svr 3 10 4 system release notes

8/13/2019 SVR 3 10 4 System Release Notes

http://slidepdf.com/reader/full/svr-3-10-4-system-release-notes 1/25

Copyright Nokia Siemens Networks S.p.A. 2008- All rights reserved

Author : MORELLI Carlo SRN-System Release Note Version:1 Revision:0

Code : SRN-081202-1 SRAL XD / IDU Plug-in

Date : 2008-12-16 15:51:55 System Release Notes SRAL XD SVR 3.10 SU1 pag. 1/25

Ed. Cover: 04

CODE : SRN-081202-1

CONFIDENTIAL

DOCUMENT TYPE : SRN-System Release Note

PROJECT NAME : SRAL XD / IDU Plug-in

TITLE : System Release Notes SRAL XD SVR 3.10 SU1

VERSION : 1

REVISION : 0

STATUS : Complete

DATE : 2008-12-16 15:51:55

Issued by

COO IPT MWR R&D

SS. Padana Superiore km 158

20060 Cassina De Pecchi (MI)

The reproduction, transmission or use of this document or its contents is not permitted without express written authority. Infringers

will be liable for damages. All rights, including rights created by patent grant or registration of a utility model or design, are

reserved.Technical modifications possible.

Technical specifications and features are binding only insofar as they are specifically and expressly agreed upon in a written

contract.

______________________________________________________________________________________

Siemens Networks S.p.A.

AUTHOR : f.to MORELLI Carlo

APPROVED BY : f.to Brambilla Gianpaolo







Ed. Cover: 04

In addition to the authors named on the cover page the following persons have collaborated on this

document :

C. Bolzoni

G. Castagnaro

F. D’Amico

S. Fumagalli

S. Galli

R. Varchetta

CHANGE HISTORY

DATE R EV. DRAFT CHANGE

15/12/08 1 -- FIRST ISSUE – NOT APPLICABLE







Ed. Cover: 04

TABLE OF CONTENTS

1 INTRODUCTION ........................................................ ........................................................... ...........................4

1.1 SCOPE .......................................................................................................................................................4

1.2 APPLICABILITY.........................................................................................................................................4

2 PRODUCT DESCRIPTION..............................................................................................................................4

3 SUPPORTED FUNCTIONALITIES................................................................................................................6

4 COMPATIBILITY OF RELATED PRODUCT..............................................................................................7

5 PRODUCT COMPOSITION ................................................................ ............................................................ 12

5.1 SW COMPOSITION....................................................................................................................................12

5.2 HW COMPATIBILITY .............................................................. ........................................................... 15

5.3 MAINTENANCE TOOLS COMPATIBILITY ............................................................... ....................19

5.4 LINK-VIEWER COMPOSITION ....................................................... ................................................. 19

5.5 UNIVERSAL LCT COMPATIBILITY............................................................ .................................... 19

5.6 TABLE GROUPS COMPOSITION .............................................................. ....................................... 20 6 IDU BOOT SW UPGRADE PROCEDURE .......................................................... .......................................... 21

7 REMOTE UPGRADE 3.4 3.5/3.6/3.7.1/3.8/3.9/3.10 GUIDE-LINES IN SRAL NETWORKS...............21

8 HANDBOOKS .......................................................... ............................................................... ...........................22

9 LIMITATIONS PRESENT IN THIS RELEASE............................................................................................23

10 HINTS ON PROCEDURES ......................................................... ............................................................. ........25







Ed. Cover: 04

1 INTRODUCTION

1.1 SCOPE

This document represents the System Release Note of the product SRAL XD developed by Nokia Siemens

Networks SpA.

1.2 APPLICABILITY

The information contained in this document is applicable to Release SVR 3.10 SU1 of SRAL XD and to all

the organizations involved.

2 PRODUCT DESCRIPTION

SRAL XD, the new line of point to point low capacity digital radio, is a member of NSN’s extensive

telecommunication product portfolio.

Applications

SRAL XD line is primarily designed for urban networks but is also suitable in regional networks meeting all

the requirements of access and trunk applications.

Compelling Features

Based on network’s specific needs, the operator can select either higher spectrum efficiency or higher system

gain and hop lengths.

All the parameter can be SW selected locally or remotely in order to adapt the HW platform to each single

link characteristics in terms of available RF channel, payload, usable bandwidth and hop length.

SRAL XD flexibility and versatility greatly improve all the upgrading procedures and configuration change.

A terminal can be easily relocated without any HW modification simply re-shaping its peculiar parameters

on the new link requirement.Another important strong advantage is represented by the extreme compactness of SRAL XD Indoor Unit. A

single 44 mm high unit is necessary to implement any protected or unprotected terminal configurations.

System Architecture

The Split Configuration has been kept, even though both the IDU and the ODU have been redesigned in

order to reduce their mechanical dimensions.

