mop-baseband-integration

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MOP BASEBAND INTEGRATION XL PROJECT

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Contents
1. Scope 1
2. Revision history 1
3. Software features and tools 2
4. Configuration & procedure 3
5. Procedure 4
6. Concluding routines 5
7. References 6

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1 Scope
This document describes method of procedure (MoP) how to commissioning & integration
baseband 521x to OSS RC, RNC, BSC,
2 Revision History
Revision Comment Author Date
PA 1 Initial draft ESETARI 2017/4/17
3 Prerequisites
3.1 Tools
1. Web Browser (recommended use IE)
2. Latest Moshell or minimum moshell 17.0c
3. RJ-45 LAN Cable straigh
4. SFTP aplication
3.2 Software
17A SW : CXP9024418/5_R18BJ
3.3 Hardware
o RBS Type: RBS 6000 Family (RBS 6601,6320,6120)
o Baseband:
o BB5216
o BB5212
o BSC HC/ EVO Controller
o TCU/SIU
o RU/RUS/RRUS/R2219/R2217

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4 Configuration
4.1 Type of Configuration existing site (mixedmode)
4.1.1 LTE 1800 + U900 (BB 5216) mixedmode radio with existing G900 (DUG) and
DCS1800 (DUG)

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4.1.2 W2100 + U900 (BB5216) mixedmode radio with existing G900 (DUG)
4.1.3 LTE 1800 (BB 5212) mixed mode with existing G1800 (DUG)

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4.1.4 U900 (BB 5216) mixed mode with GSM 900 (DUG)
4.1.5 U2100 (BB 5216)

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4.1.6 U2100 + LTE 1800 (BB 5216) mixed mode with G1800 (DUG)

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4.2 Type of Configuration new site
4.2.1 W2100 + U900 (BB 5216)
4.2.2 W2100 + U900 + LTE 1800 (BB 5216) cascade RU solution

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4.2.3 W2100 (BB 5216)
4.2.4 LTE 1800 + W2100 (BB 5216)

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4.3 Baseband combination to other RU config
Baseband_RU_com
bination.pptx
5 New NE Procedure
5.1 Flow Chart
5.2 Preparation
This phase describes the activities that should be performed before the execution of the RBS..
5.2.1 Hardware Installation
Make sure all hardware installed properly following standard installation on the MOP.
5.2.2 ATND CDD CDR
IP (ATND) & Radio (CDD) configuration data must be provided

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Example :
ATND Jomin Barat
scenario 3.1 PA2.xlsx
ATND Jomin Barat
scenario 3.2 PA2.xlsx
5.2.3 Prepare integration script
To generate the integration scripts is used the Internal tool (Ericsson – PCI tool). The
scripts will be provided by GSC Team, generated via PCI Tools. Download the scripts
from PCI server. The scripts must be contained of below files.
 RBS Summary File
 Site Basic File
 Site Equipment File
 Transport Network File
 Radio Network File
Example configuration script :
5.3 Commissioning (onsite)
5.3.1 Powering up RBS
If the RBS is not already switched on, do the following:
1. Make sure the power supply is available, tested, and approved for supplying the RBS with
power.
2. Switch on the power supply to the RBS
5.3.2 Check RBS status
To verify that the RBS is ready for integration, do the following:
On digital units and radio units, check that the green power indicators are on
5.3.3 Tools preparation& baseband commissioning
Do baseband commissioning using smart laptop or manual
Workshop
Baseband 5212.pptx
Method of
Procedure Baseband 5216 Integration using Smart Laptop.docx
5.4 Integration
Call GSC /TAC to configure in BSC/RNC/OSS side
5.4.1 RNC Integration
RNC integration and scripting are same as G1 node (DUW)
a. Create utrancell
b. Create Iublink

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c. Create relation
3453817G_3G_TESBED_KARAWANG_RNBKS07.rar 00_Iublink.rar
5.4.2 OSS Integration
MOP BASEBAND
INTEGRATION-OSS-RC XL PROJECT.docx
5.4.3 License Key File Installation
5.4.3.1 Install LKF File Using OSS-RC SHM GUI
Just for this phase 1 procedure, this is a post-integration activity. As the integration unlock
only is valid for a limit number of days, a proper set of licenses, License Key File (LKF)
need to be ordered and installed for the node. This step will also confirm that proper
license considerations made were correct. The maintained performance and no resource
alarms should confirm the success of this step.
Prerequisite for the following steps is that the ordered LKF(s) has been received and has
been stored by the user at defined directory location on OSS-RC user account file system.
Note that the stored license file is a zip file that contain at least one License Data File
(LDF) and one LKF to be imported. For more details, see reference Error: Reference
source not found.
1. Import License Key File
Open OSS Explorer (Launch -> Application -> Ericsson -> ),
Start SHM GUI (Tools -> Hardware and Software Inventory –> Software
Hardware Management -> ).
Select the License tab on top of SHM GUI.
Click on the Import button at right of the License tab view.
In the “Import new License Key File” dialog box, click Browse. Select the
LKF zip file from chosen location.
Enter a short description and click Import. The new license key files will be
listed under License tab view when imported to OSS-RC server SMRS.

