the EDA 2530 (Controller, Matrix, Alarm Unit) and Network Interfaces. The Worker unit is located in slot 1 and the Protection unit in slot 22 (not used).

The optic fibre cables (Tx and Rx) from the network are terminated on the Worker network card SFP sockets. If MSP protection is configured optic fibre/coaxial cables (Tx and Rx) from the network are also terminated on the Protection network card.

If there is a failure on the Worker network interface then control is automatically switched to the Protection network interface. If there is no MSP protection the optic fibre cables (Tx and Rx) will need to be manually disconnected from the Worker unit (slot 1) and re-connected to the Protection unit (slot 22). When replacing the optical fibres to the network card, the service will be lost but the Protection card will maintain the cross-connections and alarm functions.

For line protection, a pair of fibres can be terminated on the Worker card (slot 1) and another pair on the Protection card (slot 22).

Figure 2.5 – IP 44G + Sync Common Part Unit 02HAT 00103 ACY

PWR

RS232

ETH

02HAT 00103 ACY

CP 2530

ETHERNET RJ45

RS232 RJ12

RESET

PORT

1/1/2/3 Gig Eth

LIN

ACTIVIT

YELLOW LEDS =

Activity Status of

Ethernet Links

GREEN LEDS =

Ethernet Link Status

PORT

1/1/2/1

Gig Eth

PORT

1/1/2/4

Gig Eth

PORT

1/1/2/2

Gig Eth

PWR

RS232

ETH

02HAT 00103 ACY

CP 2530

ETHERNET RJ45

RS232 RJ12

RESET

PORT

1/1/2/3 Gig Eth

LIN

ACTIVIT

LIN

ACTIVIT

YELLOW LEDS =

Activity Status of

Ethernet Links

GREEN LEDS =

Ethernet Link Status

PORT

1/1/2/1

Gig Eth

PORT

1/1/2/4

Gig Eth

PORT

1/1/2/2

Gig Eth

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The front of the card contains the following Interfaces:-

Network Ports - Gigabit Ethernet

There are four Network Gigabit Ethernet sockets, Port 1/1/2/1, Port 1/1/2/2, Port 1/1/2/3, and Port 1/1/2/4, using pluggable SFP modules.

The SFP module types are:-

• 1000Base-SX 850nm Interface (SU57AD), LC connector.

• 1000Base-LX 1310nm Interface (SU57AE), LC connector.

• 1000Base-EX 1310nm Interface (SU57AJ), LC connector.

• 1000Base-ZX 1550nm Interface (SU57AF), LC connector.

Ethernet Port 10Base-T

This RJ45 socket (5102209-0461) is used to connect to the LAN network, for OutBand Management (OBM) and for LCT use during commissioning.

Cabling Note: The Ethernet port can use standard Cat 5 screened cable (Common

Code = 1301042-0019) with standard RJ45 connector (5102169).

Serial Interface Port

This RS-232 RJ12 serial port is not normally used by the on-site engineer for commissioning, but is utilised in Section 5.2 to download the equipment software to the CP card’s Compact Flash.

LEDs

The card front is equipped with 3 LED’s whose functions are as follows.

T (yellow) On unit normal activity Off unit has a protecting role Blinking configuration is being changed

PWR (green) On unit is powered up

ALARM (red) Off normal activity On internal alarm. Blinking external alarm

DIP SWITCH SETTING:-

(Refer to the Section 10 Appendix)

On the Common Part Unit (02HAT00103ACY) check that DIP Switch SW600 (located bottom left near front panel) is set to the default settings, as shown below:-

Pin 1 = OFF Pin 2 = OFF Pin 3 = OFF Pin 4 = OFF

Pin 5 = ON

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2.4.4 Subscriber Interface Units

The EDA 2530 Subrack uses the following Subscriber interface units:-

a. The 64 x ADSL2+ cards can be configured in even slots from 2 to 20.

b. The 64 x POTS/VoIP cards can be configured in odd slots from 3 to 21.

c. The 32 x SHDSL cards can be configured in slots 18, 19, 20 and 21.

2.4.4.1 64 x ADSL2+ Unit (02HAT00162AAD) EDA 2530 subrack:- The 64 x ADSL2+ card should be equipped in the Even Slots

Only, from slots 2 to slot 20 with up to a maximum of ten cards, providing a

maximum of 640 lines. Each 64 x ADSL2+ card requires its relevant Connection Unit to be fitted above the 64 x ADSL2+ card. This unit can provide ADSL and ADSL2+ services.

Note: When used as part of a 64 x ADSL2+ and POTS/VoIP Unit, the Connection

Unit required is the 64 x Combi I/F + In/Out POTS + TAM ETSI Connection Unit (02HAT 00252 AAU).

Figure 2.6 – 64 x ADSL2+ Unit

The functions of the LEDs are as follows.

T (yellow) On unit normal activity Off unit has a protecting role Blinking configuration is being changed.

PWR (green) On unit is powered up

ALARM (red) Off normal activity On internal alarm. Blinking external alarm

PWR

RS232

02HAT 00162 AAD

ADSL2+ x 64

PWR

RS232

02HAT 00162 AAD

ADSL2+ x 64

PWR

RS232

02HAT 00162 AAD

ADSL2+ x 64

PWR

RS232

02HAT 00162 AAD

ADSL2+ x 64

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2.4.4.2 64 x POTS/VoIP Unit (02HAT00198AAM) EDA 2530 subrack:- The 64 x POTS/VoIP Unit should be fitted in the Odd Slots

Only, from slots 3 to slot 21 with up to a maximum of ten cards, providing a

maximum of 640 lines. Each 64 x POTS/VoIP card requires its relevant Connection Unit to be fitted above the 64 x POTS/VoIP card.

Note: When the combination of 64 x ADSL2+ and 64 x POTS/VoIP Units are

used, the Connection Unit required is the 64 x COMBI I/F + IN/Out POTS + TAM ETSI Connection Unit (02HAT00282AAQ).

Figure 2.7 – 64 x POTS/VoIP Unit

The card front is equipped with 3 LED’s whose functions are as follows.

T (yellow) On unit normal activity

Off unit has a protecting role Blinking configuration is being changed.

PWR (green) On unit is powered up

ALARM (red) Off normal activity On internal alarm. Blinking external alarm

PWR

RS232

02HAT 00198 AAM

POTS/VoIPx 64

PWR

RS232

02HAT 00198 AAM

POTS/VoIPx 64

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2.4.4.3 32 x SHDSL Unit (02HAT00274AAE)

The 32 x SHDSL card can be equipped in slots 20 and slot 21 with up to a maximum of two cards per subrack, providing a maximum of 64 lines. Each 32 x SHDSL card requires its relevant Connection Unit (02HAT00136AAR) to be fitted above the 32 x SHDSL card.

Figure 2.8 - 32 x SHDSL Unit Front Panel

The functions of the LEDs are as follows.

T (yellow) On unit normal activity Off unit has a protecting role Blinking configuration is being changed.

PWR (green) On unit is powered up

ALARM (red) Off normal activity On internal alarm. Blinking external alarm

PWR

RS232

02HAT 00274 AAE

SHDSL x 32

PWR

RS232

02HAT 00274 AAE

SHDSL x 32

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2.4.5 Subrack Connection Units

The EDA 2530 Subrack uses the following Connection Units:-

• Power Supply /Alarms / Sync Connection Unit - 151-2975/53

• 64 x COMBI Interface + I/O POTS + TAM ETSI Connection Unit -

02HAT00252AAU (Double unit width)

• 32 x TAM Connection Unit (02HAT 00136 AAR) - for SHDSL connections.

2.4.5.1 Power Supply Connection and Alarm Unit (151-2975/53)

Required for S20 Chassis 133-1555/03

This unit supplies power to all the devices in the subrack and is required for Grounding Contacts and Synchronisation.

This unit is inserted in slot 22 in the upper shelf of the subrack.

Figure 2.9 - Power Supply Connection and Alarm Unit (151-2975/53)

Table 2.1 – Power Connector Pinout for Power Supply Connection & Alarm Unit (151-2975/53)

Slot 22 (151-2975/53) VB1 Slot 22 (151-2975/53) VB2

Pin Signal Function Pin Signal Function

1 - B1 Battery 1 negative voltage 1 - B2 Battery 2 negative voltage 2 +B1 Battery 1 positive voltage 2 +B2 Battery 2 positive voltage 3 Not used 3 Not used 4 +B1 Battery 1 positive voltage 4 +B2 Battery 2 positive voltage 5 - B1 Battery 1 negative voltage 5 - B2 Battery 2 negative voltage

5-Way D Type Connector for DC Power Supply 1

25-Way D Type Male Connector for ALARMS

5-Way D Type Connector for DC Power Supply 2

1.0/2.3 Female Coaxial Connectors S

nc 1 & 2 IN

ALARMS

151-2975/53

VB1

VB2

VB1

VB2

PWR

ALARMS

151-2975/53

VB1

VB2

VB1

VB2

PWR

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Description Pin Signal

INT_AC 1 Summarized INTERNAL alarm

------- 2, 4 Not used PIO1 5 Incoming ground contact nr. 1 PIO3 6 Incoming ground contact nr. 3 PIO5 7 Incoming ground contact nr. 5 PIO4 8 Incoming ground contact nr. 4 PIO8 9 Incoming ground contact nr. 8 PIO6 10 Incoming ground contact nr. 6 PIO7 11 Incoming ground contact nr. 7 PIO2 12 Incoming ground contact nr. 2 GND 13, 14 Ground

------ 15, 25 Not used

Table 2.2 – Alarm Connector Pinout for Power Supply Connection & Alarm Unit (151-2975/53)

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2.4.5.2 64 x COMBI I/F + I/O POTS + TAM ETSI Connection Unit (02HAT00282AAQ) Front Panel:

Figure 2.10 – 64 x COMBI Interface + I/O POTS + TAM ETSI Connection Unit (02HAT00282AAQ)

128-Pin DIN Connector

From UNIT Front

02HAT00282AAQ

64 x COMBI I/F + I/O

POTS + TAM ETSI

LINE 1 - 64

POTS 1 - 64

LINE TEST

ACCESS

32d

32a

TOP

If the POTS connectors are cabled to the existing POTS exchange then the 60 x POTS VoIP unit MUST NOT

fitted.

128-Pin DIN Connector

From UNIT Front

02HAT00282AAQ

64 x COMBI I/F + I/O

POTS + TAM ETSI

LINE 1 - 64

POTS 1 - 64

LINE TEST

ACCESS

32d

32a

TOP

32a

TOP

If the POTS connectors are cabled to the existing POTS exchange then the 60 x POTS VoIP unit MUST NOT

fitted.

