iub tx configuration recommendation_ip ran15
TRANSCRIPT
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General Rules of Iub Tx Configuration
1. Channel Planning
Signal PlaneNCP 1CCP 1 to 12
User Plane 1 to 16AF41
OAM 1
Note 1: Number of CCPs
From RAN 11, the PATH Type is used to distinguish PHB but not traffic(i.e.R99 or H, RT or NRT in RAN10).
2. Bandwidth Planning
Tx(kbps)
Signal PlaneNCP
CCP
User Plane
EF Physical Link BW
AF41 Physical Link BW
AF21 Physical Link BW
AF11 Physical Link BW
OAM OMIP
Note 3: Bandwidth of NCP&CCPThe bandwidth of NCP&CCP is no need to be configured, the DSCP priority guarantees the signaling transmission.
Note 4: DSCP value of SIG
Configured itemsNumber of Chs supported by Huawei
EF
AF21AF11OM channel
When Huawei RNC and Huawei NodeB connected, one CCP link is enough.To be consistent with the 3GPP protocol, Huawei RNC&NodeB also support multiple CCPs, but it is not recommended by Huawei.
Note 2:PATH Type
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Note 5: Bandwidth of IPPATH
Note 6: Bandwidth of OAM Channel
Note 7: CIR&CBS&EBS
2. Tx related Algorithm
Configuration Item ValueSwitchesDCCC enableIub bandwidth CAC enableIub congestion control enable Iub overbooking enable HSDPA Flow Control enableCongestion Control Threshold 80%Active factorCommon Channel factor 70%Interactive and background service factor 40%
Note 8: Congestion Control Threshold The bandwidth for initial BE traffic and PS handover should be taken into account.
3. PHB Priority
PHBAF1i AF2i
AF11 AF12 AF13 AF21 AF22 AF23DSCP(default) 10 12 14 18 20 22
(1) The default DSCP value of Signal Plane is 48, which can be changed by ADD SCTPLNK or MOD SCTPLNK command in RNC side, 48 is the recommended value. In NodeB side, SIG DSCP is set to 48 using command( SET DIFPRI(SIG) )(2) The DSCP value of user palne is configurated by SET PHBMAP command in RNC side.
The user data bandwidth configured is equal to physical link bandwidth or maximum requirement bandwidth according to actual traffic. The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
The bandwidth of OM channel is no need to be configured, the RR scheduling method and the DSCP priority guarantee the daily O&M traffic.
CIR:Committed Information Rate(bit/s) CBS:Committed Burst Size(bit) EBS:Excess Burst Size (bit)The CIR means the bandwidth of guarantee rate of the physical link.The CBS configuration is recommended to one and a half of the CIR, and the EBS configuration is recommended to "0".The total bandwidth of the CBS and the EBS should be no less than the CIR/1000(bit). NodeB MMLCommand: SET LR
Note 9: Use SET PHBMAP command to modify the mapping between PHB and DSCP.
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4. VLAN Configuration Rules
scenario 1: access RNC via router(s)
For this scenario, the recommended mode is not to set VLAN in RNC side.
scenario 2: access RNC via MSTP or other L2 network device.
Multiple VLAN need more IP addresses.
In NodeB side, you can set single VLAN for a nexthop IP address that all data passing through this nexthop IP address have the same VLAN ID and VLAN priority.
5. Other Configuration Rules
Note 12:
Note 10: In RNC side,there are two typical scenarios to access RNC which show as follows:
For this scenario, it is better to just add one VLAN for each IP address by ADD VLANID command.
Note 11:
The recommended mode is SINGLEVLAN after RAN13 version.Related MML command: ADD VLANMAP
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Note 13:
DSCPs priority of these NodeB Tx UDP packets are addressed by the RNC to the NodeB when the connection is set up. The DSCP settings are decided by the configuration of the RNC.
Note 14:
Note 15:In both RNC and Node sides, VLAN support means labeling the Tx data but not the Rx data,NodeB can receive all types of packets,regardless of VLAN or unVLAN.
Note 16:
In NodeB side, common signaling messages are carried on the cell common channel and uplink flow control frames of HSDPA are sent from NodeB to RNC. These two types of data are transmitted by UDP packets. The DSCP value of these Tx UDP packets is the same as the value of the Signal Priority parameter of the SET DIFPRI command.If we select the "VLANGROUP" mode in command "ADD VLANMAP" when configuring VLAN in NodeB side, make sure to configure the VLAN ID of USERDATA with this DSCP value in command "ADD VLANCLASS".
In NodeB side, data of user voice and PS domain services、downloaded data by the user using HSDPA and uploaded data by the user using HSUPA
In NodeB side, the DSCPs of DHCP is 0. But about ICMP packets, there is difference between sending and responding, when sending independent, the DSCP of ICMP can be configured; nevertheless, when responding, the DSCP of ICMP is refilled according to the corresponding ICMP packets received.
