Vodafone NZ LTE BTS Commissioning & Integration V3

7/26/2019 Vodafone NZ LTE BTS Commissioning & Integration V3

1/61

1 Noki a Siemens Networks 2013

LTE BTS Comm issioning & Integration P

Speed III

v3.0

Vodafone NZ

08 Febru ary 2013

Irwan Rad ius / v3.0 / 08.02.2013


2/61


Document History

Date Version Au tho r Change Notes

7 January 2013 0.0 Irwan Radius Draft Version for Review

11 January 2013 1.0Irwan Radius

Clare LoganOfficial Version After Feedbacks Rev

15 January 2013 2.0 Irwan RadiusUpdate Connecting Diagram for LTE

RxDiversity Sharing Configuration

08 February 2013 3.0 Irwan Radius

Add Connecting Diagram XIII for LT

nonMIMO nonRF Sharing ConfiguratUpdate on the eNB and cell naming

Irwan Rad ius / v3.0 / 08.02.2013


3/61


This document provides a guideline to :

perform LTE BTS commissioning & integration.create the commissioning file for LTE BTS.

This guideline is prepared for Speed III LTE rollout.

This guideline is based on SW release RL30.

General Info

Irwan Rad ius / v3.0 / 08.02.2013


4/61


1) Connect & Login to BTS

2) Update New SW to BTS

3) Select Commissioning Template

4) Modify Commissioning Template to Create Commissioning File for

5) Send Parameters to BTS & Reset

6) Antenna Sweep & Auto-detection of MHA

7) Modify Antenna Line Settings

8) Set PCI, RACH Root Sequence, & TAC to Final Value

9) Re-send Parameters to BTS, Unlock, & Reset

10)Verify BTS State & Check Alarms

Summary of Procedure

I. Object Creation for LTE Site in NetAct (1)

II. LTE BTS Commissioning & Integration

1Explained in a separate document.Irwan Rad ius / v3.0 / 08.02.2013


5/615 Noki a Siemens Networks 2013

LTE BTS Commissioning & Integrat

- Connect & Login to BTS Site- Update New SW to BTS Site

- Select Commissioning Template

Irwan Rad ius / v3.0 / 08.02.2013


6/616 Noki a Siemens Networks 2013 Irwan Radius / v3.0 / 08.02.2013

Login to the BTS using BTS Site Manager.

User name : Nemuadmin

Password : nemuuser

Accept the scertificate.

Login to BTS Using BTS Site Manager

Note :

Select and use the right version of BTS SiteManager which is compatible with the SW

package of the LTE BTS.

E.g. for BTS SW package release versionLN3.0_ENB_1103_772_11, use BTS SiteManager version 3.0.1203.


7/617 Noki a Siemens Networks 2013

Update New SW to BTS

Update new SW to the Bnew SW into use. The copackage are defined in aTargetBD.xmlor SW packa

SW update takes appminutes to complete.

Irwan Rad ius / v3.0 / 08.02.2013


8/61

8 Noki a Siemens Networks 2013 Irwan Radius / v3.0 / 08.02.2013

Locate & Select the Commissioning Template

- Template -

Select this if you are commissioning file as a tempthe parameters to be used in

You can change the parathrough the Wizard pages.

Select the right templ

Currently, there are 8

ONLY USE THESE TECREATE OWN FROMINSTALL !


9/61



- Create LTE BTS Commissioning File

Irwan Rad ius / v3.0 / 08.02.2013


10/61


HW Selection

Each template alreadselection.

Based on the informaSpec:

select the type of Sy

RF Module(s)

define the number of

required

1


11/61


Site Properties

2

2

2

3

3

4

4

5

Based on the information provTranspec, fill in the following field

Site Name, Location, & Descri

BTS ID

NTP Server IP address

Primary & Secondary DNS Se

2


12/61


Security

Leave the Security cit is now. No modification

Irwan Rad ius / v3.0 / 08.02.2013


13/61


Physical Layer Configuration Select the right PDH IntInterface based on the informTranspec.