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Note: This unit occupies two slots in the upper shelf and is fitted above the 64 x

ADSL2+ unit (In Even Slot 2) and the optional associated 64 x POTS/VoIP unit (In Odd Slot 3). This unit will be fitted in slots 2 and 3, 4 and 5, 6 and 7, 8 and 9, 10

and 11, 12 and 13, 14 and 15, 16 and 17, 18 and 19 as required. IMPORTANT: If the POTS/VoIP unit is fitted then the POTS connectors MUST NOT

be used

COMBO Card DIN Connector Pin Designations

SIGNAL PIN SIGNAL PIN Line 1 a/b 1a 2a Line 33 a/b 1c 2c

Line 2 a/b 3a 4a Line 34 a/b 3c 4c Line 3 a/b 5a 6a Line 35 a/b 5c 6c Line 4 a/b 7a 8a Line 36 a/b 7c 8c Line 5 a/b 9a 10a Line 37 a/b 9c 10c Line 6 a/b 11a 12a Line 38 a/b 11c 12c Line 7 a/b 13a 14a Line 39 a/b 13c 14c Line 8 a/b 15a 16a Line 40 a/b 15c 16c Line 9 a/b 17a 18a Line 41 a/b 17c 18c Line 10 a/b 19a 20a Line 42 a/b 19c 20c Line 11 a/b 21a 22a Line 43 a/b 21c 22c Line 12 a/b 23a 24a Line 44 a/b 23c 24c Line 13 a/b 25a 26a Line 45 a/b 25c 26c Line 14 a/b 27a 28a Line 46 a/b 27c 28c Line 15 a/b 29a 30a Line 47 a/b 29c 30c Line 16 a/b 31a 32a Line 48 a/b 31c 32c Line 17 a/b 1b 2b Line 49 a/b 1d 2d Line 18 a/b 3b 4b Line 50 a/b 3d 4d Line 19 a/b 5b 6b Line 51 a/b 5d 6d Line 20 a/b 7b 8b Line 52 a/b 7d 8d Line 21 a/b 9b 10b Line 53 a/b 9d 10d Line 22 a/b 11b 12b Line 54 a/b 11d 12d Line 23 a/b 13b 14b Line 55 a/b 13d 14d Line 24 a/b 15b 16b Line 56 a/b 15d 16d Line 25 a/b 17b 18b Line 57 a/b 17d 18d Line 26 a/b 19b 20b Line 58 a/b 19d 20d Line 27 a/b 21b 22b Line 59 a/b 21d 22d Line 28 a/b 23b 24b Line 60 a/b 23d 24d Line 29 a/b 25b 26b Line 61 a/b 25d 26d Line 30 a/b 27b 28b Line 62 a/b 27d 28d Line 31 a/b 29b 30b Line 63 a/b 29d 30d Line 32 a/b 31b 32b Line 64 a/b 31d 32d

Table 2.3 – DIN Connector Pinout for 64 x COMBI Interface + I/O POTS + TAM ETSI Connection Unit (02HAT00282AAQ)

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Figure 2.11 - 64 Pair COMBO Card to HDF Cable Assembly (RPM251026/10m)

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Figure 2.12 - 64 Pair COMBO to HDF Cable Wiring Diagram (RPM251026/10m)

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Interconnection Cables for ITAM Connection Unit (02HAT00282AAQ)

Connect the NX Test cable to upper Line Test Access socket on slot 2 and 3 unit. Connect RJ45 to RJ45 cable from lower Line Test Access socket on slot 2 and 3 unit to lower Line Test Access socket on slot 4 and 5 unit. Connect upper LTA socket on slot 4 and 5 unit to upper LTA socket on slot 6 and 7 unit and repeat to

daisy chain each unit into the Test Bus.

Figure 2.13 – ITAM Connection Unit (02HAT00282AAQ) Interconnection

On a two EDA shelf site, connect RJ45 to RJ45 cable from the upper LTA socket on slot 20 and 21 unit on the fully equipped Lower shelf, to the upper LTA socket on slot 2 and 3 unit on the Upper shelf. On the Upper shelf, connect RJ45 to RJ45 cable between the Line Test Access sockets to daisy chain each unit into the Test Bus.

DESCRIPTION CABLE CODES DESCRIPTION

1HAU62575AAV 50mm LT Bridging cable between adjacent

COMBO cards (terminated with RJ45 plugs)

06ZZ7050 10m STP CAT5E LT cable to connect to

previous subrack (requires terminating with RJ45 plugs)

LT Cables (ITAM)

2 x 46CJ9002 RJ45 Plugs for LT cable

NxTest

Upper 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21

Lower 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21

NxTest

Upper 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21

Lower 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21

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2.4.5.3 32 x TAM Connection Unit (02HAT 00136 AAR)

This unit is a Connection Unit for the 32 x SHDSL line units and is located in the connection part slot above the 32 x SHDSL unit. It also provides Line Test Access connections for connection to the TAM equipment.

Figure 2.14 – 32 x TAM Connection Unit

LINE 1 - 32

02HAT 00136 A A R

32 x TAM

LTA

LINE 1 - 32

02HAT 00136 A A R

32 x TAM

LTALTA

33 1

From UNIT Front

TOP

64-Pin Centronics Connector

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32 x TAM Centronics Connector Pin Designations

SHDSL 2-Wire circuits SHDSL 4-Wire circuits SIGNAL PIN SIGNAL PIN Interface Line 1 a/b 1 33 Line 1 a/b 1 33 Interface

Line 2 a/b 2 34 Line 2 a/b 2 34 1 Line 3 a/b 3 35 Line 3 a/b 3 35 Interface Line 4 a/b 4 36 Line 4 a/b 4 36 2 Line 5 a/b 5 37 Line 5 a/b 5 37 Interface Line 6 a/b 6 38 Line 6 a/b 6 38 3 Line 7 a/b 7 39 Line 7 a/b 7 39 Interface Line 8 a/b 8 40 Line 8 a/b 8 40 4 Line 9 a/b 9 41 Line 9 a/b 9 41 Interface Line 10 a/b 10 42 Line 10 a/b 10 42 5 Line 11 a/b 11 43 Line 11 a/b 11 43 Interface Line 12 a/b 12 44 Line 12 a/b 12 44 6 Line 13 a/b 13 45 Line 13 a/b 13 45 Interface Line 14 a/b 14 46 Line 14 a/b 14 46 7 Line 15 a/b 15 47 Line 15 a/b 15 47 Interface Line 16 a/b 16 48 Line 16 a/b 16 48 8 Line 17 a/b 17 49 Line 17 a/b 17 49 Interface Line 18 a/b 18 50 Line 18 a/b 18 50 9 Line 19 a/b 19 51 Line 19 a/b 19 51 Interface Line 20 a/b 20 52 Line 20 a/b 20 52 10 Line 21 a/b 21 53 Line 21 a/b 21 53 Interface Line 22 a/b 22 54 Line 22 a/b 22 54 11 Line 23 a/b 23 55 Line 23 a/b 23 55 Interface Line 24 a/b 24 56 Line 24 a/b 24 56 12 Line 25 a/b 25 57 Line 25 a/b 25 57 Interface Line 26 a/b 26 58 Line 26 a/b 26 58 13 Line 27 a/b 27 59 Line 27 a/b 27 59 Interface Line 28 a/b 28 60 Line 28 a/b 28 60 14 Line 29 a/b 29 61 Line 29 a/b 29 61 Interface Line 30 a/b 30 62 Line 30 a/b 30 62 15 Line 31 a/b 31 63 Line 31 a/b 31 63 Interface Line 32 a/b 32 64 Line 32 a/b 32 64 16

Table 2.4: Centronics Connector Pinout for 32 x TAM Connection Unit (02HAT00136AAR)

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2.4.6 Fan Tray (151-2984/02)

Figure 2.15 - Fan Unit

The Fan system ensures there is air circulation inside the subrack electronic part by regulating fan speed as a function of temperature.

In the event of failure of one fan, the remaining ones increase their speed to the maximum value to ensure proper equipment aeration. The system is located in the central front part of the EDA 2530 subrack.

WARNING: In a fully equipped subrack, the equipment cannot work for more than

five minutes without the Fans.

End of section

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3 Resources

The following equipment is required to carry out the tests described in this document.

3.1 Documentation

The following documentation is required to commission the EDA 2530.

No. Description Code Qty

1 This document – EDA 2530 Commissioning

Procedure for Cable and Wireless Access.

2/153 22-FGC 101 0239 Uen

2 The EDA 2530 Software and Firmware Release

Note for the release of the EDA 2530 being commissioned.

3 Customer specific Configuration information i.e.

Floor Plan, EDA 2530 Rack Layout, EDA 2530 Subrack equipment allocations, Cable Running Out Lists.

3.2 Tools

No. Description Code Qty

1 Anti Static Wrist Strap and connection cable. 1 2 Anti Static bags for Slide in Units or Anti Static

containers.

required 3 Screwdrivers – Flat Blade and Crosshead. 2 4 Side Cutters 1 5 Krone IDC Connection tool see picture CWA013 2 6 Continuity Tester (Buzzer) for checking new cables. 1 7 T-Bar Unit Extraction Tool 151-2765/01 1

3.3 Test Equipment

Record details of the test equipment used on the Record of Test Equipment Form.

Approved equivalents may be used if the items specified are not available.

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3.3.1 PC Connection Cables for Commissioning

Cable for connecting the Local Controller Ethernet Port to the EDA 2530 Common Part Card. .

RJ45 Crossover Cable - Local Controller Ethernet Port to EDA 2530

Common Part Card

RJ45 Connector RJ45 Connector

Signal Pin Pin Signal

TD+ 1 3 RD+

TD- 2 6 RD-

RD+ 3 1 TD+

RD- 6 2 TD-

TD = Transmit Data RD = Receive Data

No. Description Code Qty

1 A PC to run EDA2530 LCT application (Min specifications

Pentium III 750MHz, 542Mb Ram, 200Mbyte free space, CD-ROM, resolution 1024x768). Operating System XP or Vista.

2 EDA 2530 Local Controller Software CD for the release of

the EDA 2530 being commissioned. (S38-xxxx/xx.xx.xx)

3 RJ45 Crossover cable for connecting the Local Controller

Ethernet Port to the EDA 2530. Refer to Section 3.3.1.

(Q4273) 1

4 RS232 Serial Cable Set, used to connect the Common

Part Unit (CP) RS232 interface to the PC serial COM port. (Refer to Section 3.4.1 for details)

CWA0002

5 Digital Multimeter 1 6 “Golden Modem” multi-level xDSL service tester, with

ADSL /G.SHDSL module interfaces. Capable of ATU-R and STU-R modem operation modes or an ADSL modem, Eg. Linksys AM200 ADSL2+ modem.

7 SHDSL Modem Eg. Billion BiPAC 8520 up to 4.6Mbps

(4-wire SHDSL) Bridge/Router

8 Optical Power Meter with adapter lead for LC connection. 1 9 HDF block 2 pole to RJ11 test cord (Banana plugs) CWA006 1 10 HDF block 2 pole to RJ11 test cord CWA007 1 11 HDF Krone block 2 pole to RJ11 test cord CWA008 1 12 Butt Telephone Test Set with either internal or external

DSL/POTS filtering. Eg. Fluke TS-25D Telephone Test kit. (Which includes DSL/POTS filtering)

13 RJ11 ADSL filter for Test Telephone 1

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3.4 Test Cables

No. Description Code Qty

1 LC to LC single mode optical link. 2

Coaxial jumper cables 75Ω terminated with 2 x (1.0/2.3) (BT Type 54) connectors

(Q4272) 2

3 DDF Loop Back Cables terminated with 2 x Type 43

connectors.