The destination IP address is not recommended to be set to 0.0.0.0 in NodeB in IP transmission.If the bear type of a remote maintenance channel is set to ATM, do not set the destination IP address to 0.0.0.0 for a IP route.
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General Rules of Iub Tx Configuration
11
11111
From RAN 11, the PATH Type is used to distinguish PHB but not traffic(i.e.R99 or H, RT or NRT in RAN10).
Rx(kbps) DSCP Value4848
Physical Link BW 46Physical Link BW 34Physical Link BW 18Physical Link BW 10
4618
The bandwidth of NCP&CCP is no need to be configured, the DSCP priority guarantees the signaling transmission.
Number of Chs recommended by Huawei
To be consistent with the 3GPP protocol, Huawei RNC&NodeB also support multiple CCPs, but it is not recommended by Huawei.
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The bandwidth for initial BE traffic and PS handover should be taken into account.
AF3i AF4i EF BEAF31 AF32 AF33 AF41 AF42 AF4326 28 30 34 36 38 46 0
(1) The default DSCP value of Signal Plane is 48, which can be changed by ADD SCTPLNK or MOD SCTPLNK command in RNC side, 48 is the recommended value. In NodeB side, SIG DSCP is set to 48 using command( SET
(2) The DSCP value of user palne is configurated by SET PHBMAP command in RNC side.
The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
The bandwidth of OM channel is no need to be configured, the RR scheduling method and the DSCP priority guarantee the daily
CIR:Committed Information Rate(bit/s) CBS:Committed Burst Size(bit) EBS:Excess Burst Size (bit)
The CBS configuration is recommended to one and a half of the CIR, and the EBS configuration is recommended to "0".The total bandwidth of the CBS and the EBS should be no less than the CIR/1000(bit).
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In NodeB side, you can set single VLAN for a nexthop IP address that all data passing through this nexthop IP address have the same VLAN ID and VLAN priority.
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DSCPs priority of these NodeB Tx UDP packets are addressed by the RNC to the NodeB when the connection is set up. The DSCP settings are decided by
In both RNC and Node sides, VLAN support means labeling the Tx data but not the Rx data,NodeB can receive all types of packets,regardless of VLAN or unVLAN.
In NodeB side, common signaling messages are carried on the cell common channel and uplink flow control frames of HSDPA are sent from NodeB to RNC. These two types of data are transmitted by UDP packets. The DSCP value of these Tx UDP packets is the same as the value of the Signal Priority parameter
" when configuring VLAN in NodeB side, make sure to configure the VLAN ID of
downloaded data by the user using HSDPA and uploaded data by the user using HSUPA:The
In NodeB side, the DSCPs of DHCP is 0. But about ICMP packets, there is difference between sending and responding, when sending independent, the DSCP of ICMP can be configured; nevertheless, when responding, the DSCP of ICMP is refilled according to the corresponding ICMP packets received.
The destination IP address is not recommended to be set to 0.0.0.0 in NodeB in IP transmission.If the bear type of a remote maintenance channel is set to ATM, do not set the destination IP address to 0.0.0.0 for a IP route.
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General Rules of Iub Tx Configuration
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Huawei RNC ConfigurationTable 1 Scenario 1: FE
Tx(kbps)
Signal PlaneNCP
CCP
User Plane
EF Physical Link BW
AF41 Physical Link BW
AF21 Physical Link BW
AF11 Physical Link BW
OAM OMIP
Note 1: The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
Note 2:
Note 3:It is recommended to set the value of parameter "IPPATH Ping Check Type" to "UDP".
Note 4:
Table2
The TRMMAP configuration can be added or modified by the command "ADD/MOD TRMMAP", unless the TRMMAP ID is from 0-13;
If there is 2 to 6 queues in transmission, please refer to table 2 in sheet "IUB IP QoS".
Table 3 VLAN configuration
Traffic type
Sig ADD VLANID
User Data
EF
ADD VLANIDAF41
AF21
AF11
OM ADD VLANID
Other
ARP
ADD VLANID
ICMP(manual)
DHCP
Tracert
The FE/GE port work mode should be consulted with the peer device.Local Peer1)100M/FULL 100M/FULL2)1000M/FULL 1000M/FULL3) AUTO AUTO
The recommended TRMMAP is not the default TRMMAP,please use the recommended TRMMAP. Refer to table 2 as following.Keeping the TRMMAP mapping relationship is preferred if the RNC is updated from old version.