In order to save room for the indoor installation, the dimensions of the IDU have been dramatically reduced,

moving the mo/modulation section to the ODU. As result the IDU able to provide protect configuration is

only 1U high.

In spite of this change the dimensions of the ODU have been reduced as well by adopting the state of the art

technologyThe 1U High Plug In Version adopts a modular architecture.

The basic configuration (1+0) consist of a controller, an access card and a base-band card; in order to arrange

protected/add drop repeater configuration, an additional base-band card has to be added in the same shelf.

The IDU Plug-in, being independent from modulation format, will manage either High or Normal density.







Ed. Cover: 04

Outdoor Units

State of art RF technology has been the baseline for SRAL XD ODU’s development completely matching all

the technical constraints introduced by the high modulation scheme adopted for the HD version: system

linearity and synthesizer phase noise.

Two different outdoor units are part of SRAL XD suite:

► Normal Density ODU

Provides only normal density channel arrangement

(4 CPM Modulation Format) and able to assure a complete compatibility through the entire SRA L productLINE

► High Density/High Performance ODU:

Supports both normal and high density modulation schemes (4 QAM, 16 TCM Modulation Format) assuring

a SW selectable adaptation of SRAL XD terminals to the available bandwidth.







Ed. Cover: 04

3 SUPPORTED FUNCTIONALITIES

SVR 3.10.4

Main topics for SVR 3.10 with respect to SVR 3.9 are the following:

- Management of new “16xE1 + Ethernet” Access unit, supporting 16 E1 lines, 3 10/100Base-T and

one Gigabit Ethernet interfaces (1000 Base T/ SX) on the Tributary side.

- Full support of ND2 ODU, a new hardware version of ND ODU slave type

- Boost function for 16-TCM

- Temporized Commands procedure to support software/firmware upgradeIn addition, SVR 3.10 SU1-specific topics (release 3.10.4) are:

- Solution of the “Sleeping ODU” issue for ODU ND 13 GHz and 15 GHz;

- Bugfixing related to Dynamic Modulation and ATPC booster features for ODU HDe 13 GHz and 15

GHz;

- Update of the 16xE1 + Eth Access FPGA.

For a complete description please refer to the Feature List document PFL-060728-1 ver 1.0, and the System

Technical Document STD-080807-1 ver 2.0.







Ed. Cover: 04

4 COMPATIBILITY OF RELATED PRODUCT

This paragraph describes the software version components for the SVRs and the relevant compatibility.

NMS link (R/D channels) between two Network Elements requires the same SVR.

SRAL XD Plug-in – HW-SW Cross-Compatibility

SVR (System

Version

Release)

3.3.3 3.4.1 3.5.3 3.6.0 3.7.1 3.8.2 3.8.4 3.8.6 3.8.8 3.9.3 3.10.3 3.10.4

UNITS SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

CONTROLLER

NO RS-485634-001/73

3.3.3 3.4.1 3.5.3 3.6.0 3.7.1 3.8.2 3.8.4 3.8.6 3.8.8 3.9.3 3.10.3 3.10.4

CONTROLLER

RS-485 634-001/74

- 3.4.1 3.5.3 3.6.0 3.7.1 3.8.2 3.8.4 3.8.6 3.8.8 3.9.3 3.10.3 3.10.4

CONTROLLER

RS-485 634-001/83

- 3.4.1 3.5.3 3.6.0 3.7.1 3.8.2 3.8.4 3.8.6 3.8.8 3.9.3 3.10.3 3.10.4

BASE BAND

NxE1 732-101/61x (*)

1.7 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1

BASE BAND

1xE3 612-314/40

- - 1.11 1.11 1.11 1.11 1.11 1.11 1.11 1.11 1.11 1.11

BASE BAND

32xE1 612-314/62

612-314/79

- - - - 2.1 2.3 2.3 2.3 2.3 2.3 2.3 2.3

ACCESS NxE1

vers. sub D

ACCESS NxE1

vers. Coax

ACCESS NxE1

vers. Lemo

732-101/61x (*)

1.15 1.15 1.15 1.15 1.15 1.15 1.15 1.15 1.15 1.15 1.15 1.15

ACCESS NxE1

vers. sub D

ACCESS NxE1

vers. Coax

ACCESS NxE1

vers. Lemo

(for ADD DROP

REPEATER

ENHANCED)

- - - - - 0.5 0.5 0.5 0.5 0.5 0.5 0.5

ACCESS NxT1

vers. sub D

732-101/61x (*)

- 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6 1.6

ACCESS 1xE3

612-404/40 - - 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5 1.5







Ed. Cover: 04

ACCESS

Data/8E1612-404/41 (sub-

D)