Always select AutodetecInterface.

7

6

7

6


14/61


Ethernet Switching, Ethernet Link OAM, & Ethernet Service OAM

Leave the Ethernet Link Service OAMare now. No mod


15/61


IP Interfaces (1)

Based on the inthe Transpec, con

MTU size

VLAN ID and VLA(see next page)

8

8


16/61


IP Interfaces (2)

10

9

9

10

Irwan Rad ius / v3.0 / 08.02.2013

Q f S & O


17/61


Quality of Service & Timing Over Packet

Leave the Quality of Service andTiming over Packet configuration asthey are now. No modification isneeded.

Irwan Rad ius / v3.0 / 08.02.2013

A li ti Add


18/61


Application Address

12

UCS-plane11

M-plane

Based on the information proviselect the IP interface for :

User Plane (U)

Control Plane (C)

Management Plane (M/OAM)

Synchronication Plane (S)

RTT M t IP S it d S h i ti


19/61


RTT Measurement , IP Security, and Synchronization

Leave the RSecurity, anconfiguration asmodification is n

Ro ting


20/61


Routing

Based on the informTranspec, configure the s

S-GW

MME

OAM13

IP Filtering & Measurement Configuration


21/61


IP Filtering & Measurement Configuration

Leave the IP Filtering andMeasurement Configuration as theyare now. No modification is needed.

Irwan Rad ius / v3.0 / 08.02.2013

BTS Settings


22/61


BTS Settings

Select the correct Time Zone(GMT+12) NZ.

Select the correct SynchroBTS fault managementsynchronization (TDM/SyncE/To

Based on the information profill in the Module locations i.e. modules.

E.g. ELTOD / EATON cabinet , R

14

15

16

Irwan Rad ius / v3.0 / 08.02.2013

Concurrent Mode Settings (1) Non RF Sharing


23/61


Concurrent Mode Settings (1)Non RF Sharing

Based on the informthe RF Spec, configuMode Settingsof the BT

Non RF Sharing

17

17

Note :

Refer to Connecting XIII in the Appendix configuration.

Concurrent Mode Settings (2) RX Diversity Sharing (LTE1800 & GSM180


24/61


Concurrent Mode Settings (2)RX Diversity Sharing (LTE1800 & GSM180

RxDiv Sharing

17

Note :

Refer to Connecting in the Appendix for configuration.

Concurrent Mode Settings (3) RF Sharing (LTE1800 & GSM1800)


25/61


Concurrent Mode Settings (3)RF Sharing (LTE1800 & GSM1800)

17

RF Sharing

This is notsupported

current Srelease

Cell Resources (1) MIMO Site Based on the information prov


26/61


Cell Resources (1) MIMO Site Based on the information provDefine the number of cells un

Configure the the antenna lin

Set the MIMO settings.

- For MIMO site, MIMO type

Open Loop MIMO.

- For non-MIMO site, there isMIMO type (see next page)

Set the carrier power (for eac

21 20

18

18

21

20

19

(2) Depending on configuration type

Refer to Connecting Diagram no.

MIMO configuration.

19

Cell Resources (2) non-MIMO Site


27/61


Cell Resources (2) non MIMO Site

Non-MIMO site

18

2121

1

19

(2) Depending on configuration type.

Refer to Connecting Diagram no. VIIXII

non-MIMO configuration.

19

Irwan Rad ius / v3.0 / 08.02.2013

LTE Carriers


28/61


LTE Carriers

Based on the information pr

Spec, set the LTE Carriers

follow :

Downlink (TX) carriers.

- Bandwidth = 20 MHz

- EARFCN = 1800 (3)

Uplink (TX) carriers.

Corresponding uplink car

automatically set based o

carriers.

22

(3)

Subject to change after refarming.