TRMMAP Configuration Rules
VLAN ID (Command)
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OtherBFD
ADD VLANID
PING MAC ADD CFMMA
IPPM
Note5:
The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
Huawei NodeB ConfigurationTable 4 Scenario 1: FE
DSCP
Signal PlaneNCP 48CCP 48
User Plane
IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP
Note 1:
Note 2:
same as corresponding IPPATH
Note1:
In RNC side,the recommended mode is to use ADD VLANID command to add IP VLAN mapping of the next hop, one next hop one VLAN mapping.Note2:For signal plane and user plane IP address(es), the recommended mode is just to use ADD VLANID command to add IP VLAN mapping of the next hop. Don't add vlan by ADD SCTPLNK/ADD IPPATH command.Note3:The value of DSCP cites the recommendation DSCP in table 3. The recommendation DSCP changes, it changes.Note4:
The VLAN priority of ARP packet is 1 by product default setting, which can be changed by command "SET INTBRDPARA".The DSCP and VLAN priority of DHCP & Tracert packet are 0 by product default setting, which can be changed by MML command.The DSCP of BFD packet is 56, and its VLAN priority is 7 by product default setting, which can be changed by command "STR IPCHK".
The DSCP value、VLANID、VLAN Priority of IPPM packet is the same as corresponding IPPATH.
46(High)18(Low)
The FE/GE port work mode should be consulted with the peer device.Local Peer1)100M/FULL 100M/FULL2)1000M/FULL 1000M/FULL3) AUTO AUTO
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Table 5Traffic type
Single VLAN
SIG
User Data
IPPATH
IPPATH
IPPATH
IPPATHCommon Channel
OM
SNTP
Other
ARP Request
ARP Reply
1588V2
BFD
IP CLK(V1 private)
Ping(ICMP)
ping(ICMP response)
Tracert
DHCP
Ping MAC
IPPM
The DSCP of CCH is the same with the DSCP of SIG.
CIR:Committed Information Rate(bit/s);CBS:Committed Burst Size(bit);EBS:Excess Burst Size (bit);The CIR means the bandwidth of guarantee rate of the physical link.The CBS configuration is recommended to one and a half of the CIR, and the EBS configuration is recommended to "0".The total bandwidth of the CBS and the EBS should be no less than the CIR/1000(bit). NodeB MMLCommand: SET LR.
VLAN configuration
OMCH active/standby control packet
Note1:The recommended vlan configured mode is to use Single VLAN, not VLAN GROUP. and the VLAN priority will accord to map table with DSCP value(refer to "Table 6") For example: ADD VLANMAP: NEXTHOPIP="x.x.x.x", MASK="255.255.255.255", VLANMODE=SINGLEVLAN, VLANID=YYY, SETPRIO=DISABLE;If the customer want to use "VLAN GROUP", please contact R&D to check it."Single VLAN" mode is required in IPSec scenario.
Note2:There are four types of traffic: User Data, SIG Data, Maintenance Data, and Other Data. Among which, the User Data is of different service levels according to the DSCP value. Each level will be mapped to the corresponding VLAN priority by using the default map table.Note3:The value of DSCP cites the recommendation DSCP in table 5. The recommendation DSCP changesNote4:
Note5:
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The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
The ARP proxy switch is recommended to be closed.
Table 6 VLAN priorityThe default map table between DSCP value and VLAN priority, can be modified by the command "SET DSCPMAP".
Type DSCP VLAN priority
Value
0~7 08~15 1
16~23 224~31 332~39 440~47 548~55 656~63 7
About the DSCP OMCH, the recommended configured mode is "OMHPRI=46, OMLPRI=18"("SET DIFPRI" command); means that the DSCP of some contol messages (eg:MML Command) is 46,and the DSCP of ordinary packets(such as log upload or software download) is 18. Note:For 3G NodeB,the high DSCP of OM can not be equal to any other DSCP of service.
Note6:
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Huawei RNC Configuration
Rx(kbps) DSCP IPPATH Ping Check4848
Physical Link BW 46 EnablePhysical Link BW 34 EnablePhysical Link BW 18 EnablePhysical Link BW 10 Enable
Note 1: The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
It is recommended to set the value of parameter "IPPATH Ping Check Type" to "UDP".
The TRMMAP configuration can be added or modified by the command "ADD/MOD TRMMAP", unless the TRMMAP ID is from 0-13;
If there is 2 to 6 queues in transmission, please refer to table 2 in sheet "IUB IP QoS".
DSCP DSCP(Command)
48 SET DSCPMAP ADD/MOD SCTPLNK
46 SET DSCPMAP ADD/MOD IPPATH+SET PHBMAP
34 SET DSCPMAP ADD/MOD IPPATH+SET PHBMAP
18 SET DSCPMAP ADD/MOD IPPATH+SET PHBMAP
10 SET DSCPMAP ADD/MOD IPPATH+SET PHBMAP
SET DSCPMAP Realized by M2000 server
SET DSCPMAP Realized by M2000 server
SET INTBRDPARA
0 SET DSCPMAP PING IP
0 SET DSCPMAP SET INTBRDPARA
0 SET DSCPMAP TRC IPADDR
46(High)18(Low)
The recommended TRMMAP is not the default TRMMAP,please use the recommended TRMMAP. Refer to table 2 as following.Keeping the TRMMAP mapping relationship is preferred if the RNC is updated from old version.