- - - 1.5 1.7 1.7 1.7 1.7 1.7 1.7 1.7 1.5

ACCESS

32xE1612-404/65

- - - - 2.1 2.6 2.7 2.7 2.7 2.7 2.7 2.7

ACCESS

16xE1 + Eth612-404/83

- - - - - - - - - - 1.650 1.651







Ed. Cover: 04

SVR (System

Version Release)

3.3.3 3.4.1 3.5.3 3.6.0 3.7.1 3.8.2 3.8.4 3.8.6 3.8.8 3.9.3 3.10.3 3.10.4

UNITS SW

issue

SW

issueSW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

ODU ND 38 GHz

732-251/38

ODU ND 28 GHz

732-251/28

ODU ND 26 GHz

732-251/26

ODU ND 23C GH

732-251/23

ODU ND 23 GHz

732-251/23

ODU ND 18 GHz

732-251/18

ODU ND 15 GHz

732-251/15

ODU ND 13 GHz

732-251/13

ODU ND 8 GHz732-251/08

ODU ND 7 GHz

732-251/07

1.1/2

.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1

SVR (System

Version Release)

3.3.3 3.4.1 3.5.3 3.6.0 3.7.1 3.8.2 3.8.4 3.8.6 3.8.8 3.9.3 3.10.3 3.10.4

UNITS SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

ODU HD 38 GHz

732-241/38 ODU HD 28 GHz 732-241/28

ODU HD 26 GHz 732-241/26

ODU HD 7 GHz

732-241/07

ODU HD 8 GHz

732-241/08

ODU HD 23 GHz

732-241/23

ODU HD 15 GHz

732-241/15

ODU HD 18 GHz

732-241/18

ODU HD 38 GHz Low

Power

732-241/38A

1.2/

2.5

2.1/

2.5

2.4/

2.52.5 2.5 2.5 2.5 2.5 2.5 2.7 2.8 2.8







Ed. Cover: 04

SVR (System Version

Release)3.3.3 3.4.1 3.5.3 3.6.0 3.7.1 3.8.2 3.8.4 3.8.6 3.8.8 3.9.3 3.10.3 3.10.4

UNITSSW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

ODU HDe 23 GHz

732-241/23E

ODU Hde 38 GHz 732-241/38E

ODU Hde 18 GHz 732-241/18E

ODU Hde 38 GHz

Low Power

732-241/38EA

ODU Hde 7 GHz

732-241/07E

ODU Hde 13 GHz 732-241/13E

ODU Hde 15 GHz

732-241/15E

ODU Hde 26 GHz 732-241/26E

ODU Hde 28 GHz

732-241/28E

ODU Hde 32 GHz 732-241/32E

N.A. N.A.

2.5/

2.6/

2.7/

2.8/

2.9

2.5/

2.6/

2.7/

2.8/

2.9

2.5/

2.6/

2.7/

2.8/

2.9

2.5/

2.6/

2.7/

2.8/

2.9

2.5/

2.6/

2.7/

2.8/

2.9

2.5/

2.6/

2.7/

2.8/

2.9

2.5/

2.6/

2.7/

2.8/

2.9

2.5/

2.6/

2.7/

2.8/

2.9

2.10 2.11

SVR (System Version

Release)3.3.3 3.4.1 3.5.3 3.6.0 3.7.1 3.8.2 3.8.4 3.8.6 3.8.8 3.9.3 3.10.3 3.10.4

UNITS SWissue SWissue SWissue SWissue SWissue SWissue SWissue SWissue SWissue SWissue SWissue SWissue

ODU ND2 15 GHz

732-251/15E

ODU ND2 18 GHz 732-251/18E

ODU ND2 23 GHz

732-251/23E

ODU ND2 38 GHz

732-251/38E

N.A. N.A. 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.1 2.2 2.2







Ed. Cover: 04

SVR (System

Version Release)

3.3.3 3.4.1 3.5.3 3.6.0 3.7.1 3.8.2 3.8.4 3.8.6 3.9.3 3.10.3 3.10.4

UNITSSW

issue

SW

issueSW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

SW

issue

LinkViewer

Composed by:

Engine5.129/6.3 5.129/6.3 5.129/6.3 7140/6.3 6.3 6.5 6.5 6.5 6.7 7.0 7.0

Super FTP5.3.5 5.3.5 5.3.5 - - - - - - - -

Plug-In 1.2/1.3/1.

5/

1.9/11

1.3/1.5/

1.9/11

1.4/1.5/

1.9/11

1.5/1.9/1

11.9/11

1.11/1.1

2

1.11/1.1

2

1.11/1.1

21.14 1.16 1.17

Help On line- - -

6.1/6.3/6.

5 6.3/6.5 6.5 6.5 6.5 6.7 7.0 7.0







Ed. Cover: 04

5 PRODUCT COMPOSITION

The following tables describe the software components for the SVR 3.10.4 and the relevant hardware

compatibility

5.1 SW COMPOSITION

S.V.R 3.10.4 (448-024/35) SRAL XD Plug-in - SW - HW Compatibility

UNITSUNIT

CODE

SW

Rev.