1HAM 10656 ABT or (Q4232A)

4 xDSL line cable (Terminated with RJ12 connector at NT

modem end, with pins 3 and 4 wired to the a and b leg of the line under test at the MDF).

Note: The “Golden Modem” test equipment includes the

line cable (RJ11), terminated with crocodile clips to connect to the MDF Line termination (IDC connection).

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3.4.1 RS232 Serial Cable Set (151-2502/01)

This cable is required for connection of the Common Part unit (CP) RS232 interface to the PC serial COM port, for initial configuration.

IMPORTANT WARNING: Connect this cable to the PC before connecting the RJ12

connector to the Common Part. You must disconnect the RJ12 connector from the Common Part before connecting or disconnecting any 9-Way connector to the PC.

The operator must NOT switch ON or switch OFF power to the PC while it is

connected to the Common Part card.

RJ12

Sub-D 9pin FEMALE

SERIAL INTERFACE 1

SERIAL IN TER F ACE 2

Female Connector

9-Pin Sub-D Female

Connector

SERIAL INTERFACE 1

SERIAL INTERFACE 2

9-Pin Sub-D

Insertion Key

RJ12

9 6

rear view

Code: 151-2502/01

MONITOR

MAINTENANCE

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3.5 Local Craft Terminal (LCT) Installation

With reference to the equipment handbook, install the software packages on the PC relevant to the EDA Local Craft Terminal. If the correct release of LCT software is already loaded on your PC ignore this section and go to Section 4.

3.5.1 Removal of Old Issue of EDA Hub Software

If the Access Hub LCT software has been installed previously, follow these steps to remove it before installing the new version.

a. Close any EDA Local Terminal application, including the PortSrv

(PortServer) program.

b. To remove the EDA Local Craft Terminal software package installed by this

setup procedure, use the "Start -> Settings -> Control Panel ->

Add/Remove Program" utility in the Control Panel to remove the "AXH Local Terminal xx.yy.zz" software.

c. To remove the EDA Local Craft Terminal Easy On software package

installed by this setup procedure, use the "Start -> Settings -> Control Panel -> Add/Remove Program" utility in the Control Panel to remove the "BMS xx.yy.zz" software. EasyOn software is named as “BMS”.

d. From the "Add/Remove Program" utility in the Control Panel, you can also

remove the Java, ITCL, and Acrobat Reader packages, if you need to remove them.

3.5.2 Installation of Local Operator Software on P.C.

The Local Operator software is supplied on CD-ROM its identification code being CXP_901_3007_1_R3B_06 [LCT rel. 07.02.06].

The CD ROM provides the following software packages:

• ITCL release 3.3.1

• Java version 5.0 update 15

• Acrobat Reader release 7.0.8

• EDA-AXH LCT release 07.02.06

• LCT EasyOn Addon release R3B06

• LCT 07.02.06 GA EC1 Patch

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a. Insert the CD-ROM into the CD ROM drive of the PC.

b. If the PC is equipped with autorun the file readme.txt will be displayed

otherwise display it by double clicking the readme.txt file.

c. The document readme.txt contains the instructions to be carried out for the

installation of the software.

For further information, refer to the Operator’s Handbook.

3.5.3 Install Application Software From CD ROM

Note: If Windows NT is used, all the applications must be installed as

Administrator user.

a. Remove any previous version of EDA Local Craft Terminal. Refer to section

3.5.1 Removal of Old Issue of Access Hub Software.

b. Open up the Windows Explorer application in order to access the CD

inserted in the CD-ROM drive.

c. Install Java version 1.5.0 update 15, double-click on the "jre-1_5_0_15-

windows-i586-p.exe" file in the Java folder “CXC_172_4901_R2A_01” on

the CD-ROM drive to install it.

Follow the setup wizard to complete the installation, confirming the default

selections when in doubt.

d. If your Windows PC does not have ITCL 3.3.1 installed, double-click on the

"setup.exe" file in the ITCL folder “CXC_172_4904_R1B_01”on the CD-

ROM drive to install it.

Note: ITCL 3.3.1 is installed at the fixed location "C:\itcl3.3" .

e. If your Windows PC does not have Adobe Acrobat Reader release 7.0.8 or

higher installed, double-click on the "AdbeRdr708_en_US.exe" file in the

Acrobat folder “CXC_172_4902_R1A_01” on the CD-ROM drive to install it.

Follow the setup wizard to complete the installation, confirming the default selections when in doubt.

f. Install the AXH LCT application, double-click on the "setup.exe" file in the

AXH LCT folder “CXC_172_4905_R3B_05”on the CD-ROM drive to install it.

Follow the setup wizard to complete the installation, confirming the default

selections when in doubt.

g. Install the LCT-EASYON-ADDON application: double-click on the

"setup.exe " file in the LCT-EASYON folder “CXC_172_4906_R3B_06”on

the CD-ROM drive to install it.

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Follow the setup wizard to complete the installation, confirming the default

selections when in doubt. This program will be named as “BMS” when installed.

h. After completing the installation of LCT-EASYON-ADDON, restart the

computer in order to update the Windows O.S. registry.

i. After the computer has restarted, copy the patch file “p_XdslLineCF.tcl”

from the “LCT 07.02.06 GA EC1 Patch” folder on the CD. Then paste it into

the following folder c:\Mv36bLT\lib\gui, to replace the existing

“p_XdslLineCF.tcl” file.

j. Copy and replace the existing file “setenv80_13.bat” with the latest one

provided, in folder C:\Mv36bLT\Lib\env (you may wish to backup the

existing file before doing so).

Note: If this file is not replaced then when loading the National Mapping file,

Columbia will be selected instead of the United Kingdom.

k. The LCT installation is now complete.

3.5.4 LCT 07.02.05 – Known Issue with Java Version 1.6

LCT 07.02.05 has a known issue with the National Mapping Tool and setting up the

repository location when Java version 1.6 has been installed.

To correct this issue the commissioning engineer must remove Java 1.6, the LCT, & all of the LCT packages, then re-install them again but with Java version 1.5 before attempting to configure any POTS card(s).

Perform the following steps:-

a. Uninstall Java 1.6 and all of it’s updates from the Windows Control Panel.

b. Uninstall the LCT then it’s suite of packages including “itcl”, Java 1.5

update 15, & the Easy on Addon known as “BMS”, from the Windows Control Panel.

c. Delete all of the Java directory(s) in C:\Program Files (ensure you have

removed the Java programs from Windows Control Panel first before you do this).

d. Reboot the PC.

e. Re-install “itcl”, then “Java 1.5 update 15”, then “LCT 07.02.05”, then Easy

on Addon known as “BMS”.

f. Reboot the PC after Easy on Addon known as “BMS” has been installed.

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g. After the computer has restarted, install the LCT 07.02.05 EC1 correction

patch. Copy the patch file “p_XdslLineCF.tcl” from the “LCT 07.02.06 GA

EC1 Patch” folder on the LCT CD. Then paste it into the following folder

c:\Mv36bLT\lib\gui, to replace the existing “p_XdslLineCF.tcl” file.

End of section

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4 Commissioning Requirements

4.1 Description Of Testing Activities

The testing described in this document is the functional testing on lines chosen by sampling those present in the system.

During Section 5.2, only the Common Part unit in slot 1 is inserted in the EDA 2530 subrack.

Note: The other units are inserted for configuration from Section 5.3.

4.2 Test Records

The commissioning test records at the end of this document must be completed as the testing progresses. A complete set of Test Records must be completed for each EDA 2530 (EDAxx01) Parent and Stand Alone shelf being commissioned.

When all testing has been completed successfully, both the Ericsson representative and Customer’s representatives must complete the Certification of Tests Form at the end of this document. If the Customer’s representative is not present on site enter N/A (Not Available) for the Customer representative.

4.3 Preliminary Checks

4.3.1 Equipment Positioning

Check the equipment positioning corresponds to the implementation plan.

4.3.2 Card Equipping

Check that the correct quantity and type of equipment cards have been supplied to the contract requirements. The electrical cards should be partially inserted into their allocated slot positions, ensuring that the unit edge connectors do NOT make accidental contact with the shelf connectors. Carefully insert the Connection Units into the start of the shelf runner. Ensure that the unit is exactly level and then gently slide the unit forward until a resistance is felt. A further gentle push on the unit front panel will ensure that the unit connector engages with the shelf pin connections. Do

NOT force the unit into the shelf, as this will damage the shelf edge connectors.

Check that the positions not occupied by cards have the appropriate covers fitted. Refer to Section 2.4.2 for Unit Equipping Rules and Standard Configuration for Cable and Wireless Parent and Stand Alone shelf.

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4.3.3 Cabling

Check that the positions of service or signal cable terminations on electrical and optical distribution frames, or on other equipment, comply with the Site Implementation Plan.

Check that the 64 pair cables (Lines and POTS) are tied on the provided cable supports. Check that Line cables are linked to the Connection Unit through the supports supplied with the equipment.

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4.3.4 Power Supply and Grounding Connections

VB1 VB2 Pin Signal Function Pin Signal Function

- B1 Negative Voltage of Battery 1

- B2 Negative Voltage of Battery2

2 +B1 Positive Voltage of Battery 1 2 +B2 Positive Voltage of Battery 2 3 Not used 3 Not used 4 +B1 Positive Voltage of Battery 1 4 +B2 Positive Voltage of Battery 2 5 - B1

Negative Voltage of Battery 1

5 - B2

Negative Voltage of Battery 2

Note: The 5 Pin D-Type Connector on the Power Cable is Female. Figure 4.1 - Power Supply Connection Unit (151-2975/53) Pin Allocations

Figure 4.2 Power Supply/Earth Arrangement to Power Supply Connection Unit

Pin 1 2 3 4 5

M C B 1

M C B 2

-50 V Supply 1

(

Battery 1)

Pin 1 2 3 4 5

M C B 3

M C B 4

-50 V Supply 2

(

Battery 2

)

Rack Earth Bar

0 V

Power Supply Connection Unit

(151-2975/53) Slot 22 - Socket Vb1

Power Supply Connection Unit

(151-2975/53) Slot 22 - Socket Vb2

Main Earth Bar

0 V

5 Pin D-Type Connector (Male) on Power Supply Connection Unit (151-2975/53)

Pin 1 2 3 4 5

Grey Grey Grey Grey

Grey Grey

Blue

Blue Blue

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4.4 Earthing And D.C. Supply Checks

These tests are classified as SAFETY TESTS.

There are different variants of Power Supply Connection Unit available, depending on the type of subrack and the customer requirements.

SUBRACK DESCRIPTION

SUBRACK CODE Power Supply - Right

S20 Flexible Connections 133-1555/03 151-2975/53 (Slot 22)

The EDA 2530 Power Supply Connection Unit (151-2975/53 incorporates two 5 pin D-Type connectors. Each connector allows for connecting two –50 volt and two earth cables to provide the duplicated power supply to each 5 pin D-Type connector.