VLAN Priority(Command)
46(High)18(Low)
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56 SET DSCPMAP STR IPCHK
same as corresponding IPPATH SET DSCPMAP ADD/MOD IPPATH+SET PHBMAP
The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
Huawei NodeB Configuration
"6"
command to add IP VLAN mapping of the next hop, one next hop one VLAN mapping.
For signal plane and user plane IP address(es), the recommended mode is just to use ADD VLANID command to add IP VLAN mapping of the next hop. Don't add vlan by ADD
The value of DSCP cites the recommendation DSCP in table 3. The recommendation DSCP changes, it changes.
The VLAN priority of ARP packet is 1 by product default setting, which can be changed by command "SET INTBRDPARA".The DSCP and VLAN priority of DHCP & Tracert packet are 0 by product default setting, which can be changed by MML command.The DSCP of BFD packet is 56, and its VLAN priority is 7 by product default setting, which can be changed by command "STR IPCHK".
VLAN Priority of IPPM packet is the same as corresponding IPPATH.
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DSCP
48 ADD VLANMAP "6"(Vary according to the DSCP)46 ADD VLANMAP "5"(Vary according to the DSCP)34 ADD VLANMAP "4"(Vary according to the DSCP)18 ADD VLANMAP "2"(Vary according to the DSCP)10 ADD VLANMAP "1"(Vary according to the DSCP)48 ADD VLANMAP "6"(Vary according to the DSCP)
ADD VLANMAP "5"(Vary according to the DSCP)ADD VLANMAP "2"(Vary according to the DSCP)
46 ADD VLANMAP "5"(Vary according to the DSCP)ADD VLANMAP "7"(default)determined by ARP Request determined by ARP Request
46 ADD VLANMAP "5"(Vary according to the DSCP)
63 ADD VLANMAP "7"(Vary according to the DSCP)
56 ADD VLANMAP "7"(Vary according to the DSCP)63 ADD VLANMAP "7"(default)/ ADD VLANMAP "7"(Vary according to the DSCP)Refill ADD VLANMAP refilled according to the DSCP/ ADD VLANMAP "7"(Vary according to the DSCP)0 Learning "0"(default)
ADD CFMMA "6"(configured)
same as corresponding IPPATH same as corresponding IPPATH
The DSCP of CCH is the same with the DSCP of SIG.
The CBS configuration is recommended to one and a half of the CIR, and the EBS configuration is recommended to "0".The total bandwidth of the CBS and the EBS should be no less than the CIR/1000(bit).
VLAN ID (Command) VLAN Priority(Command)
46(High)18(Low)
same as corresponding IPPATH
The recommended vlan configured mode is to use Single VLAN, not VLAN GROUP. and the VLAN priority will accord to map table with DSCP value(refer to "Table 6") For example: ADD VLANMAP: NEXTHOPIP="x.x.x.x", MASK="255.255.255.255", VLANMODE=SINGLEVLAN, VLANID=YYY, SETPRIO=DISABLE;If the customer want to use "VLAN GROUP", please contact R&D to check it.
There are four types of traffic: User Data, SIG Data, Maintenance Data, and Other Data. Among which, the User Data is of different service levels according to the DSCP value. Each level will be mapped to the corresponding VLAN priority by using the default map table.
The value of DSCP cites the recommendation DSCP in table 5. The recommendation DSCP changes, it changes.
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The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
The ARP proxy switch is recommended to be closed.
The default map table between DSCP value and VLAN priority, can be modified by the command "SET DSCPMAP".
About the DSCP OMCH, the recommended configured mode is "OMHPRI=46, OMLPRI=18"("SET DIFPRI" command); means that the DSCP of some contol messages (eg:MML Command) is 46,and the DSCP of ordinary packets(such as log upload or software download) is 18. Note:For 3G NodeB,the high DSCP of OM can not be equal to any other DSCP of service.
