ALWAYS PRINT SCREEN BEFORE AND AFTER MODIFICATION FOR YOUR REFERENCE AND SAFETY

1. START VSWR (STR VSWR) COMMAND OF EXISTING 3G AFTER CONFIRMED SITE LOCKED.

2. CHECK TRANSMISSION WITH PING TOOL (OM & TRAFFIC), ALSO CONFIRM ON THE BBU AFTER MODIFICATION.

3. DSP/LST DEVIP

ADD DEVIP (2 IP’s TO BE ADDED OAM & TRAFFIC PHYSICAL IP FROM IP PLAN)

CABINET NO. =0 SUBRACK NO. = 0 SLOT NO. = 7 SUBBOARD TYPE = BASE BOARD PORT TYPE = ETHERNET PORT PORT NO. = 0 (FOR ELECTRICAL); 1 (FOR OPTICAL) IP ADDRESS = PHYSICAL IP FOR OAM MASK = 255.255.255.224 USER LABEL = OM

CABINET NO. =0 SUBRACK NO. = 0 SLOT NO. = 7 SUBBOARD TYPE = BASE BOARD PORT TYPE = ETHERNET PORT PORT NO. = 0 (FOR ELECTRICAL); 1 (FOR OPTICAL) IP ADDRESS = PHYSICAL IP FOR TRAFFIC MASK = 255.255.255.192 USER LABEL = NULL

4. DSP/LST OMCH

MOD OMCH

STANBY STATUS = MASTER

LOCAL IP = IP PLAN OAM PHYSICAL IP

LOCAL MASK = 255.255.255.224

PEER IP = M2000 IP (Can be confirmed/seen at the GO,GU, GUL or GL script provided by OMC)

PEER MASK = 255.255.255.224

BEARER TYPE = IPV4

BINDING ROUTE = NO

BINDING SECONDARY ROUTE = NO

CHECK TYPE = NONE

USER LABEL = NULL

5. DSP/LST SCTPLNK

MOD SCTPLINK

LINK = 0, 1 & 2 SHOULD BE MODIFIED

FIRST LOCAL IP ADDRESS = PHYSICAL TRAFFIC IP FROM IP PLAN THE REST WOULD BE THE SAME.

6. LST VLANMAP

ADD VLANMAP

NEXT HOP IP = GATEWAY IP FOR OAM & TRAFFIC

OAM MASK = 255.255.255.224, TRAFFIC MASK = 255.255.255.192

VLAN MODE = SINGLE VLAN

VLAN ID = RESPECTIVE VLAN AS PER IP PLAN

SET VLAN PRIORITY = DISABLE

VLAN PRIORITY = NULL

VLAN GROUP NO. = NULL

7. LST IPRT

MOD IPRT

ROUTE INDEX = SEARCH FOR THE M2000 IP FOR OAM & ORIGINAL SCTP LINK FIRST PEER IP ADDRESS

(a) M2000 AUH JBL 10.238.200.165/27 (Destination IP 10.238.200.160) <<< IPRT (b) M2000 AUH NDA 10.238.145.40/27 (Destination IP 10.238.145.32) <<< IPRT (c) M2000 DXB 10.238.145.5/27 (Destination IP 10.238.145.0) <<< IPRT (d) M2000 NE 10.238.123.179/27 (Destination IP 10.238.123.160) <<< IPRT

ROUTE INDEX = SAME AS THE ORIGINAL ROUTE INDEX.

CABINET NO. = 0

SUBRACK NO. = 0

SLOT NO. = 7

SUB BOARD TYPE = BASE BOARD

ROUTE TYPE = NEXT HOP

DESTINATION IP = ORIGINAL IP FROM IP ROUTE INDEX FOR OAM & SCTP/TRAFFIC.

MASK WOULD BE THE SAME AS THE IP ROUTE.

NEXT HOP WOULD BE THE GATEWAY IP PROVIDED IN THE IP PLAN FOR OAM & TRAFFIC.

(REPLACE ALL NEXTHOP IP TO TRAFFIC GATEWAY IP EXCLUDING OAM.)

8. LST USERPLANEHOST

MOD USERPLANEHOST

LOCAL IP ADDRESS = TRAFFIC PHYSICAL IP, OTHER VALUES WOULD BE THE SAME.

9. LST IPCLKLINK (NORMALLY IT WILL SHOW 2 RESULTS)

RMV IPCLKLINK “0” FIRST, THEN ADD IPCLKLINK “0”, THEN AGAIN FOR LINK “1”

0 & 1 REPLACE CLIENT IPv4 WITH TRAFFIC PHYSICAL IP

10. LST IPPATH (USUALLY NO IP PATH DEFINED)

MOD IPPATH REPLACE LOCAL IP WITH TRAFFIC PHYSICAL IP

11. RMV DEVIP (OLD IP)

12. MAKE SCREEN SHOTS OF:

DSP BRD

STR VSWRTEST

ALARM/EVENT

DEVICE MAINTENANCE

DSP BRDMINFO OF ALL CONNECTED RRU

PING RESULTS WHICH SHOWS DESTINATION IP ADDRESS AND RESULTS.

PING TOOL RESULTS FOR OM & TRAFFIC IP (3G), TRAFFIC FOR BOTH 2G & 4G

LST SOFTWARE BEFORE AND AFTER DOWNLOADING

OMCH STATUS SHOULD NORMAL

DSP SFP TO CHECK TX & RX OPTICAL POWER (NO LESS THAN 2000 FOR RX VALUE).

Changing TX from optical to electrical

1. Right click the script, then edit.

2. Search for Physical IP of 2G, 3G & 4G under DEVIP.

3. Replace “<PN>1</PN>” with 0 for Electrical and 1 for Optical.

4. Search for IPSECBIND replace “<PN>1</PN>” with 0 for Electrical and 1 for Optical.

5. Then save.

Restoring existing BBU:

1. LST CB

2. Search for the latest one.

3. ACT CB, then wait to restored.