The EDA 2530 cabinet will be supplied by two –50 volt power feeds, each protected by an external circuit breaker rating or fuse of 32 Amps. The two Earth cables will be connected to the EDA 2530 Earth bar.

Record the external circuit breaker or fuse rating on the Equipment Checks Test Record.

In the United Kingdom (UK) the main –50v supply (Supply 1) is connected to two Single-Pole 16 Amp Miniature Circuit Breakers (MCB 1 and MCB 2) fitted on the circuit breaker panel at the top of the EDA 2530 cabinet. These two 16 Amp MCB’s are connected to Socket Vb1 on the Power Supply Connection Unit (151-2975/53) in slot 22. The main –50v supply (Supply 2) is connected to two Single-Pole 16 Amp Miniature Circuit Breakers (MCB 3 and MCB 4). These two 16 Amp MCB’s are connected to Socket Vb2 on the Power Supply Connection Unit (151-2975/53) in slot 22. Other countries may have different types of Isolators or Circuit Breakers depending on local requirements and regulations.

Check the circuit breakers or fuses in the customer's distribution equipment are switched OFF or open. Check the EDA 2530 cabinet circuit breakers are switched OFF. Disconnect the 5 pin D-Type connectors from Socket Vb1 and Socket Vb2 on the Power Supply Connection Unit in slot 22.

Measurement: Check there is a connection between the EDA 2530 cabinet and the earth bar. Check the resistance is less than 1 ohm, measured between cabinet metalwork and an adjacent point on the earth bar. Record the measured value in the Test Record.

At the customer's DC distribution equipment switch ON the isolators or circuit breakers, or insert the fuses, for the feeds to the EDA 2530 Cabinet. If the DC distribution is from an EF80 or similar distribution, insert the two 32 Amp fuses. Check the supplies at the cabinets are of the correct polarity and lie in the range -

48 V ±20% (-38.4v to -57.6v). Record the measured value on the Main Power

Supply Voltage Check Test Record.

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4.5 Power Supply Connection Unit Check

Switch ON Circuit Breaker MCB 1 at the top of the EDA 2530 cabinet. Check for – 50 volts on Pin 1 of the D-Type connector for Socket Vb1 on Power Supply Connection Unit in slot 22. Switch OFF MCB 1 and check the –50 volts is removed. Switch ON Circuit Breaker MCB 2 at the top of the EDA 2530 cabinet. Check for – 50 volts on Pin 5 of the D-Type connector for Socket Vb1. Switch OFF MCB 2 and check the –50 volts is removed. Check for Earth (0 volts) on Pin 2 and Pin 4. (Refer to Figure 4.1 for the layout of the 5 pin D-Type connector).

Reconnect the 5 pin D-Type connector to Socket Vb1 on the Power Supply Connection Unit in slot 22. Secure the connector by tightening the two fixing screws. Switch ON MCB 1 and MCB 2 and check the Green “VB1” power LED is lit on the Power Supply Connection Unit in slot 22.

Switch ON Circuit Breaker MCB 3 at the top of the EDA 2530 cabinet. Check for – 50 volts on Pin 1 of the D-Type connector for Socket Vb2 on Power Supply Connection Unit in slot 22. Switch OFF MCB 3 and check the –50 volts is removed. Switch ON Circuit Breaker MCB 4 at the top of the EDA 2530 cabinet. Check for – 50 volts on Pin 5 of the D-Type connector for Socket Vb2. Switch OFF MCB 4 and check the –50 volt is removed. Check for Earth (0 volts) on Pin 2 and Pin 4. (Refer to Figure 4.1 for the layout of the 5 pin D-Type connector).

Reconnect the 5 pin D-Type connector to Socket Vb2 on the Power Supply Connection Unit in slot 22. Secure the connector by tightening the two fixing screws. Switch ON MCB 3 and MCB 4 and check the Green “VB2” power LED is lit on the Power Supply Connection Unit in slot 22.

4.5.1 Labelling

Check that the Circuit Breakers MCB 1, MCB2, MCB 3 and MCB 4 or alternative power supply Circuit Breakers are labelled according to the provisions of the ‘Installation Standard for EDA 2530 Equipment’.

Check that the optical links or cable, Customer side and Network side, are labelled according to the provisions of the ‘Installation Standard for EDA 2530 Equipment’ or that their terminations can be identified.

Check that the strips of the distribution frames, onto which the equipment is terminated, are labelled according to the provisions of the ‘Installation Standard for EDA 2530 Equipment’.

Check that the equipment racks and subracks are labelled according to the

provisions of the ‘Installation Standard for EDA 2530 Equipment’.

End of section

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5 Initial Configuration

Prior to testing, the Common Part IP unit requires configuring in accordance with the parameters assigned to the system.

This section details the process to configure IP addresses/parameters needed for management of the equipment from LCT and from the appropriate workstation for network management.

For identification of the IP addresses/parameters assigned to the system, refer to the Network planning guide.

5.1 IP Address Configuration Of PC Used As LCT

Before connecting the laptop to the Common Part IP unit, the laptop must be configured to be in the same IP Network Address range as the Out of Band Management IP Address of the EDA 2530.

Note: For Windows 2000 OS use step a, for Windows XP use step b, and for

Vista OS use step c, all other steps are common to Windows 2000/XP/Vista OS.

a. For Windows 2000

, left click on the Start button, then select Settings >

Control Panel. Double left click on the Network and Dial-up Connections icon. b. For Windows XP

, left click on the Start button, then select Control Panel. Double left click on the Network Connections icon. c. For Windows Vista

, left click on the Start button, then select Network >

Network and Sharing Center > Manage network connections.

d. Right click on Local Area Connection icon and then click Properties.

e. In the ‘LAN Properties’ window, use the scrollbar to move down the list.

f. For Windows 2000/XP select the ‘Internet Protocol (TCP/IP) entry, but for

Windows Vista select the ‘Internet Protocol Version 4 (TCP/IPv4) option, then left click on the ‘Properties’ button.

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g. In the ‘Internet Protocol (TCP/IP) Properties’ window, left click in the

~ Use the following IP Address’ radio button.

h. In the ‘IP Address’ field, enter an IP Address for the laptop compatible with

the Out of Band IP Address of all the EDA 2530 shelves. For this project a

suitable laptop IP Address is 150.150.150.16. Set the Laptop IP Address to 150.150.150.16 Note: The EDA 2530 IP Address is 150.150.150.4 i. In the ‘Subnet Mask’ field, enter the subnet mask for the EDA 2530 node.

This will always be the same for all EDA 2530 shelves.

Enter 255.255.255.0 j. Leave the ‘Default Gateway’ field blank. k. Left click the OK button to save and close the ‘Internet Protocol (TCP/IP)

Properties’ window.

l. Left click the OK button to save and close the ‘LAN Properties’ window. Click on Yes to reboot the laptop if prompted.

m. This step only applies to Ericsson personnel running Symantec antivirus

and anti spyware applications on Windows VISTA OS.

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Disable the antivirus and anti spyware protection by “Stop”ing the Symantec Endpoint Client and Symantec Management Client, as described in the follow steps:-

Select Start then right click on Computer, select the path: Manage >

Continue > Services and applications > Services Right click on Symantec Management Client, and select Stop. Right click on Symantec Endpoint Protection, and select Stop.

Now close all open windows.

n. Start the Command prompt click on Start > Programs > Accessories >

Command Prompt.

o. At a command prompt (MS-DOS prompt) type ipconfig then press Return.

The following will be displayed:-

IP Address 150.150.150.16

Subnet Mask 255.255.255.0

Default Gateway

Check the displayed values are correct. If correct proceed to the next

section. If incorrect repeat section 5.1.

p. Type exit then press RETURN to quit the Command Prompt menu.

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5.2 Common Part Card CF Download

Follow this section to update the Common Part card with the appropriate software build for CWA. The following functions are performed on the CP card:-

• Reformat the Compact Flash device.

• Download CP software R4.21 to the CF card.

Download requirements:-

• PC to be installed with a terminal emulation application, examples are Hyperterminal and Teraterm, with the following settings:-

Port: COM 1 Data speed: 38400 bits/s Data Bits: 8 Stop Bit: 1 Parity: None Flow control: XON/XOFF

• PC to be installed with EDA2530 LCT application version 07-02-04.

• RS232 serial lead type 151-2502/01, to connect between the PC serial port (or

USB) and the CP card’s serial port.

• CAT5 cross-over Ethernet cable, to connect between the PC LAN port and the CP card’s ETH port.

Take antistatic precautions when handling the units, fit an ESP wristband.

a. Remove the CP card from slot 1.

b. Remove the Compact Fash card.

c. Reinsert the CP card into slot 1, without the CF card fitted.

d. Connect the Ethernet cable & serial cable to the CP card.

e. For Ericsson staff only, on the PC turn off “Symantec Endpoint Client” and

“Symantec Management Client”.

f. Copy the “LoadCF 4.21GA” files onto the LCT PC hard drive, at location

C:\Mv36bLT\tftp. These are:-

“Delivery” folder “CPIP-LLB.bin” “uImage” “uRDimage”

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g. From the Windows Start menu run the “TFTP Server” application, select

path StartÆAll ProgramsÆLocal Terminal 0x.0y.0zÆTFTP Server.

h. Start the terminal session on the serial port, press <return> to display the

command prompt. Then type the following:-

printenv<return> (This displays the Common Part IP Address) setenv<space>serverip<space>150.150.150.16<return> (PC’s ip address) setenv<space>bootdelay<space>5<return> (set a 5 sec boot delay) saveenv<return> printenv<return> (to print display settings)

i. Remove the CP card from slot 1.

j. Replace the Compact Flash card.

k. Reinsert the CP card into slot 1, with the CF card fitted.

l. At the second countdown press <return> key within 5 seconds.

m. At the command prompt type the following:-

ver<return>

Check that IPCP HLB (High Level Boot) is displayed.

printenv<return>

Check IP addresses etc are displayed

loadcf<return>……(now loads the CF)

n. Wait for “Loadcf completed” to be displayed. On the tftp server look for the

transfer of “up.tar.bz2” file. This will take around 3 minutes.

o. Wait for the command prompt “bash-2.05a#”, then type the following:-

reboot<return>

p. Wait around 3 min for the following to be displayed:-

Bank 1: Not valid

Active

Bank 2: Not valid

Not active

Fatal: No valid bank found!

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Do not be alarmed, this message is to be expected.

q. At the command prompt type the following:-

cd<space>/home/Bank1<return> ls<space>-l r. Check that “_UP.ID” file is present.

s. At the command prompt type the following:-

mv<space>_UP.ID<space>UP.ID<return> ls<space>-l t. Check that “UP.ID” file is present (must be upper case).

u. At the command prompt type the following:-

reboot<return>

v. Wait for the following to be displayed:-

Bank 1: Valid

Active

Bank 2: Not valid

Not active

Running manager

w. Wait for the last message to be displayed, this will be “update Trap

logs……….Trap di CP……..“, at this point press <return> to display Login:”.

x. The CF download is now complete.