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IPPATH Ping Check Type
UDPUDPUDPUDP
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DSCP(Command)
SET DIFPRI(SIG)ADD IPPATH
ADD IPPATH
ADD IPPATH
ADD IPPATH
cite the DSCP value of SIG
SET DIFPRI(OM)
SET DIFPRI(OM)
SET DIFPRI(OM)
SET DIFPRI(PTP)
NULL
ADD BFDSESSION
NULL
NULL
NULL
TRACERT
NULL
same as corresponding IPPATH
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Huawei RNC ConfigurationTable 1 Scenario 1: MP 1*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 1984 1984AF41 1984 1984AF21 1984 1984AF11 1984 1984
OAM OMIP
Table 2 Scenario 2: MP 2*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 3968 3968AF41 3968 3968AF21 3968 3968AF11 3968 3968
OAM OMIP
Table 3 Scenario 3: MP 3*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 5952 5952AF41 5952 5952AF21 5952 5952AF11 5952 5952
OAM OMIP
Table 4 Scenario 4: MP 4*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 7936 7936AF41 7936 7936AF21 7936 7936AF11 7936 7936
OAM OMIP
Table 5 Scenario 5: MP 5*E1
Tx(kbps) Rx(kbps)
NCP
CCP
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
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EF 9920 9920AF41 9920 9920AF21 9920 9920AF11 9920 9920
OAM OMIP
Table 6 Scenario 6: MP 6*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 11904 11904AF41 11904 11904AF21 11904 11904AF11 11904 11904
OAM OMIP
Table 7 Scenario 7: MP 7*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 13888 13888AF41 13888 13888AF21 13888 13888AF11 13888 13888
OAM OMIP
Table 8 Scenario 8: MP 8*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 15872 15872AF41 15872 15872AF21 15872 15872AF11 15872 15872
OAM OMIP
Table 9 Scenario 9: MP 9*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 17856 17856AF41 17856 17856AF21 17856 17856AF11 17856 17856
OAM OMIP
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
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Table 10 Scenario 10: MP 10*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 19840 19840AF41 19840 19840AF21 19840 19840AF11 19840 19840
OAM OMIP
Table 11 Scenario 11: MP 11*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 21824 21824AF41 21824 21824AF21 21824 21824AF11 21824 21824
OAM OMIP
Table 12 Scenario 12: MP 12*E1
Tx(kbps) Rx(kbps)
NCP
CCP
EF 23808 23808AF41 23808 23808AF21 23808 23808AF11 23808 23808
OAM OMIP
Note 1: The TRMMAP should be same with the sheet "FE",refer to the table as following
Service Type
Iub Common channel primary PEF EFIub IMS SRB primary PATH (IMEF EFIub SRB primary PATH (SRB) EF EFIub HSDPA Signal primary PATEF EFIub HSDPA IMS Signal primary EF EFIub HSUPA Signal primary PATEF EFIub HSUPA IMS Signal primary EF EFIub AMR voice primary PATH EF EFIub HSDPA Voice primary PAT AF43 AF41Iub HSUPA Voice primary PAT AF43 AF41Iub R99 CS conversational pri AF43 AF41
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
TRMMAP Configuration RulesInterface
Type PHB(default) PHB(recommanded)
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Iub R99 PS conversational pri AF43 AF41Iub HSDPA conversational pri AF43 AF41Iub HSUPA conversational pri AF43 AF41Iub R99 CS streaming primary AF43 AF41Iub R99 PS streaming primary AF43 AF41Iub HSDPA streaming primary AF43 AF41Iub HSUPA streaming primary AF43 AF41Iub R99 PS high PRI interactiv AF23 AF21Iub R99 PS middle PRI interact AF23 AF21Iub R99 PS low PRI interactive AF23 AF21Iub R99 PS background primar AF23 AF21Iub HSDPA high PRI interactiveAF13 AF11Iub HSDPA middle PRI interactiAF13 AF11Iub HSDPA low PRI interactive AF13 AF11Iub HSUPA high PRI interactiveAF13 AF11Iub HSUPA middle PRI interactiAF13 AF11Iub HSUPA low PRI interactive AF13 AF11Iub HSDPA background primar AF13 AF11Iub HSUPA background primar AF13 AF11
The TRMMAP configuration can be added or modified by the command "ADD/MOD TRMMAP", unless the TRMMAP ID is from 0-13 ;
Huawei NodeB ConfigurationTable 13 Scenario 1: MP 1*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 14 Scenario 2: MP 2*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 15 Scenario 3: MP 3*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
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IPPATH 10
OAM OMIP4618
Table 16 Scenario 4: MP 4*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 17 Scenario 5: MP 5*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 18 Scenario 6: MP 6*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 19 Scenario 7: MP 7*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 20 Scenario 8: MP 8*E1
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
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DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 21 Scenario 9: MP 9*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 22 Scenario 10: MP 10*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 23 Scenario 11: MP 11*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 24 Scenario 12: MP 12*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