SW

CODE

FILE

CODECheck

Sum

Note

634-001/73

3A4Q

CONTROLLER

3.10.4634-001/74

3A4Q

448–024/35 0ab02a68

RDM Reference

TRPR-WDPE08297-

1, Rev.1 Draft 2

BASE BAND 16xE1

2.1 612-314/39

- - RDM Reference

TRPR-WDPE01167-2rev 4 draft 2

BASE BAND 1xE31.11 612-314/40 - - TRPR-WDPE04287-1

Rev. 1 Draft 4

ACCESS NxE1 vers. sub D

ACCESS NxE1 vers. Coax

ACCESS NxE1 vers. Lemo1.15

612-404/38

612-404/37612-404/39

- - RDM Reference



ACCESS NxE1 vers. Coax

ACCESS NxE1 vers. Lemo

(for ADD DROP

REPEATER ENHANCED)

0.5

612-404/38

612-404/37612-404/39

- - RDM Reference


ACCESS NxT1 vers. sub D

1.6 612-404/43RDM Reference

TRPR-WDPE04075-1

rev 1 draft 1

ACCESS 1xE3 vers. Coax1.5 612-404/40 - - TRPR-WDPE04291-1

Rev. 1 Draft 2

ACCESS Data/8xE1(sub-D)

732-101/61x (*)

3A4Q

1.5 612-404/41 - - TRPR-WDPE04351-1

Rev. 1 Draft 1

634-001/74

3A4QCONTROLLER 3.10.4

634-001/83

3A4Q

448–024/35 0ab02a68

RDM Reference

TRPR-WDPE08297-

1, Rev.1 Draft 2

BASE BAND 32xE1 2.3612-314/62

612-314/79

-

-

RDM Reference

TRPR-WDPE06066-1 Rev. 0 Draft 3

ACCESS 32xE1 2.7 612-404/65 - -

RDM Reference


ACCESS 16xE1 + Eth

732-101/62x (*)

3A4Q

1.651 612-404/83 - -

RDM Reference

TRPR-WDPE007165-1

Rev. 2 Draft 2







Ed. Cover: 04

UNITSUNIT

CODE

SW

Rev

SW

CODE

FILE

CODECheck

Sum

Note

ODU ND2 15 GHz 732-251/15E

732-251/38

ODU ND2 18 GHz 732-251/18E

732-251/23

ODU ND2 23 GHz 732-251/23E 732-251/23

ODU ND2 38 GHz 732-251/38E

732-251/18

2.2

602-012/44 202Q

602-012/46 202Q

602-012/48 202Q

602-012/50 202Q

448-023/85 e827711e

RDM Reference

TRPR-WDPE08109-1 rev

1, Draft 1

(boot 1.9, appl. 2.2)







Ed. Cover: 04

5.2 HW COMPATIBILITY

S.V.R 3.10.4 (448-023/26) SRAL XD Plug-in - SW - HW Compatibility

UNITSUNIT

CODE

SW

CODE

HW

Ver.

Comp

.

Min.

edition

HW

Max.

edition

HW

Notes

634-001/73A

3A4Q- 08 Current

RDM Reference

TRPR-WDPE08297-1, Rev. 1 Draft 2CONTROLLER

634-001/74A

3A4Q- 03 Current

RDM Reference

TRPR-WDPE08297-1, Rev. 1 Draft 2

BASE BAND NxE1

612-314/39 1 10 Current

FPGA

RDM : TRPR-WDPE01167-2 rev 4 draft 2,

Checksum: 0062F42E

svr : 2.1

BASE BAND 1xE3612-314/40 1 05 Current

FPGA

RDM : TRPR-WDPE04287-1 rev 1 draft 4

Svr 1.11


612-404/38 1 08 Current

FPGA(RDM : TRPR-WDPE01167-1 rev 4 draft 1,

svr : 1.15) or

(RDM : TRPR-WDPE06065-1 rev 1 draft 2,Svr: 0.5)

ACCESS NxE1 vers. coax

612-404/37 1 08 Current


svr : 1.15) or(RDM : TRPR-WDPE06065-1 rev 1 draft 2,

Svr: 0.5)

ACCESS NxE1 vers. lemo

612-404/39 1 08 Current


svr : 1.15) or(RDM : TRPR-WDPE06065-1 rev 1 draft 2,

Svr: 0.5)

ACCESS NxT1 vers. sub D612-404/43 1 03 Current

FPGA


svr : 1.6

ACCESS 1xE3 vers. coax612-404/40 1 04 Current

FPGA


svr : 1.5

ACCESS 8E1/Data

vers. Sub-D

732-101/61x (*)