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5.3 Subrack Equipping

With the power now applied to the subrack, equip the subrack with the slide in units in the following order:-

a. Insert the 64x COMBI Interface + I/O POTS + TAM ETSI Connection

Unit(s) 02HAT00282AAQ first into the upper half of the subrack, into their designated slot position(s). Refer to the Site Installation Documentation pack. This unit occupies two slots in the upper shelf, it is fitted to slots 2 and 3, 4 and 5, 6 and 7, 8 and 9, 10 and 11, 12 and 13, 14 and 15, 16 and 17, 18 and 19, as appropriate.

Each of these Connection units is associated to a dedicated pair of 64 x

ADSL2+ and 64 x POTS/VoIP unit(s).

b. Insert the 64 x ADSL2+ unit(s) 02HAT00162AAD next into the lower half of

the subrack, into their designated slot position(s). Refer to the Site Documentation pack. These units are inserted in even numbered slots starting from slot 2 up to slot 18 in increasing order towards the RHS.

c. Insert the 64 x POTS/VoIP unit(s) 02HAT00198AAM into the lower half of

the subrack, into their designated slot position(s). Refer to the Site Installation Documentation pack. These units are inserted in odd numbered slots starting from slot 3 up to slot 19 in increasing order towards the RHS.

Note: If a 64x POTS/VoIP unit is fitted then the “POTS” connectors on the

relevant Connection unit MUST NOT

be used

d. Insert the 32 x TAM Connection Unit(s) 02HAT00136AAR first into the

upper half of the subrack, into their designated slot position(s). This unit occupies one slot in the upper shelf, it is fitted to slots 18, 19, 20 and 21, as appropriate, above where SHDSL units are required.

e. Insert the 32 x SHDSL unit(s) 02HAT00274AAE into the lower half of the

subrack, into their designated slot position(s). Refer to the Site Installation Documentation pack. These units are inserted in slots 20 then 21. If more than two SHDSL units are required these will be inserted in slots 18 and 19.

When powered up, the 64 x ADSL2+ card or 32 x SHDSL card will then

send a reset signal to the Connection Unit as part of its start-up sequence. So it is important that the connection unit is inserted first and the ADSL card or SHDSL card is inserted second.

Note: Refer to Sections 2.4.2/2.4.3 for Unit Equipping Rules and Standard

Configuration for the CWA EDA2530 Parent and Stand Alone shelf.

f. The units will now be automatically created, if created correctly the alarm

status for each equipped unit will become green.

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5.4 Logon to The EDA 2530 Via LCT

a. Connect the PC to the Common Part card using the Ethernet cable (Ref:

3.3).

b. Select Start > All Programs > AXH-EDA Local Terminal xx.yy.zz >

PortSrv

c. Select Start > All Programs > AXH-EDA Local Terminal xx.yy.zz > AXH-

EDA Local Terminal

Or select the “AXH-EDA Local Terminal” shortcut from the desktop.

A window with ‘Starting Local Terminal. Please wait…’ will be displayed.

d. After around 15 seconds the ‘Equipment Logon’ window will be displayed.

e. Enter in the Equipment Address field, the IP Ethernet Address for the CP

unit, ie 150.150.150.4.

Then click on Logon.

f. If everything has been carried out correctly, then after around 2.5 minutes

the equipment view window will be displayed, showing the created unit(s).

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5.5 Reset The Backplane EPROM

Before performing any configuration on a new EDA2530 it is important to clear the backplane EPROM. This ensures the shelf and the CP card have the same backplane parameters.

a. On the laptop start the Internet Browser.

b. Ensure the proxy server settings are disabled, as follows:-

From the browser top line menu select Tools > Connections tab > LAN settings, from the LAN settings window ensure that all options are not

selected.

c. Select “OK” to save the settings, then “OK” in the Connections window to

return to the browser.

d. In the browser address field enter the default EDA 2530 IP address,

150.150.150.4 <RETURN>.

e. The “EDA-2500 Element Manager” screen will be displayed. Enter the

following login details:-

Username: “commissioning” Password: “commissioning”

f. Select “Login”, then the HTTP shelf view will be displayed.

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g. From the left-hand side options select “Commissioning” >

“IBMoE_Reset”. A warning message will be displayed, select “Continue”.

The backplane EPROM parameters will be aligned with the CP card.

h. In order to allow remote out of band management of the EDA 2530, the Out

of Band Management OBM Ethernet IP Address needs to be altered from the default of 150.150.150.4 to allow for multiple EDA’s on each site. The address must be modified in line with the following table.

DLE ID IP Address DLE ID IP Address DLE ID IP Address

0101 150.150.150.4 0201 150.150.150.8 0301 150.150.150.12 0102 150.150.150.5 0202 150.150.150.9 0302 150.150.150.13 0103 150.150.150.6 0203 150.150.150.10 0303 150.150.150.14 0104 150.150.150.7 0204 150.150.150.11 0304 150.150.150.15 0105 150.150.150.16 0205 150.150.150.17 0305 150.150.150.18

i. If the EDA 2530 default Out Band Management OBM IP address has to be

changed in line with the Network Plan, then from the left-hand side options

select “Commissioning” > “extEthIP”.

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j. From the resulting window change the IP Address to a value in line with the

above table, also refer to the Network Planner’s guide for the site. Leave

the IP Network Mask address at 255.255.255.0, and select “Apply Changes” to update the OBM IP address.

k. From the left-hand side options select “LOG OUT” to log out of the EDA

2500 Element Manager and return to the internet browser.

l. Close down the Internet Browser.

m. From the main LCT screen select Maintenance > Equipment reboot.

From the following window click on the “Warm reboot” button, select the “Reboot” option and “Yes” to continue.

n. The equipment will log out of the LCT and the CP card will reboot.

o. Wait around 5 min before attempting to login again, this time using the new

OBM IP address.

5.6 Software Inventory Check

Check the Software Inventory on each 64 x ADSL2+ card, 64 x POTS/VoIP card and 32 x SHDSL card. The software in the Common Part card identifies the software release for the shelf. There is one acceptable release.

This table shows the Software R4.21 GA EC2 for the EDA 2530 cards.

EDA 2530 Software R4.21 GA EC2

Card Type Unit Code Software Code Release Date

CP 2530-IP 02HAT00103ACY CXC 172 4796 R3D R3D02 090529 64 x ADSL2+ 02HAT00162AAD CXC 172 3777 R2B R2B27 090129 64 x POTS/VoIP 02HAT00198AAM CXC 172 4797 R2B R2B30 090129 32 x SHDSL 02HAT00274AAE CXC 172 5103 R1B R1B18 090131

a. Logon to the EDA 2530 again.

b. Right click on the Common Part card in slot 1, select HW/SW Inventory

from the option menu.

c. In the window displayed, check that the Running Bank (Yes) contains the

correct software code and release. This is an example screen.

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d. Click on Close to close the Inventory window.

e. Right click and hold over the 64x ADSL2+ card to be checked. Select

HW/SW Inventory from the menu.

f. In the window displayed, check that the Running Bank (Yes) contains the

correct software release. This is just an example screen.

g. Click on Close to close the Inventory window.

h. Check the “H/W and S/W Inventory” for all other new 64x ADSL2+ cards

and confirm that they have the correct H/W and S/W release.

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i. Right click and hold over the 64x POTS/VoIP card to be checked. Select

HW/SW Inventory from the menu.

j. In the window displayed, check that the Running Bank (Yes) contains the

correct software release. This is just an example screen.

k. Click on Close to close the Inventory window.

l. Check the “H/W and S/W Inventory” for all new 64x POTS/VoIP cards and

confirm that they have the correct H/W and S/W release.

m. Right click and hold over the new 32 x SHDSL cards to be checked. Select

HW/SW Inventory from the menu.

n. In the window displayed, check that the Running Bank (Yes) contains the

correct software release. This is just an example screen.

o. Click on Close to close the Inventory window.

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p. Check the “H/W and S/W Inventory” for all other new 32 x SHDSL cards

and confirm that they have the correct H/W and S/W release.

q. If the unit’s Software releases do not correspond with the releases listed in

the R4.21 Software table at the beginning of this sub-section, then upgrade the unit’s software now by following Section 6.

Note: All of the units MUST

be at the correct release before the Common

Part card can be configured in Section 7.

End of Section

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6 Software Download/Upgrade

The EDA Equipment can be upgraded by downloading an updated version of software into all cards as required by downloading from the LCT PC, using TFTP application (Trivial File Transfer Protocol).

a. Load all of the EDA2530 R4.21 GA EC2 software files onto the LCT PC

hard drive, at location C:\Mv36bLT\tftp\R4.21_GA_EC2

b. From the Windows Start menu run the “TFTP Server” application, select

path StartÆAll ProgramsÆAXH-EDA Local Terminal 0x.0y.0zÆTFTP

Server.

c. From the TFTP Server window, select “Browse” and navigate to the

software location specified in step a.

d. From the LCT select the path: Maintenance → Software Download, the

“System Software Download” screen will be displayed:-

e. The “TFTP IP address” field will be filled in with the IP address of the LCT

PC. Do not modify the “Server Path” address field, leave it set to default path “./”.

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f. Load a new configuration by clicking on the “New Conf” button. A new

window will be displayed:-

g. Double click on the “tftp” directory, then on the “R4.21_GA_EC2” directory,

to list the configuration files which have been stored at this location.

h. The “SwDownload.sdc” configuration file will be displayed.

i. The “SwDownload.sdc” file includes a line for each unit type linking to the

appropriate downloadable software files, as illustrated in the example below:-

vdslx32-NP:CXC 172 4029 R2B:R2B27:CXC_172_4029_R2B27.tftp.s38

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shdslx32-MultiServices:CXC 172 5103 R1B:R1B18:CXC_172_5103_R1B18.tftp.s38 potsx64-NP:CXC 172 4797 R2B:R2B30:64potsMngr0202.dz potsx60-NP:CXC 172 6483 R1B:R1B36:60potsMngr0102.dz isdnx32-SIP-4B3T-NP:CXC 172 4798 R2B:R2B27:32isdnMngr0202_R2B27.dz isdnx32-SIP-2B1Q-NP:CXC 172 4798 R2B:R2B27:32isdnMngr0202_R2B27.dz cp-2530-4xGbEth:CXC 172 4796 R3D:R3D02 :UP.tar.bz2 cp-2530-4xGbEth-NTP:CXC 172 4796 R3D:R3D02 :UP.tar.bz2 adslx64-NP:CXC 172 3777 R2B:R2B27:CXC_172_3777_R2B27.tftp.s38 adsl-isdnx64-NP:CXC 172 3777 R2B:R2B27:CXC_172_3777_R2B27.tftp.s38

field is the unit type.

field is the software serial code and the software version.

field is the file name.

j. Select the “SwDownload.sdc” configuration file, then “OK”, now start the

download process with a click on the “Download” button.

A warning window will ask for confirmation.

k. Click on the YES button to proceed with the software download. l. The “System Software Download in progress” window will pop up.