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IPPATH 10
OAM OMIP4618
User Plane
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Huawei RNC Configuration
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type4848
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46 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
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DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
The TRMMAP should be same with the sheet "FE",refer to the table as following
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The TRMMAP configuration can be added or modified by the command "ADD/MOD TRMMAP", unless the TRMMAP ID is from 0-13 ;
Huawei NodeB Configuration
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Huawei RNC ConfigurationTable 1 Scenario 1: PPP 12TS
Tx(kbps) Rx(kbps)
NCP
CCP
EF 768 768AF41 768 768AF21 768 768AF11 768 768
OAM OMIP
Table 2 Scenario 2: PPP 15TS
Tx(kbps) Rx(kbps)
NCP
CCP
EF 960 960AF41 960 960AF21 960 960AF11 960 960
OAM OMIP
Table 3 Scenario 3: PPP 22TS
Tx(kbps) Rx(kbps)
NCP
CCP
EF 1408 1408AF41 1408 1408AF21 1408 1408AF11 1408 1408
OAM OMIP
Table 4 Scenario 4: PPP 24TS
Tx(kbps) Rx(kbps)
NCP
CCP
EF 1536 1536AF41 1536 1536AF21 1536 1536AF11 1536 1536
OAM OMIP
Table 5 Scenario 5: PPP 1*E1
Tx(kbps) Rx(kbps)
NCP
CCP
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
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EF 1984 1984AF41 1984 1984AF21 1984 1984AF11 1984 1984
OAM OMIP
Note 1: The TRMMAP should be same with the sheet "FE"
Service Type
Iub Common channel primary PATH EF EFIub IMS SRB primary PATH (IMS SREF EFIub SRB primary PATH (SRB) EF EFIub HSDPA Signal primary PATH (S EF EFIub HSDPA IMS Signal primary PATHEF EFIub HSUPA Signal primary PATH (S EF EFIub HSUPA IMS Signal primary PATHEF EFIub AMR voice primary PATH EF EFIub HSDPA Voice primary PATH AF43 AF41Iub HSUPA Voice primary PATH AF43 AF41Iub R99 CS conversational primary AF43 AF41Iub R99 PS conversational primary AF43 AF41Iub HSDPA conversational primary AF43 AF41Iub HSUPA conversational primary AF43 AF41Iub R99 CS streaming primary PATHAF43 AF41Iub R99 PS streaming primary PATHAF43 AF41Iub HSDPA streaming primary PATHAF43 AF41Iub HSUPA streaming primary PATHAF43 AF41Iub R99 PS high PRI interactive pri AF23 AF21Iub R99 PS middle PRI interactive p AF23 AF21Iub R99 PS low PRI interactive prim AF23 AF21Iub R99 PS background primary PATAF23 AF21Iub HSDPA high PRI interactive pri AF13 AF11Iub HSDPA middle PRI interactive p AF13 AF11Iub HSDPA low PRI interactive prim AF13 AF11Iub HSUPA high PRI interactive pri AF13 AF11Iub HSUPA middle PRI interactive p AF13 AF11Iub HSUPA low PRI interactive prim AF13 AF11Iub HSDPA background primary PATAF13 AF11Iub HSUPA background primary PATAF13 AF11
The TRMMAP configuration can be added or modified by the command "ADD/MOD TRMMAP", unless the TRMMAP ID is from 0-13 ;
Huawei NodeB ConfigurationTable 7 Scenario 1: PPP 12TS
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18
User Plane
TRMMAP Configuration RulesInterface
Type PHB(default) PHB(recommanded)
Signal Plane
User Plane
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IPPATH 10
OAM OMIP4618
Table 8 Scenario 2: PPP 15TS
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 9 Scenario 3: PPP 22TS
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 10 Scenario 4: PPP 24TS
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP4618
Table 11 Scenario 5: PPP 1*E1
DSCP
NCP 48CCP 48IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP46
18
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
Signal Plane
User Plane
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Huawei RNC Configuration
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP
34 Enable UDP
18 Enable UDP
10 Enable UDP
46
18
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type484846 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP4618
DSCP IPPATH Ping Check IPPATH Ping Check Type4848
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46 Enable UDP34 Enable UDP18 Enable UDP10 Enable UDP
46
18
The TRMMAP configuration can be added or modified by the command "ADD/MOD TRMMAP", unless the TRMMAP ID is from 0-13 ;
Huawei NodeB Configuration
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Huawei RNC ConfigurationTable 1 Scenario 1: MP+FE
Tx(kbps)
Signal PlaneNCP
CCP
User Plane
EF Physical Link BW
LQ_EF Physical Link BW
AF41 Physical Link BW
LQ_AF41 Physical Link BW
AF21 Physical Link BW
LQ_AF21 Physical Link BW
AF11 Physical Link BW
LQ_AF11 Physical Link BW
OAM OMIP
Note 1: The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
Note2:LQ_ means Low QoS.
Note 3:
Note 4:
The recommended TRMMAP is not the default TRMMAP,please use the recommended TRMMAP. Refer to table as following.
