03815_.pdf

GSM RAN EVO Controller 8200/BSC Operation and Configuration

Solution to Exercises

03815-LZU1089383 Rev A


DISCLAIMER This document is a training document and contains simplifications. Therefore, it must not be considered as a specification of the system. The contents of this document are subject to revision without notice due to ongoing progress in methodology, design and manufacturing. Ericsson shall have no liability for any error or damage of any kind resulting from the use of this document. This document is not intended to replace the technical documentation that was shipped with your system. Always refer to that technical documentation during operation and maintenance.

© Ericsson AB 2013 This document was produced by Ericsson. The document is to be used for training purposes only and it is

strictly prohibited to copy, reproduce, disclose or distribute it in any manner without the express written consent from Ericsson.

- 2 - © Ericsson AB 2013 03815-LZU1089383 Rev A


Exercise 1 SIGTRAN_Over CP

1. Configure Virtual Ethernet Interface : IHIFI:VIF=ETHA-51; IHIFI:VIF=ETHB-51; 2. Configure IP Interface for SIGTRAN : IHIFC:VIF=ETHA-51, ADD, IP=172.30.78.2,NETMASK=255.255.255.248, ARP=YES; IHIFC:VIF=ETHB-51, ADD, IP=172.30.78.9, NETMASK=255.255.255.248, ARP=YES 3. Router Path Supervision (RPS) IHRSI:VIFP=ETH-51, GW=172.30.78.1&172.30.78.8, PINGA=172.30.78.6, PINGB=172.30.78.14,IPMIGR=YES; IHRSP:VIFP=ETH-51; 4. Define Default Gateway IHRHC:VIF=ETHA-51, DEFGW=172.30.78.1, ADD, PREF=2; IHRHC:VIF=ETHB-51, DEFGW=172.30.78.8, ADD, PREF=1;

03815-LZU1089383 Rev A © Ericsson AB 2013 - 3 -


5. Create SCTP End Point :

IHBII:LIP=“172.30.78.2 & “172.30.78.9", EPID=EP01, USER=M3UA,MODE=CLIENT, SCTPCP,LPN=3000;

6. Create SCTP Association : IHADI:SAID=EP01_EP02,EPID=EP01, RIP="10.1.1.2" & “10.1.2.2”,RPN=3002,SCTPCP;

7. SCTP Association State, Change :

IHASC:SAID= EP01_EP02, PROC=ESTB,USER=M3UA,SCTPCP;

8. M3UA, Association State, Change : M3ASC:SAID= EP01_EP02, PROC=ACT;

9. Create Own Signaling Point :

C7OPI: OWNSP=2-101, SPTYPE=SEP;

10. Change Signaling Point Name :

C7PNC: SP=2-101, SPID=BSC1;

11. Create Remote Signaling Point :

C7SPI: SP=2-109, NET=IP;

12. Change Remote Signaling Point Name :

C7PNC: SP=2-109, SPID=MSCS1;

13. M3UA, Routing Specification, Initiate :

M3RSI:DEST=2-109, SAID= EP01_EP02, PRIO=1;

14. M3UA, Routing Activation, Initiate :

M3RAI:DEST=2-109;

15. SCCP Network Signalling Point, Initiate

C7NPI: SP=2-109;

16. SCCP Network Subsystem Number, Initiate

C7NSI: SP=2-109, SSN=254



Exercise 2 : Configuration_ A-Interface over IP_ AGW.

1. Define the VRP_AGW:

It is similar to items 1, 2, 3, 4, 5 and 6 of the previous example ( Sigtran_Over CP).

2. Configuration User Plane:

Internal Gateway Definition

RRGWC:GW1=10.2.104.1;

RRGWC:GW2=10.2.105.1; RRGWP; AGW BOARD =0 (IPDEVNO=0) & AGW BOARD =1 (IPDEVNO=1)

RRIPI:IPADDR=10.2.104.7,MASK=255.255.254.0,IPDEVTYPE=RTIPAGW,G

W=GW1,IPDEVNO=0;

RRIPI:IPADDR=10.2.104.8,MASK=255.255.254.0,IPDEVTYPE=RTIPAGW,GW=GW1,IPDEVNO=1;

RRIPI:IPADDR=10.2.105.7,MASK=255.255.254.0,IPDEVTYPE=RTIPAGW,G

W=GW2,IPDEVNO=0;

RRIPI:IPADDR=10.2.105.8,MASK=255.255.254.0,IPDEVTYPE=RTIPAGW,GW=GW2,IPDEVNO=1;