3A4Q

612-404/41 1 01 Current

FPGA


svr : 1.7

634-001/74A

394Q- 03 Current

RDM Reference

TRPR-WDPE08297-1, Rev. 1 Draft 2CONTROLLER

634-001/83A

3°4Q- 01 Current

RDM Reference


ACCESS 32xE1612-404/65 - 01 Current

FPGA

RDM Reference


BASE BAND 32xE1612-314/62

612-314/79- 01 Current

FPGA

RDM Reference


ACCESS 16xE1 + Eth

732-101/62x (*)

3A4Q

612-404/83 - 01 current

FPGA

RDM Reference








Ed. Cover: 04

ODU HD 732-241/yz

FPGA

RDM : TRPR- WDPE01167-2 Rev. 2 Draft 1,

SIEMENS Code: 440-133/04

Checksum: 00628216

svr: 1.5

MODEM

CONTROLLER

620-015/51

208Q1 09 Current

Boot

RDM : TRPR- WDPE01167-2 Rev. 3 Draft 2,


Checksum: 0063E4BDsvr: 1.7

523-412/09

205Q2 15

RDM : TRPR- WDPE05196-1 Rev. 1 Draft 14

SIEMENS Code : 448-019/89

Checksum: 66AD327F

svr: boot 1.7a ( appl.2.5, fpga 00.09)

523-412/09

206Q2 15

Rif.: TRPR- WDPE06200-1 Rev. 1 Draft 1


Checksum: 055573E4

svr: boot 1.7b (appl.2.5, fpga 00.09)

523-412/09

207Q4 18a



Checksum: 98914B3C

svr: boot 1.7b (appl. 2.6)

523-412/09

208Q4 19

TRPR- WDPE07017-1 Rev. 1 Draft 1


Checksum: 60D230B9

svr: boot 1.8a (appl.2.7, fpga 01.01)

523-412/09

209Q4 19

TRPR- WDPE07066-1 Rev. 1 Draft 1SIEMENS Code: 448-022/84

Checksum: 9B1E9576

svr: boot 1.8a (appl.2.8, fpga 01.02)

523-412/09

210Q4 19

TRPR- WDPE07123-1 Rev. 1 Draft 11


Checksum: 98D01776 svr: boot 1.8a (appl.2.9, fpga 01.02)

523-412/09

211Q4 19

Rif.: TRPR-WDPE08316-1 , Rev. 1 Draft 2

Codice SIEMENS: 448-023/84

Checksum: 83557DE8

Revisione software: boot 1.8a

appl.2.11.03

fpga 01.02

ODU HDe 732-241/23E

ODU HDe 732-241/38E

ODU HDe 732-241/18E

ODU HDe 732-241/38E Low

Power

ODU HDe 732-241/07E

ODU HDe 732-241/13E

ODU HDe 732-241/15E

ODU HDe 732-241/26E

ODU HDe 732-241/28E

ODU HDe 732-241/32E

523-413/33

211Q

4 02

Current

Rif.: TRPR-WDPE08316-1 , Rev. 1 Draft 2

Codice SIEMENS: 448-023/84

Checksum: 83557DE8

Revisione software: boot 1.8aappl.2.11.03

fpga 01.02

°°° yz= 38 or 38 Low Power or 28 or 26 or 23 or 18 or 15 or 13 or 8 or 7 or 32







Ed. Cover: 04

UNITSUNIT

CODE

SW

CODE

HW

Ver.

Comp.

Min.

edition

HW

Max.

edition

HW

Notes

ODU ND 732-251/yz

MODEM

523-410/29

201Q1 09 Current

FPGA


Code: 440-138/03

Checksum: 0082A297svr : 2.4

602-011/48

103Q

RF/IF 38GHz Tx High

602-011/48E

- 02 Current

602/011/38

103QRF/IF 38GHz Tx Low

602/011/38E

- 02 Current


Code: 448-100/34

Checksum: 5C1D9

svr : 1.3

RF/IF 23CGHz Tx High602-011/83 - 01 Current

RF/IF 23CGHz Tx Low602/011/82 - 01 Current


Code: 448-100/34

Checksum: 5C1D9

svr : 1.3

RF/IF 23GHz Tx High602-011/63 - 01 Current

RF/IF 23GHz Tx Low602/011/62 - 01 Current

svr : 1.3



svr : 1.3




Code: 448-100/34

Checksum: 5C1D9

svr : 1.3

RF/IF 15GHz Tx High 602-011/67 - 01 Current

RF/IF 15GHz Tx Low 602/011/66 - 01 CurrentSvr 1.0, 1.1 (MTI 1.16)

RF/IF 13GHz Tx High- 01 Current

RF/IF 13GHz Tx Low602/011/68

- 01 CurrentSvr 1.0, 1.1 (MTI 1.09)