During the connection to the TFTP server the Idle label will be displayed and during the download process the Downloading… label will be visible.

Note the ‘Yellow’ LED flashes on card/s being downloaded.

m. If the download process has been successfully completed, the label

displayed inside the “System Software Download in progress” window changes to “Download successful” and two new buttons will be visible: the “Switch Software Bank” and the “Close” button.

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Note the ‘Yellow’ LED is extinguished on the card/s when downloaded

successfully.

n. Click on the Close button if you do not want to switch the software bank.

o. If the download is successful, follow step (o) to perform the Bank Switch.

Otherwise go to step (q) or (r) as appropriate for the download result.

p. “Download successful”

After a successful software download, press the “Switch Software Bank” button to start the software bank switch, then “Yes” to confirm.

A message will offer the last possibility to abort the operation.

At the end of the switch process, the Switching label changes to Sw itch successful.

Then click on the Close button.

Note the ‘Yellow’ LED is lit on the card/s when switched successfully.

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q. Check the correct software is running on the card downloaded. Position the

cursor on the Card. Right click with the mouse and select HW/SW Inventory from the menu. The newly downloaded software will be shown with the status of “Yes” in the “Running” column.

Once the software download has been successful, the process may need to be repeated again when any other cards are added to the equipment at a later date.

r. Result = “Download Failed”

If the download was unsuccessful, the “Download Failed” label will be visible. The “System Software Download Status” window will display the problems encountered during the software download. Close the windows and go back to (i) and repeat the System Software Download process

again.

s. Result = “Download successful but incompatible databases”

After the download, an automatic check of the new software is performed, to verify the compatibility between the database used for the new software version and the one used for the previous software version. If they are

incompatible, the label “Download successful but incompatible

databases” will warn the operator.

IMPORTANT:

Press the Close button, the window will go back to the “System Software Download” screen. DO NOT press the “Switch Forced Software Bank”

button.

Select the “Close” button again.

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Note: If the new software downloaded in the equipment uses a different type of database version than the existing one, a forced switch MUST NOT

be performed from the LCT. If it is selected, the configuration database will be corrupted and the CP card won’t reboot.

If the result following download to the CP card is “Incompatible database” then do not proceed any further commissioning the element, return the CP card to the Product Support Centre and get a replacement CP unit loaded with the correct software release.

t. Close all windows to return to the main LCT screen.

End of section

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7 Configure IP and Ethernet Management

The following table gives a list of the site specific information required to commission the EDA 2530, without this information the commissioning of the node cannot commence. Most of this information is provided in the CWA “DLE planning” spreadsheet, produced by CWA DLE Management.

CWA “DLE planning” Ref.

Comissioning Procedure/LCT Ref.

Example / Comments

DSLAMID Node DLE ID

eg EANCN0102 (Norwich North), this is site specific. Specified in site SID document.

OOB IP Address

(Out Of Band)

150.150.150.x Where x=4 (default) to 15 Out Of Band IP Address is determined by the DLE ID, refer to Section 5.5.

S-VLAN SVID

21 or 22 To be specified by CWA. If parenting EDA2530 to an existing EDA2510, will use the same value as used by the EDA2510. Parent EDA2530 3200 + y

Child#1 EDA2530 200 + y

Child#2 EDA2530 1200 + y

Child#3 EDA2530 2200 + y

C-VLAN CVID

Where y = 1 to 64 for xDSL ports 1 - 64 Where y = 1 to 32 for SHDSL ports 1 32

Mask Mask Length

E.g. 30 or 31 Number of bits of subnet mask. To be specified by CWA.

AHX IP Addr IBM IP Address

In Band Management IP Address. To be specified by CWA.

BRAS IP Addr Route Gateway

IP Address

To be specified by CWA.

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The following table gives a list of the additional site specific information required to configure the POTS cards, without this information commissioning cannot commence. This information is provided in the CWA “DLE planning” spreadsheet, produced by CWA DLE Management.

CWA “DLE planning” Ref.

Comissioning Procedure/LCT Ref.

Example / Comments

H248 Virtual Gateway 4 digit domain name.

H248 Virtual Gateway 4 digit Domain Name.

eg 0016-CLNEW (New Cross). This is site specific and will be supplied by C&W. Usually the same value as used

by the EDA2510 Primary Media Gateway Controller Domain name

Primary Media Gateway Controller Domain name

eg iMSS-BULLDOG-01 This may be

regional and must be supplied by C&W.

Primary Media Gateway Controller IP Address

eg 83.146.63.27 (The MGWC IP

Address). This is Media Gateway

specific and must be supplied by C&W.

H.248 S-VLANS (/23 subnets

RTP Local IP Address

Each POTS card has a unique site

specific IP Address. POTS Card S-VLAN ID

POTS Card SVLAN ID

Slot 3 = 151, Slot 5 = 152, Slot 7 = 153,

Slot 9 = 154, Slot 11 = 155, Slot 13 =

156, Slot 15 = 157, Slot 17 = 158, Slot

19 = 159, Slot 21 = 160

Perform all of this section to configure the EDA 2530 Common Part IP card from the LCT.

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7.1 Configure The Optical SFP Modules Gigabit Ethernet

Note1: If the EDA 2530 is to be the “Parent” node & subtend an existing EDA 2510 node, then the backhaul SFP required for Port 1 (SU57AE 1310nm) will be recovered from the EDA 2510 SFP Port 3 when the two

nodes are migrated during a PEW, at a later date.

Note2: CP Port SFP1 will be utilised as the Network interface to backhaul to

the IP Network.

Note3: CP Port SFP2 (when fitted) will be used by the “Parent” to subtend

the “Child#1”, an EDA 2510 node.

Note4: CP Port SFP3 (when fitted) will be used by the “Parent” to subtend

the “Child#2”, an EDA 2530 node.

Note5: CP Port SFP4 (when fitted) will be used by the “Parent” to subtend

the “Child#3”, an EDA 2530 node.

Note6: SFP Modules approved by Marconi are ‘Moni Tagged’ and will be

configured automatically when inserted.

a. On the Common Part card:- (Check details with the site’s SID document)

Insert SFP1 module (if available) into Port 1 (SU57AE - 1310nm). Insert SFP2 module (if supplied) into Port 2 (SU57AD - 850nm). Insert SFP3 module (if supplied) into Port 3 (SU57AD - 850nm). Insert SFP4 module (if supplied) into Port 4 (SU57AD - 850nm).

b. Right click on the CP Card and select SFP Provisioning from the sub

menu. The “CP-IP SFP/Port Provisioning” screen will appear.

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Check from the table that the SFP parameters are correct with the type of module(s) installed, check that each SFP is alarm free, ie the Alarm Status

is ‘not alarmed’.

If the EDA 2530 “Parent” is to subtend an existing EDA 2510, then the

backhaul SFP1 module won’t be available at this Commissioning stage (will be available when the two node types are migrated). Even though SFP1 is not physically present continue to provision the CP Port 1 interface as detailed in the following steps:-

c. From the “CP-IP SFP/Port Provisioning” window select the row for CP Port

“1/1/2/1”.

d. Click on the “View Details/Modify selected SFP configuration” button.

The following window will be displayed:-

e. Leave “SFP MONI-tagged required” set to true (default). Change “SFP Frame Type” to Eth1000.

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Change the “SFP Medium Type” to Dual Fibre.

Set the “SFP Laser Wave Length (nm)” to 1310 for example. (Verify the

setting against the SID document for CP Port 1 SFP1 module.)

Leave “SFP connected to Y-Coupler” set to false (default).

f. Select the “Apply” button in the top right-hand corner to modify the

configuration.

g. Select “Refresh”, then “Close” to return to the “CP-IP SFP/Port Provisioning”

screen.

h. If the SFP2, SFP3, SFP4 module(s) have not configured correctly then repeat

the above steps c. to g. for CP Ports “1/1/2/2”, “1/1/2/3”, & “1/1/2/4” (as

appropriate). The settings are to be the same as Port “1/1/2/1” except for

setting the wave length to 850nm.

i. Select “Refresh” on the “CP-IP SFP/Port Provisioning” screen.

j. Check on the table that the parameters are correct with the type of SFP

installed, check that the SFP(s) are alarm free, ie the Alarm Status is ‘not alarmed’.

k. Select “Close” to return to the main LCT window.

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7.2 Configure CP Ethernet Interfaces

7.2.1 Configure CP Port 1

Configure CP Port 1 GigE interface to be the In Band Management interface.

a. Right click on the CP Card and select Ethernet Lines from the sub menu. b. Select the “Port 1” button, then click on “Configure”, the following window

will be displayed:-

c. From the “Configuration” folder tick the Local In-Band Mng tick box. Then

click on the “Apply” button that is immediately to the left of the tick box.

d. Select the “MAU” folder, the following window will be displayed:-

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e. In the “MAU AUTO NEGOTIATION” area of the window change the “Admin

Status” field from enabled to disabled. Now select the “Apply” button then select “Refresh”.

f. Select another folder, & check that Port 1 interface changes colour from

Yellow to Green.

Note: The port status will only turn to Green if there is a signal on the fibre

and it is connected to the port.

7.2.2 Configure CP Port 2

Note: CP SFP Port 2 interface is used to subtend Child#1 (EDA 2510)

a. Select Port 2 and follow steps d. to f. of Section 7.2.1 above to configure CP

Port 2. Do NOT select the “Local In-Band Mng” option, this is required for CP

Port 1 only.

b. Select “Close” to return to the main LCT screen.

7.2.3 Configure CP Port 3 (If required)

Note: CP SFP Port 3 interface is used to subtend Child#2 (EDA 2530)

a. Select Port 3 and follow steps d. to f. of Section 7.2.1 above to configure CP

Port 3. Do NOT select the “Local In-Band Mng” option, this is required for CP

Port 1 only.

b. Select “Close” to return to the main LCT screen.

7.2.4 Configure CP Port 4 (If required)

Note: CP SFP Port 4 interface is used to subtend Child#3 (EDA 2530)

a. Select Port 4 and follow steps d. to f. of Section 7.2.1 above to configure CP

Port 4. Do NOT select the “Local In-Band Mng” option, this is required for CP

Port 1 only.

b. Select “Close” to return to the main LCT screen.

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7.3 Configure EDA 2530 Tag Protocol ID/Bridging Parameters

Prior to configuring any services the EDA 2530 TPID should be configured, as follows:-

a. From the top line menu select the path Configuration > IP/Ethernet

Management > Bridging Parameters.

b. From the” Equipment Level Bridging Parameters Configuration” window,

change the “Bridge Ethertype S (hex-str)” field from 88A8 to 8100.

c. Select the “Apply” button then the “Refresh” option.

Note: When TPID=8100 all VLAN tags (S+C) contained within received

traffic are ‘read’ and used to switch traffic. When TPID=88A8 only the outer VLAN (S) tag is ‘read’ and used to switch traffic.

d. Select “Cancel” to return back to the main LCT screen.