RRIPP:IPADDR=ALL;

! AGW -;

RRIPI:IPDEVTYPE=RTIPAGW,IPADDR=10.87.37.35,MASK=255.255.255.224

,APPLSEL;

RRIPI:IPDEVTYPE=RTIPAGW,IPADDR=10.87.37.36,MASK=255.255.255.224,APPLSEL;

RRAPI:IPADDR=10.2.104.7, APL=IPS;




RRAPP:APL=IPS; Configure port;

rrppi:port=20000,apl=aip;

RRAPI:IPADDR=10.87.37.35,APL=AIP;

RRAPI:IPADDR=10.87.37.36,APL=AIP;

RRAPP:APL=AIP;



Exercise 3 : Configuration_ Abis-Interface over IP_ PGW.

1. Define the VRP_PGW:


IP Connectivity Configuration

› rripi:ipaddr=192.168.0.2ipdevtype=rtippgw, ipdevno=0,mask=255.255.255.0,gw=gw1;

› rripi:ipaddr=192.168.1.2,ipdevtype=rtippgw, ipdevno=0,mask=255.255.255.0,gw=gw2;



Configure IP Application

rrapi:apl=ips,ipaddr=192.168.0.2;






Configure IP Service

› ! Configure IP addresses for Abis over IP!

› rripi:ipaddr=172.30.74.3,ipdevtype=RTIPPGW,ipdevno=0,mask=255.255.255.192;



› ! Associate application with IP addresses!

› rrapi:apl=abi,ipaddr=172.30.74.3;




Exercise 4 : Configuration_ Gb-Interface over IP_

1. Define the VRP_GPH:


IP Connectivity Configuration

› rripi:ipaddr=192.168.0.66,ipdevtype=rtipgph, ipdevno=0,mask=255.255.255.0,gw=gw1;











Configure IP Service

› ! Configure IP addresses for Abis over IP!



› Configure IP Application

› ! Configure port;

› rrppi:port=45000,apl=gbi;

› ! Associate application with IP addresses;

› rrapi:apl=gbi,ipaddr=172.30.12.3;

› rrapi:apl=gbi,ipaddr=172.30.12.4;


› ! Associate application with IP addresses!





Exercise 5 : BSC NWI-E Configuration

1. Access the Switch

› User “Admin”

› Password “<enter>”