RF/IF 26GHz Tx High - 01 Current


- 01 Current


Code: SIEMENS : 448-100/37

Checksum : NA

svr : 1.0

RF/IF 28GHz Tx High - 01 Current


- 01 Current

Rif. : TRPR-WDPE03106-1 Rev. 1 Draft 1

Code SIEMENS : 448-100/37

Checksum : NA

svr : 1.0

RF/IF 7 GHz Tx High - 01 Current

RF/IF 7 GHz Tx Low 602-011/94- 01 Current

svr: 1.0


Code SIEMENS : 448-100/43

Program file: checksum 1EC0

EEPROM data file: checksum C9FD

RF/IF 8 GHz Tx High - 01 Current

RF/IF 8 GHz Tx Low 602-011/95- 01 Current

svr: 1.0


Code SIEMENS : 448-100/43Program file: checksum 1EC0

EEPROM data file: checksum C9FD

°° yz= 38 or 28 or 26 or 23 or 23C or 18 or 15 or 13 or 8 or 7







Ed. Cover: 04

UNITSUNIT

CODE

SW

CODE

HW

Ver.

Comp.

Min.

edition

HW

Max.

edition

HW

Notes

ODU ND2 732-251/15E 602-012/44 202Q 2 10 Current Ref.: TRPR-WDPE08109-1 rev 1, Draft 1.

SIEMENS code: 448-023/85

Program file: checksum e827711e h

SW Version: 2.2

FPGA Revisione software: 00.05


Unit with firmwareon board.

Ref. : TRPR- WDPE07022-1 Rev. 1 Draft 1

SIEMENS code : 448-100/55

SW Version: 1.1




SW Version: 2.2






SW Version: 1.1



Program file: checksum e827711e hSW Version: 2.2






SW Version: 1.1




SW Version: 2.2






SW Version: 1.1







Ed. Cover: 04

5.3 MAINTENANCE TOOLS COMPATIBILITY

SOFTWARE CODE Ext SWSOFTWARE

MEDIANOTES

Maintenance

Tools559-014/98448-022/07

0.2.2 N.A.TRPR-WDPE04118-1 Rev 3 Draft 1

Boot Upgrader to 2.2 version

5.4 LINK-VIEWER COMPOSITION

LinkViewer

Components SVR File CODE RDM code SW GROUP

Code

Engine 7.0 448-023/13TRPR-WDSM07207-1

Rev. 1 Draft 15

Plug-in 1.17 448-024/26TRPR-WDSM08200-1

Rev 1 Draft 4

Help on Line 7.0 448-023/48TRPR-WDSM08333-1

Rev. 1 Draft 2

559-018/33

5.5 UNIVERSAL LCT COMPATIBILITY

Universal LCT version 7.0 is the minimum version supporting svr 3.10. All detailed informations related to

Universal LCT composition are reported in the relevant System Release Note.







Ed. Cover: 04

5.6 TABLE GROUPS COMPOSITION

(*) Table Groups 732-101/61x and 732-101/62x

Code Description Controller code

732-101/61A E1 Not Protected – SUB D

732-101/61B E1 Not Protected – Coax

732-101/61N E1 Not Protected – Lemo

732-101/61C E1 Protected – SUB D

732-101/61D E1 Protected – Coax

732-101/61P E1 Protected – Lemo

634-001/73

732-101/61R E1 Not Protected – SUB D

732-101/61T E1 Not Protected – Coax

732-101/61W E1 Not Protected – Lemo

732-101/61S E1 Protected – SUB D

732-101/61V E1 Protected – Coax

732-101/61Z E1 Protected – Lemo

732-101/61G T1 Not Protected – SUB D

732-101/61H T1 Protected – SUB D732-101/61E E3 Not Protected – Coax

732-101/61F E3 Protected – Coax

732-101/61L Data Not Protected – Coax

732-101/61M Data Protected – Coax

732-101/62A 32xE1 Not Protected MiniRJ21

732-101/62B 32xE1 Protected MiniRJ21

634-001/74

732-101/62C 16xE1 +Eth Not Protected MiniRJ21

732-101/62D 16xE1 +Eth Protected MiniRJ21634-001/83







Ed. Cover: 04

6 IDU BOOT SW UPGRADE PROCEDURE

IDU BOOT SW upgrader code 559-014/98 contains the file “application.pec”. To upgrade the IDU

BOOT SW to version 2.2:

1. download via FTP the file “application.pec” on stand-by bank

2. switch the banks: the IDU resets and boots with the new BOOT SW 2.2

Note that:

• embedded software on stand-by bank is cleared by IDU BOOT SW upgrader and automatically

replaced with the embedded software contained into the active bank;

• no traffic payload is lost during upgrader procedure;

• do not turn off/on the radio unit during upgrade procedure.