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7.4 ADSL Card Configuration Files

In order to commission the ADSL cards a set of generic ADSL configuration files will

be required for each site. These will be prepared in advance of the site

commissioning and will be supplied to the site commissioning engineer. The site

commissioning engineer will load these files and then modify the data to the site

configuration requirements. i.e. IP Addresses, and quantity of ADSL cards installed.

Create a folder “EDA2530 Generic ADSL Configuration Files” on your PC. Store the

Generic ADSL configuration folders and files in this folder.

Folder Name File Type/s File Quantity

ADSL Profiles .ap 1 for all sites. (Standard) Static VLAN & VLAN Port Config .nsvm & .vlm 2 for all sites. (Standard) Downstream Flows .dfc 10 files – 1 per even slot for all sites PVC Config Parent - adsl .e42 10 files – 1 per even slot for all sites PVC Config Child#1 - adsl .e42 10 files – 1 per even slot for all sites PVC Config Child#2 - adsl .e42 10 files – 1 per even slot for all sites PVC Config Child#3 - adsl .e42 10 files – 1 per even slot for all sites

File Name File Type File Quantity

xDSL profile Management – XDSL Line Profile .ap 1 for all sites. (Standard) Static VLAN Management – Ports fixed .nsvm 1 for all sites. (Standard) Static VLAN Management – Static VLANS fixed .vlm 1 for all sites. (Standard) xDSL Bridge Management – Downstream Flows – Slot x

.dfc 10 files – 1 per even slot for all

sites xDSL Bridge Management – PVC Management – Slot x

.e42 10 files – 1 per even slot for all

sites

7.5 SHDSL Card Configuration Files

In order to commission the SHDSL cards a set of generic SHDSL configuration files will be required for each site. These will be prepared in advance of the site commissioning and will be supplied to the site commissioning engineer. The site commissioning engineer will load these files and then modify the data to the site configuration requirements. i.e. IP Addresses, and quantity of SHDSL cards installed.

Create a folder “EDA2530 Generic SHDSL Configuration Files” on your PC. Store the Generic SHDSL configuration folders and files in this folder.

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Folder Name File Type/s File Quantity

SHDSL Profiles .lcp & .psp 2 for all sites. (Standard) Static VLAN & VLAN Port Config .nsvm & .vlm 2 for all sites. (Standard) Downstream Flows .dfc 4 files – 1 for slots 18, 19, 20, 21 for all sites PVC Config Parent - shdsl .e42 4 files – 1 for slots 18, 19, 20, 21 for all sites PVC Config Child#1 - shdsl .e42 4 files – 1 for slots 18, 19, 20, 21 for all sites PVC Config Child#2 - shdsl .e42 4 files – 1 for slots 18, 19, 20, 21 for all sites PVC Config Child#3 - shdsl .e42 4 files – 1 for slots 18, 19, 20, 21 for all sites

File Name File Type File Quantity

SHDSL Line Profiles .lcp 1 for all sites. (Standard) SHDSL Stack Profiles .psp 1 for all sites. (Standard) Static VLAN Management – Ports fixed .nsvm 1 for all sites. (Standard) Static VLAN Management – Static VLANS fixed .vlm 1 for all sites. (Standard) xDSL Bridge Management – Downstream Flows – Slot x

.dfc 4 files – 1 for slots 18, 19, 20,

21 for all sites xDSL Bridge Management – PVC Management – Slot x

.e42 4 files – 1 for slots 18, 19, 20,

21 for all sites

7.6 Configure Static VLANs

a. From the LCT main screen select the path Configuration > IP/Ethernet

Management > IP-CP Static VLAN. The following screen will be

displayed:-

b. Select the “Static VLANs” button, at the top left corner. c. Select “File” then “Open”, then navigate to the relevant folder and select

the template file “Static VLAN Management – Static VLANS fixed.vlm”. Select “Open” then the Bridge VLANs table will be filled in.

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d. In the “Ne Name” column the template will load the default OOB IP

address of 150.150.150.4, the Node being commissioned is likely to have a different one allocated to it. The Out Of Band IP Address is determined by the DLE ID, refer to Section 5.5. Change the address (if necessary) in this column for all entries, as follows:-

Change the 1

entry in this column to the correct IP address, select the 1st

entry, then left-click the 1

entry & drag down to the bottom of the column

to highlight all entries. Right click & select “Replicate cell”, all entries in the “Ne Name” column will now be set to the required OOB IP Address.

e. In the “S-VLAN ID” column the template will load the default value of 22,

check with the CWA “DLE planning” document what the S-VLAN ID value should be set to for the node being commissioned. This value will be either 21 or 22.

In the “S-VLAN ID” column change if necessary the value of the 1st entry,

to be 21 or 22 as appropriate.

f. In the “Command” column, in the 1

entry double click the empty field and

select the “create” option from the drop-down list. Select the 1

entry, then

click & drag down to the bottom of the column to highlight all entries. Right

click & select “Replicate cell”, all entries in the “Command” column will now be set to “create”.

g. Select “Apply All” from the bottom LHS of the screen. The rows will turn

Green and under the “Result” column the field should display “OK”.

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h. Select “Read Network” near the top of the screen, this will confirm the

configuration, if there are any incorrect entries they will be highlighted at this point.

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7.7 Adding Interfaces to the Static VLANs

a. Whilst still in the “Static VLANs Management” window, select the “Ports”

button at the top left corner. The “Define VLAN user port membership” screen will be displayed.

b. Select “File” then “Open”, then navigate to the relevant folder and select

the template file “Static VLAN Management – Ports fixed.nsvm”. Select “Open”, then the “Static VLAN Members” table will be filled in.

The following screen shows that this template file creates a “Parent” EDA

2530 with a single ADSL card configured in slot 2. It also creates the necessary S-VLAN entries for Child#1 (EDA 2510 or EDA2530) which is subtended from GigE Port 2.

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Store the S-VLAN Table as follows:

a. In the “Ne Name” column the template will load the default OOB IP

Change the 1

entry in this column to the correct IP address, select the 1st

entry, then left-click the 1

entry & drag down to the bottom of the column

to highlight all entries. Right click & select “Replicate cell”, all entries in the “Ne Name” column will now be set to the required OOB IP Address.

b. In the “S-VLAN ID” column, the three “Data-Inband” entries will be loaded

with the default value of 22, check with the CWA “DLE planning” document what the S-VLAN ID value should be set to for the node being commissioned. This value will be either 21 or 22.

In the “S-VLAN ID” column change if necessary the value of these three entries, to 21 or 22 as appropriate.

c. In the “Command” column, in the 1

entry double click the empty field and

select the “addPort” option from the drop-down list. Select the 1

entry, left

click & drag down to the bottom of the column to highlight all entries. Right

click & select “Replicate cell”, all entries in the “Command” column will now be set to “addPort”.

d. Select “Apply All” from the bottom LHS of the screen. The rows will turn

Green and under the “Result” column the field should display “OK”.

e. Select “Read Network” near the top of the screen, this will confirm the

configuration, if there are any incorrect entries they will be highlighted at this point. Refer to the following screen.

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7.7.1 Create S-VLANs for Additional ADSL Cards (If required)

The template file creates the VLAN data for the ADSL slot 2 card only, additional SVLANs must be created for other ADSL cards in the “DATA_INBAND” name, perform the following:-

a. Double left-click on the “intLag//1/2” entry in “User Port Interface Name”

column.

b. In the “VLAN Egress Ports – entry 2” window select “Read NE”.

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c. For all ADSL cards installed, all the even numbered “intLag” interfaces

need to be selected in the table. This is done by holding down the “ctrl”

key, then click on all even numbered “intlag” interface entries in turn until all ADSL card entries have been highlighted, ie:-

“intLag//1/2” for slot 2 ADSL card

“intLag//1/4” for slot 4 ADSL card

d. Click on the “Accept selected entries” button, the display will revert back

to the previous screen.

For all of the ADSL cards, the “intLag” interfaces will now be built into the DATA_INBAND VLAN, as shown in the following screen.

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e. In the “Command” column, against the new “intLag//1/..” entries just

created, double click on the empty field and select the “addPort” option from the drop-down list. All new entries in the “Command” column will now be set to “addPort”.

f. Select “Apply All” from the bottom LHS of the screen. The rows will turn

Green and under the “Result” column the field should display “OK”.

g. Select “Read Network” near the top of the screen, this will confirm the

configuration, if there are any incorrect entries they will be highlighted at this point.

7.7.2 Create S-VLANs for SHDSL Cards (If required)

The template file previously loaded creates the VLAN data for the ADSL slot 2 card only, additional S-VLANs must be created for the SHDSL cards in the “DATA_INBAND” name. For each SHDSL card there must be a “DATA_INBAND” entry, e.g. for SHDSL slot 20 it is “intLag//1/20”, for SHDSL slot 21 it is “intLag//1/21”.

For each SHDSL card create a new “intLag//..” entry for the SHDSL slot(s), as detailed in the following steps.

a. Double left-click on the “intLag//1/2” entry in “User Port Interface Name”

column.

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b. In the “VLAN Egress Ports – entry 2” window select “Read NE”.

c. For each SHDSL card(s) the relevant SHDSL slot numbered “intLag”

entries need to be selected in the table. This is done by holding down the

“ctrl” key, then click on each new SHDSL slot numbered “intLag” interface

entry in turn until all new SHDSL card entries have been highlighted, ie

“intLag//1/20” for slot 20 SHDSL card “intLag//1/21” for slot 21 SHDSL card “intLag//1/18” for slot 18 SHDSL card “intLag//1/19” for slot 19 SHDSL card

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d. Click on the “Accept selected entries” button, the display will revert back

to the “Static VLAN Members” table.

For the SHDSL card(s), new “intLag” interfaces will now be created in the “DATA_INBAND” S-VLAN, as shown in the following typical screen.

e. In the “Command” column, against the new “intlag//1/..” entries just

created, double click on the empty field and select the “addPort” option from the drop-down list. All new entries in the “Command” column will now be set to “addPort”.

f. Select “Apply All” from the bottom LHS of the screen. The rows will turn

Green and under the “Result” column the field should display “OK”.

g. Select “Read Network” near the top of the screen, this will confirm the

configuration, if there are any incorrect entries they will be highlighted at this point.

7.7.3 Create S-VLANs for POTS Cards (If required)

An “intLag” interface must be created for each POTS card against the appropriate

VOIP_GWx name for the relevant slot. Proceed as follows:-

a. If the slot 3 POTS card is to be configured, double left-click on the

“ethG//1/1/1” entry in “User Port Interface Name” column against “VOIP_GW1”. Refer to the table below for POTS slot vs. S-VLAN names.

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POTS Slot S-VLAN ID S-VLAN Name

3 151 VOIP_GW1 5 152 VOIP_GW2 7 153 VOIP_GW3

9 154 VOIP_GW4 11 155 VOIP_GW5 13 156 VOIP_GW6 15 157 VOIP_GW7 17 158 VOIP_GW8 19 159 VOIP_GW9 21 160 VOIP_GW10

b. In the “VLAN Egress Ports – entry x” window select “Read NE”. Then select “intLag//1/3” in the table.

c. Click on the “Accept selected entries” button, the display will revert back

to the previous screen.

d. The “intLag” interface will now be built into the VOIP_GW1 VLAN, as

shown in the following screen.