Irwan Rad ius / v3.0 / 08.02.2013

Antenna Line Management & Antenna Line Settings


29/61


g g

Leave the AnManagement as it modification is needed.

Irwan Rad ius / v3.0 / 08.02.2013

Antenna Line Settings


30/61


g

Leave the Antenna Line Settingsas it isnow.

However, once antenna sweeps and auto-detect of MHA are done, Antenna Settingsand MHA Settings have to be updated.

Important !

For RxDiversity Sharing (LTEconfiguration, on each divefollowing parameters need to be

Additional Rx Gain : 29.0 dB

Total loss : -1.0 dB

The same value also has to

diversity branch on the GSM18

23

23

TMARET/RET & External Fault and Control Settings

Leave the


31/61


g Leave theAISG1.1 TMARSystem ModulControl SettingsExternal Fault athey are nowneeded.

Note :

VFNZ is using RCavailable for LTE.

External alarms wilthey are not available

Radio Network Configuration (1) - MRBTS


32/61


Under MRB

information provconfigure :

Multiradio fle

(mrbtsid)

24

24

Irwan Rad ius / v3.0 / 08.02.2013

Radio Network Configuration (2) - LNBTS Under MRB


33/61


information pro& RF Spec, con

Macro eNB

eNB name

26

26

25

Radio Network Configuration (3) ADIPNO


34/61


Under ADIP


Primary IP a27

Irwan Rad ius / v3.0 / 08.02.2013

Radio Network Configuration (4) SGW IP Address


35/61


Under GTP


SGW IP add

28

Irwan Rad ius / v3.0 / 08.02.2013

Radio Network Configuration (5.1) LNCEL


36/61


Under LNC

configure :LTE cell co

(lncellId)

Cell name

Physical lay

RACH root

Rank indica

Tracking ar

See next page

Irwan Rad ius / v3.0 / 08.02.2013



37/61


lncellIdis l nb ts Idwith 1, 2, 3 added to end for each cell.

Cell nameis eNB namewith 1LCL01, 2LCL02, 3LCL03 added to end for eac

Physical layer cellidentity (PCI) is based on the information provided by Optim

RACH root sequence is based on the information provided by Optimisation te

Tracking area code (TAC) is based on the information provided by Optimisatio

29

30

31

32

33

Irwan Rad ius / v1.0 / 11.01.2013

(4) In the BTS commissioning file template,PCI, RACH root s equen ce, andTACare set to dummy(temporary)

The f inal value is provided by Optimisation team and saved in a file located in the server under the following di

T:\LTE Parameters (or \\nasftc\LTE Parameters)

Immediately after the site is commissioned, commissioning engineer on the site will inform Config team, get th

RACH root sequenc e, and TAC of the site, and update them to the BTS accordingly.



38/61


The following parameters also need to be checked (in every cell) :

Administrative state

Rank indication reporting enable

For MIMO site, rank indication reporting enableis set to true.

However, for non-MIMO site, rank indication reporting enablehas to be set to

Administrative state of each cell should be set to locked.

Administrative state can be changed to unlocked only after :

antenna installation is finished and antenna settings are modified according

MHA installation and auto-detection are completed and MHA settings are m

PCI, RACH root sequence, and TAC are set to the final value

34

35

Irwan Rad ius / v3.0 / 08.02.2013

Summary of Parameters (1)


39/61


No Wizard PageParameter Name

(as appeared in the BTS Manager)Abbreviated Name

Managed

Object Class

1 HW Selection Radio Module - - Refer to RF Spec.

HW Selection System Module - - Refer to RF Spec.

2 Site Properties Name systemTitle FTM Refer to RF Spec.

Site Properties Location locationName FTM Refer to RF Spec.

Site Properties Description userLabel FTM Refer to RF Spec.

3 Site Properties BTS ID btsId IPNO Refer to Transpec.

4 Site Properties NTP Server ntpServers INTP Refer to Transpec.

5 Site Properties Primary DNS Server serverIpAddress IDNS Refer to Transpec.

Site Properties Secondary DNS Server serverIpAddress2 IDNS Refer to Transpec.

