Local Integration Guide Main Job on site: 1. Use WEBLMT to login the eNodeB 2. Add the OM link and check the link status 3. Add the board and GPS information; Check the GPS Status and VSWR of the ports. Steps Of Job: 1. Use WEBLMT to login the eNodeB Use the Ethernet cable to connect to ETH port of LMPT board. Configure the IP 192.168.0.2 on laptop. Use IE and visit the website: http://192.168.0.49/ Username：admin Password： admin123
2.
Add the OM link and check the link status Check the Design information for each site and configure the information into the command as below: VLAN ID (OM)
ADD DEVIP ADD VLANMAP
Network address (OM)
IP host (OM)
GW IP (OM)
MASK (OM)
Next Hop IP
MASK Mask
Next Hop IP
Local Mask
IP Address VLAN ID
ADD OMCH
Local IP
3.
SET DHCPSW: SWITCH=DISABLE;
4.
DSP ETHPORT: SN=7, SBT=BASE_BOARD;
DSP ETHPORT:SN=7,SBT=BASE_BOARD; %%/*52789*/DSP ETHPORT:SN=7,SBT=BASE_BOARD;%% RETCODE = 0 Operation succeeded. DSP ETHPORT Result Cabinet No. = 0 Subrack No. = 0 Slot No. = 7 Subboard Type = Base Board Port No. = 0 Port Attribute = Fiber Port Status = Up Physical Layer Status = Up Maximum Transmission Unit(byte) = 1500 ARP Proxy = Enable Flow Control = Open MAC Address = 707B-E8C5-5A80 Loopback Status = No Loop In Loopback Mode or Not = No Ethernet OAM 3AH Flag = Disable Number of RX Packets(packet) = 34645 Number of RX Bytes(byte) = 4227324 Number of RX CRC Error Packets(packet) = 0 RX Traffic(byte/s) = 38 Number of TX Packets(packet) = 99806 Number of TX Bytes(byte) = 14221782 TX Traffic(byte/s) = 137 Local Configuration Negotiation Mode = Automatic Negotiation Local Actual Negotiation Mode = Automatic Negotiation Local Speed = 1000M Local Duplex = Full Duplex Peer Actual Negotiation Mode = Unknown Peer Speed = 1000M Peer Duplex = Unknown
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M2000 IP 172.20.110.127
M2000 Mask 255.255.255.255
Peer IP /Destination IP
Peer Mask /Destination Mask
Number of IPs IP Address List
= 2 = 10.140.3.181 255.255.255.252 = 10.226.11.181 255.255.255.252
(Number of results = 1) --END
If you find wrong configuration, please use SET ETHPORT to modify as the picture below:
5.
ADD DEVIP:
LST DEVIP: LST DEVIP Result LST DEVIP:; O&M #1573 %%/*52894*/LST DEVIP:;%% RETCODE = 0 Operation succeeded. List Device IP Configuration Data --------------------------------Cabinet No. Subrack No. Slot No. 0 0 7 0 0 7 0 0 7 (Number of results = 3) --END
Subboard Type Port Type Base Board Ethernet Port Base Board Ethernet Port Base Board Ethernet Port
Port No. 0 0 0
IP Address Mask 10.20.2.3 255.255.255.0 10.20.3.11 255.255.255.0 10.20.4.69 255.255.255.0
ADD VLANMAP:
LST VLANMAP:
If you find wrong configuration, please use “RMV VLANMAP”to modify as the picture below:
ADD OMCH:
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If you find wrong configuration, please use “RMV OMCH”to modify as the picture below:
[important step] PING 1. PING from Local IP to GW IP 2. PING from Local IP to destination IP Please make sure GW IP and destination IP are reachable.