7 REMOTE UPGRADE 3.4 3.5/3.6/3.7.1/3.8/3.9/3.10 GUIDE-LINES IN SRAL

NETWORKS

One of the feature that SVR 3.5/3.6/3.7/3.8/3.9/3.10 introduce is a new controller card with code 634-

001/74 or /83. These cards provide the V-BUS interface RS-485 compatible with the SRAL equipment.

This interface leads to have best integration into the SRAL network already implemented without use F-

interface solutions. The new controller is compatible with the SVR 3.4 but to manage the new V-BUS

interface the SVR 3.5/3.6/3.7/3.8/3.9/3.10 is required.

In case of interworking with SRAL via F interface, a remote upgrading from SVR 3.4 to SVR

3.5/3.6/3.7/3.8/3.9/3.10 was defined. It’s important to remind that the software upgrading can be

performed from remote NMS Server only if:

• the hardware swapping of controller card has been already performed

• the connections has been made cabling both F and V-BUS cables.

Remote upgrade guide-lines:

1. download via FTP the sw 3.5/3.6/3.7/3.8/3.9/3.10 on the stand-by bank of the NE

2. perform the bank switch

3. wait until the NE is up on the NMS map

4. copy main bank software to stand-by bank

5. enable V-BUS interface


7. change the IP address (IP SRAL + 1) of the SRAL XD with a new one available ( the new IP

address must belong to same subnet of SRAL equipment and must be in compliance with the IP

addressing network planning )8. wait until the NE is up on the NMS map

9. change the setting of F interface from IP to IP SRAL disable


The entire remote upgrade requires 4 controller resets conresponding to the steps (2), (5), (7) and (9) of

the above procedure.







Ed. Cover: 04

8 HANDBOOKS

CD Collection (*) 935-024/0903A0A

(*): CD containing the following four handbooks (EQ. UMN / EQ. OMN / LCT OMN/ EOW UMN)

EQUIPMENT USER MANUAL (UMN) SVR 3.10 911-380/0xC0000

issue 14, 04/08

EQUIPMENT OPERATOR MANUAL (OMN) SVR 3.10 911-380/0xA03A0

issue 1, 6/08

LCT 7.0 OPERATOR MANUAL (OMN) 911-360/0xA0700

issue 1, 1/08

USER MANUAL ( UMN ) EOW 911-409/0xC0000

issue 3, 09/07







Ed. Cover: 04

9 LIMITATIONS PRESENT IN THIS RELEASE

The following list details the problems present in SRAL XD release 3.10.4.

REA Medium Description Note / operator hint

REAsr00022920TrunkXConfigurationMismatch

attivo erroneamente

In system type 1+1 (both), when BB1 or BB2 is extracted, sometimes anerroneous “Trunk 1 Configuration Mismatch” alarm (severity CRITICAL)becomes active when changing “Trunk 1 Cross-Conn Config”. Same effect forthe “Trunk 2”. The alarm may arise also in the remote station.

The suggestion is not to change the configuration when the BB is extracted. Awork-around is to change the configuration again.Ethernet payload is not correctly transported by the other BB.

REAsr00022917

Eventi di bit errors su flussi E1a seguito di live insertionsubunita' controllore con BB2on line

Problem may happen with probability of occurrence ≅ 20%, never causingpattern loss on outgoing E1 tributaries

REAsr00022915Problemi nel copy&paste diVLAN DB

−

REAsr00022894FERF attivo senza perdita ditraffico

Malfunction may happen in 1+1 HSBY systems with the 32xE1 BB when BB1is extracted for maintenance purpose. Improper alarm activation does notaffect payload in any case.

REAsr00022879Blocco Modulazione Dinamicain 4 QAM.

Enable/disabile dynamic modulation in case of permanent modulation lock at4QAM. Very rare phenomena.

REAsr00022818Comportamenti non corretticon partenza a freddo (-5C) su

LAN e GbEth

−

REAsr00022816

GbEth: High Level SWSpecification non semprerispettate per ingress ratelimitation

−

REAsr00022808Contatori non funzionano contraffico running

When the payload is running, the “Start Counters” and “Stop Counters”commands of port X (LAN1, LAN2, LAN3, GbEth, Trunk 1 and Trunk 2) don’tstart/stop all the port counters at the same time. So that the number of framesin the Unicast/Broadcast/Multicast counters doesn’t match the number offrames divided per length. The number of bytes reported by Ethernet countersmay be affected by some errors.