EVO 8200 BSC with NWI-E



2. VLAN Configuration for SR_Gb

– create vlan SR_Gb

– configure SR_Gb tag 300

– configure SR_Gb ipaddress 10.40.16.3/29

– configure SR_Gb add ports 12 tagged

5. VLAN Configuration for SR_Abis

– create vlan SR_Abis

– configure SR_Abis tag 200

– configure SR_Abis ipaddress 10.40.48.3/29

– configure SR_Abis add ports 13 tagged



6. VLAN Configuration for SR_SS7

– create vlan SR_SS7

– configure SR_SS7 tag 500

– configure SR_SS7 ipaddress 10.40.52.3/24

– configure SR_SS7 add ports 11 tagged

7. VLAN Configuration for SR_A_Userplane

– create vlan SR_A_userplane

– configure SR_A_userplane tag 800

– configure SR_A_userplane ipaddress 10.40.53.8/29

– configure SR_A_userplane add ports 11 tagged

8. VLAN Configuration for Intercon

– create vlan Intercon

– configure Intercon tag 15

– configure Intercon ipaddress 192.168.2.1/24

– configure Intercon add port 9 untagged

8. VLAN BSC_Inner Configuration

create vlan BSC_Inner

configure vlan BSC_Inner tag 30

configure vlan BSC_Inner add ports 1-8 untagged

configure vlan BSC_Inner ipaddress 192.168.0.1 255.255.254.0

enable ipforwarding vlan BSC_Inner

configure vlan BSC_Inner add secondary-ipaddress 10.213.92.162/29

configure vlan BSC_Inner add secondary-ipaddress 10.21.77.1/25



9. VLAN Configuration for SR_OM

create vlan SR_OM

configure vlan SR_OM tag 462

configure vlan SR_OM add ports 11 tagged

configure vlan SR_OM ipaddress 10.127.149.148 255.255.255.240

10. VLAN Configuration for LH_A

create vlan LH_A

configure vlan LH_A tag 46

configure vlan LH_A protocol p1

configure vlan LH_A add ports 1-8 untagged



Exercise 6 : Connection OF TG (MODEL G12 (RBS6000) TG Creation : RXMOI:MO=RXOTG-287,RSITE= , COMB=HYB,SWVER=B1305R061E, TMODE=SCM,SCGR=287 , SIGDEL= NORMAL; CF Creation: RXMOI:MO=RXOCF-287, TEI=62; RXMOC:MO=RXOCF-287, SIG=SCCONC; IS Creation : RXMOI:MO=RXOIS-287; CON Creation : RXMOI:MO=RXOCON-287,DCP=350&&581; TF Creation : RXMOI:MO=RXOTF-287, TFMODE=SA,SYNCSRC=DEFAULT; DP Creation : RXMOI:MO=RXODP-287-0, DEV=RXODPI-574; TRX Creation : RXMOI:MO=RXOTRX-287-0, TEI=0, DCP1=178, DCP2=179&&186,SIG=SCCONC,SC=0; RXMOI:MO=RXOTRX-287-1, TEI=1, DCP1=187, DCP2=188&&195,SIG=SCCONC,SC=0; RXMOI:MO=RXOTRX-287-2, TEI=2, DCP1=196, DCP2=197&&204,SIG=SCCONC,SC=0; RXMOI:MO=RXOTRX-287-3, TEI=3, DCP1=205, DCP2=206&&213,SIG=SCCONC,SC=0; OBS.: If the RBS that you are using in this exercise has more than 4 TRX´s, please continue the allocation. Connection of TRX TO CELL OBS.: In this point you have already created a cell. RXMOC:MO=RXOTRX-287-0, CELL=KISTA; RXMOC:MO=RXOTRX-287-1, CELL=KISTA; RXMOC:MO=RXOTRX-287-2, CELL=KISTA; RXMOC:MO=RXOTRX-287-3, CELL=KISTA TX Creation : RXMOI:MO=RXOTX-287-0,BAND=GSM900, MPWR=43; RXMOI:MO=RXOTX-287-1,BAND=GSM900, MPWR=43;



RXMOI:MO=RXOTX-287-2,BAND=GSM900, MPWR=43; RXMOI:MO=RXOTX-287-3,BAND=GSM900, MPWR=43; Connection of TX TO CELL OBS.: In this point you have already created a cell. RXMOC:MO=RXOTX-287-0, CELL=KISTA; RXMOC:MO=RXOTX-287-1, CELL=KISTA; RXMOC:MO=RXOTX-287-2, CELL=KISTA; RXMOC:MO=RXOTX-287-3, CELL=KISTA; RX Creation RXMOI:MO=RXORX-287-0, RXD=AB, BAND=GSM900; RXMOI:MO=RXORX-287-1, RXD=AB, BAND=GSM900; RXMOI:MO=RXORX-287-2, RXD=AB, BAND=GSM900; RXMOI:MO=RXORX-287-3, RXD=AB, BAND=GSM900; Time Slot Creation RXMOI:MO=RXOTS-287-0-0&&-7; RXMOI:MO=RXOTS-287-1-0&&-7; RXMOI:MO=RXOTS-287-2-0&&-7; RXMOI:MO=RXOTS-287-3-0&&-7; Connection of TG TO CELL OBS.: In this point you have already created a cell. RXTCI:MO=RXOTG-287,CELL= KISTA,CHGR=0; OBS.: If do you have one more channel group for this site, you need to connect to the TG RXTCI:MO=RXOTG-287,CELL= KISTA,CHGR=1;



Exercise 7 : Cell Definition and Configuration PART 1 RLDEI:CELL=KISTA1,CSYSTYPE=GSM1800; RLDEC:CELL= KISTA1,CGI=262-02-1-12, BSIC=70, BCCHNO=514, AGBLK=1, MFRMS=5, BCCHTYPE=NCOMB, FNOFFSET=1, XRANGE=NO; RLCXC:CELL= KISTA1, DTXD=ON; RLCPC:CELL= KISTA1,BSPWRT=29,MSTXPWR=30,BSPWRB=29; RLCFI:CELL= KISTA1,DCHNO=518; RLCCC:CELL= KISTA1,CBCH=NO,SDCCH=1,TN=2&&4; RLMFC:CELL= KISTA1, MBCCHNO=51&11&31&41, LISTTYPE=IDLE; RLSSC:CELL= KISTA1, ACCMIN=100, CCHPWR=18, CRH=2, DTXU=0, NCCPERM=7, RLINKT=16, NECI=0, MBCR=0; RLSBC:CELL= KISTA1,TX=7,ATT=YES,T3212=30; PART 2 RLLOC:CELL= KISTA1, BSPWR=30, BSTXPWR=29, BSRXMIN=104, BSRXSUFF=95, MSRXMIN=99, MSRXSUFF=90, SCHO=ON, MISSNM=3, AW=OFF; RLNRI:CELL= KISTA1,CELLR=STOCK1; RLMFC:CELL= KISTA1, MBCCHNO=11, LISTTYPE=ACTIVE; RXTCI:MO=RXOTG-0,CELL= KISTA1, CHGR=0; RLSTC:CELL= KISTA1, STATE=ACTIVE; RLCRP:CELL=ALL; RLCRP:CELL= KISTA1; In MSC MGCEP:CELL=ALL; where the cell with the CGI must exist otherwise MGCEI:CELL= KISTA1,CGI=262-02-1-12,BSC=BSC1A; MGCEC:CELL= KISTA1,CO=4,RO=1,EA=1;