PING:SN=7,SRCIP="10.20.3.11",DSTIP="172.168.3.1",CONTPING=DISABLE,APPTIF=NO; Test01 PING 172.168.3.1: 32 data bytes Reply from 172.168.3.1: bytes=32 Sequence=1 ttl=217 time=1 ms Reply from 172.168.3.1: bytes=32 Sequence=2 ttl=217 time=1 ms Reply from 172.168.3.1: bytes=32 Sequence=3 ttl=217 time=1 ms Reply from 172.168.3.1: bytes=32 Sequence=4 ttl=217 time=1 ms --- 172.168.3.1 ping statistics --4 packet(s) transmitted 4 packet(s) received Percent 0.00 packet lost round-trip min/avg/max = 1/1/1 ms 13 reports in total --END Total: 13 packet(s) received.
DSP OMCH： DSP OMCH Result: DSP OMCH:FLAG=MASTER; Test01 +++ HUAWEI 2012-04-05 17:53:39 O&M #1582 %%/*52944*/DSP OMCH:FLAG=MASTER;%% RETCODE = 0 Operation succeeded. Display OM Channel State -----------------------Master/Slave Flag = Master Local IP = 10.20.4.69 Local Mask = 255.255.255.0 Peer IP = 172.168.80.67 Peer Mask = 255.255.255.0 Cabinet No. = 0 Subrack No. = 0 Slot No. = 7 Subboard Type = Base Board
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Binding Route Destination IP Destination Mask Route Type Next Hop IP Preference OM Channel Status Used State (Number of results --END
= = = = = = = = =
No NULL NULL NULL NULL NULL Normal In Use 1)
3 Add the board and GPS information; Check the GPS Status and VSWR of the ports. Run these commands as below: RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV
RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU: RRU:
CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0,
SRN=60, SRN=61, SRN=62, SRN=63, SRN=64, SRN=65, SRN=66, SRN=67, SRN=68, SRN=69, SRN=70, SRN=71, SRN=72, SRN=73, SRN=74, SRN=75, SRN=76, SRN=77,
SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0; SN=0;
RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV RMV
RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN: RRUCHAIN:
RMV RMV RMV RMV RMV RMV RMV RMV RMV
BRD: BRD: BRD: BRD: BRD: BRD: BRD: BRD: BRD:
CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0, CN=0,
SRN=0, SRN=0, SRN=0, SRN=0, SRN=0, SRN=0, SRN=0, SRN=0, SRN=0,
SN=0; SN=1; SN=2; SN=3; SN=4; SN=5; SN=16; SN=18; SN=19;
ADD ADD ADD ADD
BRD: BRD: BRD: BRD:
CN=0, CN=0, CN=0, CN=0,
SRN=0, SRN=0, SRN=0, SRN=0,
SN=3, BT=LBBP, WM=RAT_TDD; SN=16, BT=FAN; SN=18, BT=UEIU; SN=19, BT=UPEU;
RCN=0; RCN=1; RCN=2; RCN=3; RCN=4; RCN=5; RCN=6; RCN=7; RCN=8; RCN=9; RCN=10; RCN=11; RCN=12; RCN=13; RCN=14; RCN=15; RCN=16; RCN=17;
ADD RRUCHAIN: RCN=0, TT=CHAIN, HCN=0, HSRN=0, HSN=3, HPN=0; ADD RRUCHAIN: RCN=1, TT=CHAIN, HCN=0, HSRN=0, HSN=3, HPN=1; ADD RRU: CN=0, SRN=60, SN=0, TP=TRUNK, RCN=0, PS=0, RT=MRRU, RXNUM=4, TXNUM=4, RS=LO_TD, ALMPROCSW=ON; ADD RRU: CN=0, SRN=61, SN=0, TP=TRUNK, RCN=1, PS=0, RT=MRRU, RXNUM=4, TXNUM=4, RS=LO_TD, ALMPROCSW=ON; ADD GPS: SN=7, PRI=1; SET CLKSYNCMODE: CLKSYNCMODE=TIME;
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DSP GPS:; (Make sure the GPS Card State is Normal; And the GPS Satellites Traced is larger than 8.)
STR VSWRTEST:;(Make sure the VSWR result of RRU RF port connected is lower than 1500.)
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