6 Physical Layer Configuration PDH Interface ID pdhPSTTPId PPTT Refer to Transpec.

7 Physical Layer Configuration Ethernet Interface ID ethLinkId ETHLK Refer to Transpec.

Speed and duplex speedAndDuplex ETHLK Set to "Autodetect".

8 IP Interfaces MTU Size mtu IEIF Refer to Transpec.

9 IP Interfaces VLAN ID vlanId IVIF Refer to Transpec.

10 IP Interfaces VLAN IP Address localIpAddr IVIF Refer to Transpec.

11 Application Address User Plane uPlaneIpAddress IPNO Refer to Transpec.

Application Address Control Plane cPlaneIpAddress IPNO Refer to Transpec.Application Address Synchronization Plane sPlaneIpAddress IPNO Refer to Transpec.

12 Application Address Management Plane mPlaneIpAddress IPNO Refer to Transpec.

13 Routing Destination destIpAddr IPRT Refer to Transpec.

Routing Netmask netmask IPRT Refer to Transpec.

Routing Gateway gateway IPRT Refer to Transpec.

14 BTS Settings Time Zone timeZone MRBTS Select "(GMT+12)NZ".

15 BTS Settings Synchronization sources for BTS faul t management tdmSyncInUse BTSSCL Select "Transmiss ion synchron

16 BTS Settings Module locations moduleLocation RMOD Refer to RF Spec.

Irwan Rad ius / v3.0 / 08.02.2013

Summary of Parameters (2)


40/61


No Wizard PageParameter Name

(as appeared in the BTS Manager)Abbreviated Name

Managed

Object Class

17 Concurrent Mode Settings RF sharing enabled rfSharingEnabled BTSSCL Refer to RF Spec & Connecting

Concurrent Mode Settings Radio module connections - - Refer to RF Spec & Connecting

18 Cell Resources Local cells lCellId LCELL Refer to RF Spec.

19 Cell Resources Antennas antlId LCELL Refer to RF Spec & Connecting

20 Cell Resources MIMO type dlMimoMode LNCEL Refer to RF Spec.

21 Cell Resources Power pMax LNCEL Refer to RF Spec.

22 LTE Carriers Bandwidth (DL) dlChBw LNCEL Refer to RF Spec.

LTE Carriers EARFCN (DL) earfcnDL LNCEL Set as "1800" (subject to chang

LTE Carriers Bandwidth (UL) ulChBw LNCEL Refer to RF Spec.

LTE Carriers EARFCN (UL) earfcnUL LNCEL Set as "1800" (subject to chang

23 Antenna Line Settings Additional Rx Gain additionalRxGain ANTLFor RxDiv Sharing configuratio

set to "29.0 dB".

Antenna Line Settings Total Loss antennaTotalLoss ANTLFor RxDiv Sharing configuratio

set to "-1.0 dB".

24 Radio Network Configuration Multiradio flexi BTS site identifier mrbtsId MRBTS Refer to Transpec.

25 Radio Network Configuration Macro eNB identifier lnbtsId LNBTS Refer to Transpec.

26 Radio Network Configuration eNB name enbName LNBTS Refer to RF Spec.27 Radio Network Configuration Primary IP address of main MME mmeIpAddrPrim ADIPNO Refer to Transpec.

28 Radio Network Configuration SGW IP address sgwIpAddress GTPU Refer to Transpec.

29 Radio Network Configuration LTE cell configuration identifier lnCelId LNCEL Equal to lnbtsId with "1","2","3

30 Radio Network Configuration Cell name cellName LNCELEqual to eNBname with "1LCL0

for each cell.