Exercise 8 : Activation of Supervision in BSC

A Blocking Supervision :

1- RABLP:DETY=RALT; 2- RABLC:DETY=RALT,LVB=10&12&15,ACL=A3; 3- RABLP:DETY=RALT; 4- RABLI:DETY=RALT; 5- STBSP:DETY=RALT; STDEP:DEV=RALT-0&&-31; 6- BLODI:DEV=RALT-2&&-11; STBSP:DETY=RALT; STDEP:DEV=RALT-0&&-31; 7- ALLIP:ACL=A1; 8- RABLE:DETY=RALT; RABLE:DETY=RALT,PERM; 9- ALLIP:ACL=A1; 10- BLODE:DEV=RALT-2&&-11;

B Seizure Supervision of Devices

1- RASSP:DETY=RALT; 2- RASSC:DETY=RALT,PL=1,ACL=A1;

3- RASSP:DETY=RALT;

4- RASSI:DETY=RALT;

RASAP;

5- RASAP; 6- RASAR:DETY=RALT; 7- RASSE:DETY=RALT; RASAP; 8- RASSI:DETY=RALT; 9- RASSE:DETY=RALT,PERM; RASAP;



C Seizure Supervision of Logical Channels

1- RLVLP; 2- RLVLC:CHTYPE=TCH,PL=1,ACL=A1; RLVLC:CHTYPE=SDCCH,PL=1,ACL=A1; 3- RLVLP; 4- RLVLI:CELL=KISTA1,CHTYPE=TCH; RLVLI:CELL=KISTA1,CHTYPE=SDCCH; RLVAP; 5- RLVLI:CHTYPE=SDCCH; RLVLI:CHTYPE=TCH; RLVAP; 6- RLVAP; 7- RLVLE:CELL=STOCK1,CHTYPE=TCH; RLVLE:CELL=STOCK1,CHTYPE=SDCCH; RLVAP;

D Supervision of Logical Channel Availability

"SUPERVISION OF LOGICAL CHANNEL AVAILABILITY" 1- RLSLP:CELL=ALL; 2- RLSLC:CELL=KISTA1,ACL=A2,LVA=4,CHTYPE=TCH; RLSLC:CELL=KISTA1,ACL=A1,LVA=1,CHTYPE=SDCCH; 3- RLSLP:CELL= KISTA1; 4- RLSLI:CELL= KISTA1;

RLALP:cell= KISTA1; 5- RXTCP:CELL= KISTA1,MOTY=RXOTG; RXCDP:MO=RXOTG-x; RXBLI:MO=RXOTS-x-1-5&&-7; RXCDP:MO=RXOTG-x; ALLIP:ACL=A2; ALLIP; 6- RLSLE:CELL= KISTA1,PERM; RLSLP:CELL= KISTA1; 7- RXBLE:MO=RXOTS-x-1-5&&-7; RXCDP:MO=RXOTG-x;



E Cell Traffic Recording

1- RATRP;

2- RATRI:CELL=cell,EVENT= CA, DTIME=5, RTYPE= EV&ME, RAREA=BSC;

3- IOFAT:CTRFILE-xxx,HEX;

FILE DUMP CTRFILE-xxxx 0ABE0409 100F240E 03425343 3445435F 41334D44 5231305F 434C4541 4E000000 02000000 00000205 01000000 02000A0A 53544F43 4B330000 00000000 0000006E 0B040910 0F260701 19000000 0100004A 020C0000



Exercise 9 : BTS Maintenance Procedures 1- RXASP: MOTY=RXOTG;

2- RXASP:MOTY=RXOCF;

3- RXMFP:MO=..........,FALTY, SUBORD;




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