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e. In the “Command” column, against the new “intlag//1/..” entries just

created, double click on the empty field and select the “addPort” option from the drop-down list. All new entries in the “Command” column will now be set to “addPort”.

f. Select “Apply All” from the bottom LHS of the screen. The rows will turn

Green and under the “Result” column the field should display “OK”.

g. Select “Read Network” near the top of the screen, this will confirm the

configuration, if there are any incorrect entries they will be highlighted at this point.

h. For all other installed POTS cards, create an “intLag//1/..” interface for each

POTS card(s) against the appropriate VOIP_GWx name for the relevant

slot. Repeat steps a to g. above for each additional POTS card.

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7.7.4 Complete VLAN Creation

a. When only a single child is to be subtended from the “Parent” EDA 2530 ie

Child#1 (EDA2510 or EDA2530) from GigE Port 2, then exit back to the main LCT screen at this point & continue to sub-section 7.8.

b. If one or two child(s) ie Child#2, Child#3 (EDA 2530), are to be subtended

from the “Parent”:-

Then perform the sub-section 7.7.5, to create S-VLANs on the “Parent”

EDA 2530 to subtend a “Child#2” (if applicable).

Then perform the sub-section 7.7.6, to create S-VLANs on the “Parent”

EDA 2530 to subtend a “Child#3” (if applicable).

7.7.5 Create S-VLANs on the “Parent” to Subtend Child#2 (If required)

Note: This sub-section is only to be applied to the “Parent” EDA 2530 that is subtending a “Child#2” (EDA 2530).

The last screen in the previous sub-section shows the “Parent” EDA 2530 with two ADSL cards configured in slots 2 & 4, & two POTS cards configured in slots 3 & 5. Whilst the S-VLANs for Child#1 (EDA 2510) subtended from GigE Port 2 are already

configured for port “ethG//1/1/2” by the template file.

To subtend Child#2 (EDA 2530) from GigE Port 3, the on-site engineer needs to add

the User Port Interface Name “ethG//1/1/3” for the following S-VLAN entries in the

table:-

• DATA_INBAND

• VIDEO

• VOIP_GW1

• VOIP_GW2

• VOIP_GW3

• VOIP_GW4

• VOIP_GW5

• VOIP_GW6

• VOIP_GW7

• VOIP_GW8

• VOIP_GW9

• VOIP_GW10

7.7.5.1 Create “DATA_INBAND” S-VLAN

a. Against the DATA_INBAND S-VLAN Name, double left-click on the

“ethG//1/1/2” entry under the “User Port Interface Name” column. b. In the “VLAN Egress Ports…….” window select “Read NE”. c. Highlight the “ethG//1/1/3” entry

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d. Click on the “Accept selected entries” button, the display will then revert

back to the main Static VLAN table.

e. Against the highlighted “ethG//1/1/3” entry in the table, under the

Command column right-click to select “addPort” from the drop-down list of

options.

f. Select “Apply All” to add the new entry. g. Select “Read Network” to confirm the updated configuration. The following

screen shows the newly created DATA_INBAND “ethG//1/1/3” entry.

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7.7.5.2 Create “VIDEO” S-VLAN

a. Against the VIDEO S-VLAN Name, double left-click on the “ethG//1/1/2”

entry under the “User Port Interface Name” column.

b. In the “VLAN Egress Ports…….” window select “Read NE”. c. Highlight the “ethG//1/1/3” entry

d. Click on the “Accept selected entries” button, the display will revert back

to the main Static VLAN table.

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e. Against the highlighted “ethG//1/1/3” entry in the table, under the

Command column right-click to select “addPort” from the drop-down list of

options.

f. Select “Apply All” to add the new entry. g. Select “Read Network” to confirm the updated configuration, the following

screen shows the newly created VIDEO “ethG//1/1/3” entry.

7.7.5.3 Create “VOIP_GWx” S-VLANs

a. Against the VOIP_GW1 S-VLAN Name, double left-click on the

“ethG//1/1/2” entry under the “User Port Interface Name” column. b. In the “VLAN Egress Ports…….” window select “Read NE”. c. Highlight the “ethG//1/1/3” entry

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d. Click on the “Accept selected entries” button, the display will revert back

to the main Static VLAN table.

e. Against the highlighted “ethG//1/1/3” entry in the table, under the

Command column right-click to select “addPort” from the drop-down list of

options.

f. Select “Apply All” to add the new entry. g. Select “Read Network” to confirm the updated configuration, the following

screen shows the newly created VOIP_GW1 “ethG//1/1/3” entry.

h. Repeat steps a to g to add the VOIP_GW2 S-VLAN Name entry for

“ethG//1/1/3” in the Static VLAN table.

i. Repeat steps a to g to add the VOIP_GW3 S-VLAN Name entry for

“ethG//1/1/3” in the Static VLAN table.

j. Repeat steps a to g to add the VOIP_GW4 S-VLAN Name entry for

“ethG//1/1/3” in the Static VLAN table.

i. Repeat steps a to g to add the VOIP_GW5 S-VLAN Name entry for

“ethG//1/1/3” in the Static VLAN table.

j. Repeat steps a to g to add the VOIP_GW6 S-VLAN Name entry for

“ethG//1/1/3” in the Static VLAN table.

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k. Repeat steps a to g to add the VOIP_GW7 S-VLAN Name entry for

“ethG//1/1/3” in the Static VLAN table. l. Repeat steps a to g to add the VOIP_GW8 S-VLAN Name entry for

“ethG//1/1/3” in the Static VLAN table. m. Repeat steps a to g to add the VOIP_GW9 S-VLAN Name entry for

“ethG//1/1/3” in the Static VLAN table. n. Repeat steps a to g to add the VOIP_GW10 S-VLAN Name entry for

“ethG//1/1/3” in the Static VLAN table. o. In the following two screens, all of the newly created “DATA_INBAND”,

“VIDEO”, & “VOIP_GWx” S-VLANs for the “ethG//1/1/3” interface have

been highlighted:-

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p. All 12x new “ethG//1/1/3” entries are now created in order to set up the

paths for In-Band Management, Data, Video, & Speech traffic between the “Parent” (EDA2530) & subtended Child#2 (EDA2530).

7.7.6 Create S-VLANs on the “Parent” to Subtend Child#3 (If required)

Note: This sub-section is only to be applied to the “Parent” EDA 2530 that is subtending a “Child#3” (EDA 2530).

To subtend Child#3 (EDA 2530) from GigE Port 4, the on-site engineer needs to add

the User Port Interface Name “ethG//1/1/4” for the following S-VLAN entries in the

table:-

• DATA_INBAND

• VIDEO

• VOIP_GW1

• VOIP_GW2

• VOIP_GW3

• VOIP_GW4

• VOIP_GW5

• VOIP_GW6

• VOIP_GW7

• VOIP_GW8

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• VOIP_GW9

• VOIP_GW10

a. Follow sub-section 7.7.5.1 to 7.7.5.3 to create 12x new “ethG//1/1/4”

entries in order to set up the paths for In-Band Management, Data, Video,

& Speech traffic between the “Parent” (EDA2530) & subtended Child#3

(EDA2530).

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7.8 Configuring The IBM Sub-Interface

Once the VLAN for IBM has been created, it is necessary to build an interface in that VLAN to which an IP address can be assigned. This is done by performing the following steps:-

a. From the main LCT screen select the path, Configuration > IP/Ethernet

Management > VLAN Sub-interface Configuration. The following screen

will be displayed:-

b. Highlight an empty row in the table and click on the “Details >>” button, the

window will be expanded to include “Property Details”.

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c. In the “Lower Interf Name” field select “BVI” (Bridged Virtual Interface) from

the drop-down list.

d. In the “C-VLAN ID” field enter the appropriate value for the type of EDA

2530, refer to the table below.

C-VID ID EDA 2530

3200 “Parent”

200 “Child#1”

1200 “Child#2”

2200 “Child#3”

e. In the “S-VLAN ID” field enter the VLAN number to be used for In-Band

management. Check with the CWA “DLE Planning” document what the S-

VLAN ID value should be set to for the node being commissioned. This

value will be either 21 or 22.

f. In the “Subinterface Number” field select the <auto increment> option. g. Now save the details by clicking on “Create”.

h. Close all windows to return to the main LCT screen.

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7.9 Assign The IBM IP Address

With the IBM VLAN Sub-interface created, the IBM IP Address can now be assigned. This is done by performing the following steps:-

a. From the main LCT screen select the path, Configuration > IP/Ethernet

Management > IP Interface Configuration. The following screen will be

displayed:-

b. Highlight an empty row in the table and click on the “Details >>” button, the

window will be expanded to display “Interface Data”.

c. In the “L2 Interface Name” field select “vlanCVID-SVID” from the drop-

down list. Now modify this field to enter the CVID and SVID details for the VLAN sub-interface built previously.

The “CVID” value is either 3200, 200, 1200, or 2200. Whilst the SVID value

will be either 21 or 22, this information will be provided by the Network

Planner.

Examples of this field could be:-

vlan3200-22 (for the “Parent” EDA 2530) or vlan200-22 (for a “Child#1” EDA 2530) or vlan1200-22 (for a “Child#2” EDA 2530) or vlan2200-22 (for a “Child#3” EDA 2530)

d. In the “IP Address” field, enter the IBM IP address, this will be provided in

the CWA “GigE Metronode DLE planning” document.

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e. In the “Mask Length” field, enter the subnet mask in number of bits for the

IBM IP address being used (e.g. 30 or 31). This will be provided in the

CWA “GigE Metronode DLE planning” document.

f. Click on the “Local In-Band Mng” checkbox, to specify this IP configuration

as the IBM IP configuration

g. In the “MTU Size (bytes)” field, enter 1500. The number of bytes for the

largest size of packet that can be transmitted, or received on the IP

interface.)

h. In the “Neighbor Address” field, enter 0.0.0.0 i. Now click on the “Create” button.

The IBM IP address will have been created, and the IP Interface

Configuration window will now look as follows:-

j. Close down all windows to return to the main LCT screen.

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7.10 Configure The Default Gateway

a. From the main LCT screen select the path, Configuration > IP Ethernet

Management > Static Routing Table. The following screen will be

displayed:-

b. If there is already a filled in entry in the first line, then highlight it and select

“Delete” to remove it.

c. Highlight the empty first row of the table and click on the “Details >>”

button, the window will be expanded to display “Routing Details”.

d. In the “Route Dest” field enter 0.0.0.0. In the “Route Mask” field enter 0.0.0.0.

In the “Route Gateway” field enter the IP address supplied by the CWA

planning document. This IP address is known as “BRAS IP Addr”, which is the Inband Management Default Gateway.

e. Click on “Create” to populate the Static Routing table, as shown below.

f. Close all windows to return to the main LCT screen.

Ericsson EDA 2530 Commissioning Instructions

Specifications and Main Features

Frequently Asked Questions

User Manual