31 Radio Network Configuration Physical layer cell identity phyCellId LNCEL Provided by Optimisation Team

32 Radio Network Configuration RACH root sequence rootSeqIndex LNCEL Provided by Optimisation Team

33 Radio Network Configuration Tracking area code tac LNCEL Provided by Optimisation Team

34 Radio Network Configuration Administrative state administrativeState LNCEL Set to "locked".

35 Radio Network Configuration Rank indication reporting enable riEnable LNCELFor MIMO: set to "true".

For non-MIMO: set to "false ".


41/61



- Send Parameters to BTS & Reset

Irwan Rad ius / v3.0 / 08.02.2013

Send the Commissioning Parameters to BTS


42/61


Click Send Param

commissioning paramet

Note that once the Senis clicked, the process c


43/61



- Modify Antenna Line Settings

Irwan Rad ius / v3.0 / 08.02.2013

Modify Antenna Line Settings


44/61


After antenna sweep and auto-detection of MHA :

check thatAntenna Line ManagementandAISG MHA Settings have been automatically updated.

add additional data i.e. Installation date, BTS ID, andSector ID inAISG MHA Settings

modifyAntenna Line Settings accordingly (e.g. total loss).

Irwan Rad ius / v3.0 / 08.02.2013


45/61



- Verify BTS State & Check Alarms

Irwan Rad ius / v3.0 / 08.02.2013

Verify BTS State After Integration & Check Alarms


46/61


Once integrated,state should showTRS operational TRScommission

Once communicwith iOMS, OAM OAMconnected

If GTP-U supecheck to make suGTP-U Path Failu

the connection to S

Check to make S1 SCTP Path Faithe connection to M


47/61


Appendix :Connecting Diagram

Irwan Rad ius / v3.0 / 08.02.2013

List of Connecting Diagram


48/61


No. # Sector MIMO LTE BW Concurrent ModeRRH

Deployment

LTE 1800 GSM

# FSME # FXEA # ESMB

I 1 Yes 20 MHz Non-RF Sharing No 1 1 -

II 2 Yes 20 MHz Non-RF Sharing No 1 2 -

III 3 Yes 20 MHz Non-RF Sharing No 1 2 -

IV 1 Yes 20 MHz Non-RF Sharing Yes 1 1 -

V 2 Yes 20 MHz Non-RF Sharing Yes 1 2 -

VI 3 Yes 20 MHz Non-RF Sharing Yes 1 3 -

VII 1 No 20 MHz RxDiversity Sharing No 1 1 1

VIII 2 No 20 MHz RxDiversity Sharing No 1 1 1

IX 3 No 20 MHz RxDiversity Sharing No 1 1 1

X 1 No 20 MHz RxDiversity Sharing Yes 1 1 1

XI 2 No 20 MHz RxDiversity Sharing Yes 1 2 1

XII 3 No 20 MHz RxDiversity Sharing Yes 1 3 1

XIII 3 No 20 MHz Non-RF Sharing No 1 1 -

Irwan Rad ius / v3.0 / 08.02.2013

Connecting Diagram ILTE MIMO BW 20 MHz


49/61


LTE MIMO, BW 20 MHz1-Sector(G Type)

F

X

E

A

F

S

M

E

LTE 1800

TTxRxTxRx

Rx Rx Rx

Connecting Diagram IILTE MIMO, BW 20 MHz


50/61


LTE MIMO, BW 20 MHz2-Sector(H Type)

F

S

M

E

LTE 1800

F

X

E

A

F

X

E

A

2-port antenna

TTxRxTxRx

TTxRxTxRx

Rx Rx Rx

Rx Rx Rx

Connecting Diagram IIILTE MIMO, BW 20 MHz


51/61


LTE MIMO, BW 20 MHz3-Sector(H Type)

F

S

M

E

LTE 1800

F

X

E

A

F

X

E

A

2-port antenna2-port antenna

TTxRxTxRx

TTxRxTxRx

Rx Rx Rx

Rx Rx Rx

Connecting Diagram IVLTE MIMO, BW 20 MHz


52/61


,1-SectorRRH Deployment(G Type)