TRMMAP Configuration Rules
Interface Type Service Type
Iub Common channel primary PATH
Iub IMS SRB primary PATH (IMS SRB)
Iub SRB primary PATH (SRB)
Iub HSDPA Signal primary PATH (SRB)
Iub HSDPA IMS Signal primary PATH (IMS SRB)
Iub HSUPA Signal primary PATH (SRB)
Iub HSUPA IMS Signal primary PATH (IMS SRB)
Iub AMR voice primary PATH
Iub HSDPA Voice primary PATH
Iub HSUPA Voice primary PATH
Iub R99 CS conversational primary PATH
Iub R99 PS conversational primary PATH
Iub HSDPA conversational primary PATH
Iub HSUPA conversational primary PATH
The FE/GE port work mode should be consulted with the peer device.Local Peer1)100M/FULL 100M/FULL2)1000M/FULL 1000M/FULL3) AUTO AUTO
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Iub R99 CS streaming primary PATH
Iub R99 PS streaming primary PATH
Iub HSDPA streaming primary PATH
Iub HSUPA streaming primary PATH
Iub R99 PS high PRI interactive primary PATH
Iub R99 PS middle PRI interactive primary PATH
Iub R99 PS low PRI interactive primary PATH
Iub R99 PS background primary PATH
Iub HSDPA high PRI interactive primary PATH
Iub HSDPA middle PRI interactive primary PATH
Iub HSDPA low PRI interactive primary PATH
Iub HSUPA high PRI interactive primary PATH
Iub HSUPA middle PRI interactive primary PATH
Iub HSUPA low PRI interactive primary PATH
Iub HSDPA background primary PATH
Iub HSUPA background primary PATH
Table 2
Table 3ATM:
FE:
The FE configuration is as follows (the signal plane is carried on ATM):
Tx(kbps)
Signal Plane
User Plane
EF Physical Link BW
AF41 Physical Link BW
AF21 Physical Link BW
AF11 Physical Link BW
OAM OMIP
Note 1: The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
Note 2:
VLAN configuration (only for FE)
Scenario 2:ATM+FE
The ATM configuration refer to the "Iub Tx Configuration Recommendation_ATM". But the control plane bandwidth should be enlarged. The rule is:4E1 control plane bandwidth configuration of ATM is recommended in 1E1+ FE scenario.6E1 control plane bandwidth configuration of ATM is recommended in 2E1+ FE scenario8E1 control plane bandwidth configuration of ATM is recommended in 3~8E1+FE scenario. The AAL2 user plane bandwidth should be caculated according to the actual E1 number of muti-E1 sheet in Iub Tx Configuration Recommendation_ATM .
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Note 3:
The recommended TRMMAP is not the default TRMMAP,please use the recommended TRMMAP. Refer to table as following.
TRMMAP Configuration Rules
Interface Type Service Type
Iub Common channel primary PATH
Iub IMS SRB primary PATH (IMS SRB)
Iub SRB primary PATH (SRB)
Iub HSDPA Signal primary PATH (SRB)
Iub HSDPA IMS Signal primary PATH (IMS SRB)
Iub HSUPA Signal primary PATH (SRB)
Iub HSUPA IMS Signal primary PATH (IMS SRB)
Iub AMR voice primary PATH
Iub HSDPA Voice primary PATH
Iub HSUPA Voice primary PATH
Iub R99 CS conversational primary PATH
Iub R99 PS conversational primary PATH
Iub HSDPA conversational primary PATH
Iub HSUPA conversational primary PATH
Iub R99 CS streaming primary PATH
Iub R99 PS streaming primary PATH
Iub HSDPA streaming primary PATH
Iub HSUPA streaming primary PATH
Iub R99 PS high PRI interactive primary PATH
Iub R99 PS middle PRI interactive primary PATH
Iub R99 PS low PRI interactive primary PATH
Iub R99 PS background primary PATH
Iub HSDPA high PRI interactive primary PATH
Iub HSDPA middle PRI interactive primary PATH
Iub HSDPA low PRI interactive primary PATH
Iub HSUPA high PRI interactive primary PATH
Iub HSUPA middle PRI interactive primary PATH
Iub HSUPA low PRI interactive primary PATH
Iub HSDPA background primary PATH
Iub HSUPA background primary PATH
The FE/GE port work mode should be consulted with the peer device.Local Peer1)100M/FULL 100M/FULL2)1000/FULL 1000M/FULL3) AUTO AUTO
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Table 4 VLAN configuration
Huawei NodeB ConfigurationTable 5 Scenario 1: MP+FE
DSCP
Signal PlaneNCP 48CCP 48
User Plane
IPPATH 46IPPATH 46IPPATH 34IPPATH 34IPPATH 18IPPATH 18IPPATH 10IPPATH 10
OM OMIP46(High level)18(Low level)
Note1:
Table 6 VLAN configuration (Scenario 1)
Table 7ATM:
FE:
The FE configuration is as follows (the signal plane is carried on ATM):
DSCP
Signal Plane4848
User Plane
IPPATH 46IPPATH 34IPPATH 18IPPATH 10
OAM OMIP46(High level)18(Low level)
Note1:
The FE/GE port work mode should be consulted with the peer device.Local Peer1)100M/FULL 100M/FULL2)1000M/FULL 1000M/FULL3) AUTO AUTO
Scenario 2:ATM+FE
The ATM configuration refer to the "Iub Tx Configuration Recommendation_ATM". But the control plane bandwidth should be enlarged. The rule is:4E1 control plane bandwidth configuration of ATM is recommended in 1E1+ FE scenario.6E1 control plane bandwidth configuration of ATM is recommended in 2E1+ FE scenario8E1 control plane bandwidth configuration of ATM is recommended in 3~8E1+FE scenario. The AAL2 user plane bandwidth should be caculated according to the actual E1 number of muti-E1 sheet in Iub Tx Configuration Recommendation_ATM .