REAsr00022806

Dynamic Mod.: attivazioneallarmi ODU I2C Fail / BB: Tx

Alarm / HW Protection

Required per fading

In case of deep fading with dynamic modulation working some unexpectedalarms may be detected in alarm list. Malfunction is more likely to happen withHDe ODUs rather than with HD ODUs

REAsr00022656Impossibile impostareLaserRestart=manual oLaserRestart=manualfortest

−

REAsr00022507

Timed Sw download per ODUHD: errata attivazione allarmiLast Operation Fail / Not onLine slave

Hint: Alarm disappears at the end of controller reset

REAsr00022471

RaccoltaCommissioning_Long PM inmodalita’ From_Start_Timeerrata

−







Ed. Cover: 04

REA Low Description Note / operator hint

REAsr00023263SRAL XD Plugin 1.17:Unproper visualization ofWarning Message

-

REAsr00022931Forwardig Mode ePortDbConnection

-

REAsr00022904BackToBack non a specificaper alcune lunghezze di trama

−

REAsr00022510

Ethernet Counters:campo

Filtered non viene azzerratodopo il reset dei contatoriEthernet

−

Known issues for SVR 3.10 SU1:

• Limitation for the use of the ATPC Booster feature in conjuction with Dynamic Modulation and

ATPC Operation for ODU HDe 15 GHz and 13 GHz: after the SVR upgrade of the NE, the P_Tx

Boost and the Boost alarm display will not work when the first deep fading event occurs on the radio

link. After a first stimulation of the Dynamic Modulation feature (jump of modulation from

Enhanced Mode to Normal and viceversa due to fading wells), the ATPC Boost will work properly.

Such behaviour cannot be further improved.

The following REAs are planned to be solved in SVR 3.10 SU2 (to be scheduled). They all refer to IDU

Plug-in Data Access 8xE1 + Ethernet version.

REA Planned Description Note / operator hint

REAsr00022754 Blocco traffico Eth Relevant to Data access 8xE1 + Eth

REAsr00022753 Code WFQ Relevant to Data access 8xE1 + Eth

REAsr00022752 Pacchetti errorati FCS Relevant to Data access 8xE1 + Eth






Date : 2008 12 16 15:51:55 S stem Release Notes SRAL XD SVR 3 10 SU1 /25

10 HINTS ON PROCEDURES

This paragraph describes some problems that are not limitations of the product as such, however, they should

be mentioned to smooth Maintenance and NMS Operations.

• BB/Unit Replacement

In case of subunits hardware faults of BaseBand 16xE1, it’s recommended to temporary disable Dynamic

Modulation on both terminals of the radio hop before starting maintenance procedures.

This approach is suggested in order to speed up traffic recovery and/or alarms restore.

• Controller reset with Local and Remote Loopbacks

When, for maintenance purposes, a local or remote loopback on E1 tributary is applied with Dynamic

Modulation enabled, it’s then preferable not to execute a controller reset (or operations that implies a controller

reset). In fact, after controller restart, the real status of loopbacks may not be properly displayed on LCT/NV.

Manual disabling of local/remote loopbacks is therefore recommended at the end of maintenance operations.

• Controller Subunit Fault with Dynamic Modulation enabled

Under the condition:

o Dynamic Modulation Enabled

o Hardware failure affecting controller subunit

management channel (R-channel) goes down causing possible malfunctions of Dynamic Modulation. In this

case, it’s suggested to disable Dynamic Modulation on the remote station.

• ODU replacement with dynamic modulation enabled

It is strongly recommended to temporarily disable Dynamic Modulation when replacing a faulty Outdoor Unit

or at the first installation as well. In case of ODU parameters loss after ODU replacement Memory key has to

be substituted with a new one if Dynamic Modulation was enabled.

• Memory key replacement with spare memory key coming from a system which had dynamic

modulation enabled

When a Memory key is extracted from a IDU plug-in 16xE1 with Dynamic Modulation enabled, that Memory

key can not be reused in any other SRAL XD IDU plug-in where Dynamic Modulation is not supported (i.e.

IDU 32xE1) or not enabled. Otherwise manual change of bit rate / modulation format via LCT can not be

performed.

• Dynamic Modulation and boost functionalitiies are available for RF bands: 13 / 15 / 18 / 23 / 26 / 28 / 32

/ 38 GHz and not for RF bands below 13 GHz.

• Traffic load balancing between different ports in SRAL XD 3.10 indoor unit When the equipment is configured with GbEth Access Card and no prorities are selected (port / 802.1x /

VLAN), the output on different physical LAN ports may be unbalanced. Such behavior is present with both

10Mb/s and 100Mb/s interfaces, but it is not in conflict with internal design specifications. No corrective actions can be done at the moment to change that performance.

• V-BUS and LAN interfaces are mutually exclusive.

• Interworking with SRAL via F interface requires the rate setting to 19200 b/s on F interface.

• Connection with SRAL via F interface is a very slow connection (19,2Kb/s) and cannot be used to

manage more than 3 radio links.

• Interworking with SRAL via F interface in the same IP subnet requires the disabling of LAN and V-

BUS interfaces.

• Interworking with SRAL via F interface requires to upgrade the IDU BOOT software to version 2.0 or

greater.

svr 3 10 4 system release notes

Documents