F

S

M

E

LTE 1800

F

X

E

A

TxTxRx

Rx Rx

Connecting Diagram VLTE MIMO, BW 20 MHz


53/61



F

S

M

E

LTE 1800

F

X

E

A

F

X

E

A

Tx

Tx

TxRx

TxRx

Rx Rx

Rx Rx

Connecting Diagram VILTE MIMO, BW 20 MHz


54/61



F

S

M

E

LTE 1800

F

X

EA

F

X

E

A

F

X

E

A

Tx

Tx

TxTxRx

TxRx

TxRx

Rx Rx

Rx Rx

Rx Rx

Connecting Diagram VIILTE-GSM RxDiversity Sharing, non-MIMO, BW 20 MHz

On each divers

the following pa

Additional Rx

Total loss


55/61


y g1-Sector(A Type)

F

S

M

E

LTE 1800

GSM 1800

F

X

E

A

E

S

M

B

F

X

E

A

TTxRxTxRx

Rx Rx Rx

TTxRxTxRx

Rx Rx Rx

R

RRxOutRxOut

RxOutRxOut

Connecting Diagram VIIILTE-GSM RxDiversity Sharing, non-MIMO, BW 20 MHz

On each divers

the following pa

Additional Rx

Total loss


56/61


2-Sector(A Type)

F

S

M

E

LTE 1800

GSM 1800

F

X

E

A

E

S

M

B

F

X

E

A

TTxRxTxRx

Rx Rx Rx

TTxRxTxRx

Rx Rx Rx

R

RxOutRxOut

RxOutRxOut

2-port antenna

R

Connecting Diagram IXLTE-GSM RxDiversity Sharing, non-MIMO, BW 20 MHz

On each divers

the following pa

Additional Rx

Total loss


57/61


3-Sector(A Type)

F

S

M

E

LTE 1800

GSM 1800

F

X

E

A

E

S

M

B

F

X

E

A

TTxRxTxRx

Rx Rx Rx

TTxRxTxRx

Rx Rx Rx

R

RxOutRxOut

RxOutRxOut


R

Connecting Diagram XLTE-GSM RxDiversity Sharing, non-MIMO, BW 20 MHz1 S t

On each divers

the following pa

Additional Rx

Total loss


58/61


1-SectorRRH Deployment(A Type)

F

S

M

E

LTE 1800

GSM 1800

E

S

M

B

F

X

E

A

F

X

E

A

TxTxRx

TxTxRx

Rx Rx

Connecting Diagram XILTE-GSM RxDiversity Sharing, non-MIMO, BW 20 MHz2 S t

On each divers

the following pa

Additional Rx

Total loss


59/61



F

S

M

E

LTE 1800

GSM 1800

E

S

M

BF

X

E

A

F

X

E

A

F

X

E

A

F

X

E

A

TxTxRx

TxTxRx

TxTxRx

Rx Rx

Rx Rx

TxTxRx

Connecting Diagram XIILTE-GSM RxDiversity Sharing, non-MIMO, BW 20 MHz3 S t

R Rx

On each divers

the following pa

Additional Rx

Total loss


60/61



F

S

M

E

LTE 1800

GSM 1800

E

S

M

B

F

X

E

A

F

X

E

A

F

X

E

A

F

X

E

A

F

X

E

A

F

X

E

A

Tx

Tx

TxTxRx

TxRx

TxRx

Tx

Tx

TxTxRx

TxRx

TxRx

Rx Rx

Rx Rx

Rx Rx

Rx Rx

Rx Rx

Rx Rx

Connecting Diagram XIIILTE non-MIMO, BW 20 MHz3 Sector


61/61


3-Sector(A Type)

F

S

M

E

LTE 1800

2-

F

X

E

A


TTxRxTxRx

Rx RxRx

Documents

Vodafone NZ LTE BTS Commissioning & Integration V3