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Note that when the fingerprint present in LKF zip file matches with the
fingerprint of any added node in the OSS-RC server, then ME name will
be updated under Managed Element column in License tab GUI
accordingly. Otherwise empty value will be displayed under that column
with imported license key file details

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2. Install Imported License Key File on the Node
Select the License tab on top of SHM GUI, if not already selected.
Select the LKF row under License tab view with node name present on
”Managed Element” column or search for the node in left side panel and
select the node name in left side panel result list.
Click on the Install button at right of the License tab view. Note that Install
button is enabled when node name for imported LKF is selected.
In the “Confirmation” dialog box, click Yes to proceed if status is as
expected (no errors shown).
In the next “Scheduler” dialog box, click “Start Immediately” and “Start
Install”. This schedules a “Install License” job.
Select the Job tab on top of SHM GUI to check the progress of the job.
Once the install is successful on the node SHM will update the “Current
License” column as TRUE under License tab view.
Check status on the node after installed LKF file
Launch EMCLI for selected node from OSS Common Explorer or start AMOS from
opened OSS terminal window. Perform the following first EMCLI/AMOS commands.
> lt all
> alt
At this stage there should not be any licensing related alarms.
Verify the RAN traffic status by the commands according to chapter 5.8.1

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5.4.4 Setting primary secondary
Always set baseband to be primary node
Port A Used by Port B Used by
A1 SCU (EC A) B1 DU-1/ Baseband-1
A2 PDU-1 B2 PDU-2
A3 PSU-1/DU-6(1)
/Baseband T503 B3 PSU-2
A4 PSU-3 B4 PSU-4
A5 DU-2/ Baseband-2/ Baseband
T503
B5 BFU
A6 DU-3/ Baseband-3/ Baseband
T503
B6 PSU-5
A7 DU-4/ Baseband-4/ Baseband
T503
B7 PDU-3
A8 PDU-4 B8 CLU

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1. Set support system control to be true
2. Define Baseband ecport
Command : set Equipment=1,FieldReplaceableUnit=1,EcPort=1 hubPosition B1
3. Define external node & Ecport

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4. Define ecport each of externalnode
5.4.5 Setting eksternal alarm
5.4.6 Define Node Group Sync (sync between DU-Baseband)
1. Define NGS in baseband

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NodeGroupSyncMe
mber_LTE_BB.mos
2. Define NGS in DUG
idb_OL1800.dbb idb_UL900.dbb
5.4.7 Define RET baseband (if needed)
Before Create RET, Must be Create RfPort=R at RRU
TSR_Create_RET_BA
SEBAND.mos
5.5 Troubleshooting
 Transport Check
Cek default gateway for each inteface baik OAM and/or traffic
hget Dst=1,NextHop=1 address
==========================================================================
MO address
==========================================================================
Router=vr_OAM,RouteTableIPv4Static=1,Dst=1,NextHop=1 XX.XX.XX.XX
Router=vr_Traffic3G,RouteTableIPv4Static=1,Dst=1,NextHop=1 YY.YY.YY.YY
==========================================================================
Total: 2 MOs
Test ping OAM
mcc Router=vr_OAM ping XX.XX.XX.XX --count 5
Test Ping Traffic
mcc Router=vr_Traffic3G ping YY.YY.YY.YY --count 5

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 Hardware and connection cable check
 st FieldReplaceableUnit=
 Verifikasi Sector dan cell
 St SectorEquipmentFunction=
 lst LocalCell
5.6 Setting basic parameter
Run script basic parameter either on site or remotely
run /home/test123/Baseband/Basic_Optim.mos
5.7 Verification & Functionality test
5.7.1 Verification service and call test
This step should be executed by OMC engineer, to verify that the integration was
performed with successful. So the OMC engineer must to check if exist MOs DISABLED
or LOCKED and Alarms after start the integration
l+
confb+
gs+
cvls
st cell
st sector
st ru
st router
st field
lst. Dis
st tma (only if they are present)
st ret (only if they are present)
st Synchronization
alt
hget fieldrep state|indi
hget fieldrep product
hget hwitem= product|serial
/lrat/ue print -bearer
gs-
confb-
l-
and do functionality test(test call) using SRS tool

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5.7.2 Primary and secondary status
5.7.3 External Alarm testing
Please doing external alarm testing with rectifier
5.7.4 NGS (node group sync) status

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5.7.5 RET status
5.7.6 Hardware and connection cable check
 st FieldReplaceableUnit=
5.7.7 Verification Sector and cell
 St SectorEquipmentFunction=
 lst LocalCell
6 Concluding routines
Before leaving the sites, ensure that the following action have been performs
1. Make sure no alarm appears at the RBS.
2. Save Log (K-get)
3. Tidy the site and leave it in the same condition as you found it.
4. Lock all doors to the site.
5. Report/contact Ericsson supervisor.
6. Report/contact Customer PIC.
7 References & Appendix
1. Upgrade Software Baseband
Upgrade Baseband
52xx via SHM OSS-RC_PA2.docx
Software Upgrade
BB 52xx via Moshell or AMOS OSS-RC.docx

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