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Table 8 VLAN configuration (Scenario 2)
Traffic type
SIG
User Data
IPPATH
IPPATH
IPPATH
IPPATH
Common channel
OM
Other
The User Data is of different service levels according to the DSCP value. Each level corresponds to different VLAN setting using the default map table..
(3)The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
Note6:The default map table between DSCP value and VLAN priority, can be modified by the command "SET DSCPMAP".
Type DSCP VLAN priority
Value
0~7 08~15 1
16~23 224~31 332~39 440~47 548~55 656~63 7
The FE/GE port work mode should be consulted with the peer device. Local Peer1)100M/FULL 100M/FULL2)1000M/FULL 1000M/FULL3) AUTO AUTO
VLAN GROUP
Note1:
The recommended vlan configured mode is to use Single VLAN, not VLAN GROUP. and the VLAN priority will accord to map table with DSCP value(refer to "Table 6") For example: ADD VLANMAP: NEXTHOPIP="x.x.x.x", MASK="255.255.255.255", VLANMODE=SINGLEVLAN, VLANID=YYY, SETPRIO=DISABLE;If the customer want to use "VLAN GROUP", please contact R&D to check it."Single VLAN" mode is required in IPSec scenario.Note2:
Note3:The value of DSCP cites the recommendation DSCP in table 7. The recommendation DSCP changes, it changes.Note4:(1)The DSCP of CCH is same with the DSCP of SIG. Using SET DIFPRI command to set DSCP value.(2) Needn't add vlan tag for SIG which bearing in ATM.
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Huawei RNC Configuration
Rx(kbps) DSCP Bear link48 MP48 MP
Physical Link BW 46 MPPhysical Link BW 46 FEPhysical Link BW 34 MPPhysical Link BW 34 FEPhysical Link BW 18 MPPhysical Link BW 18 FEPhysical Link BW 10 MPPhysical Link BW 10 FE
46(High level)MP
18(Low level)
The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
LQ_ means Low QoS.
The recommended TRMMAP is not the default TRMMAP,please use the recommended TRMMAP. Refer to table as following.
PHB(default) PHB(recommanded)
Primary Secondary Primary
EF LQ_EF EF
EF LQ_EF EF
EF LQ_EF EF
EF LQ_EF EF
EF LQ_EF EF
EF LQ_EF EF
EF LQ_EF EF
EF LQ_EF EF
AF43 LQ_AF43 AF41
AF43 LQ_AF43 AF41
AF43 LQ_AF43 AF41
AF43 LQ_AF43 AF41
AF43 LQ_AF43 AF41
AF43 LQ_AF43 AF41
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AF43 LQ_AF43 AF41
AF43 LQ_AF43 AF41
AF43 LQ_AF43 AF41
AF43 LQ_AF43 AF41
AF23 LQ_AF23 AF21
AF23 LQ_AF23 AF21
AF23 LQ_AF23 AF21
AF23 LQ_AF23 AF21
LQ_AF13 AF13 LQ_AF11
LQ_AF13 AF13 LQ_AF11
LQ_AF13 AF13 LQ_AF11
LQ_AF13 AF13 LQ_AF11
LQ_AF13 AF13 LQ_AF11
LQ_AF13 AF13 LQ_AF11
LQ_AF13 AF13 LQ_AF11
LQ_AF13 AF13 LQ_AF11
Rx(kbps) DSCP Bear link
Physical Link BW 46 FE
Physical Link BW 34 FE
Physical Link BW 18 FE
Physical Link BW 10 FE46 FE18 FE
The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
Iub Tx Configuration Recommendation_ATM". But the control plane bandwidth should be
4E1 control plane bandwidth configuration of ATM is recommended in 1E1+ FE scenario.6E1 control plane bandwidth configuration of ATM is recommended in 2E1+ FE scenario8E1 control plane bandwidth configuration of ATM is recommended in 3~8E1+FE scenario. The AAL2 user plane bandwidth should be caculated according to the actual E1 number of muti-E1 sheet in Iub Tx
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The recommended TRMMAP is not the default TRMMAP,please use the recommended TRMMAP. Refer to table as following.
PHB(default) PHB(recommanded)
Primary Secondary Primary
RT_VBR EF RT_VBR
RT_VBR EF RT_VBR
RT_VBR EF RT_VBR
RT_VBR EF RT_VBR
RT_VBR EF RT_VBR
RT_VBR EF RT_VBR
RT_VBR EF RT_VBR
RT_VBR EF RT_VBR
RT_VBR AF43 RT_VBR
RT_VBR AF43 RT_VBR
RT_VBR AF43 RT_VBR
RT_VBR AF43 RT_VBR
RT_VBR AF43 RT_VBR
RT_VBR AF43 RT_VBR
RT_VBR AF43 RT_VBR
RT_VBR AF43 RT_VBR
RT_VBR AF43 RT_VBR
RT_VBR AF43 RT_VBR
NRT_VBR AF23 NRT_VBR
NRT_VBR AF23 NRT_VBR
NRT_VBR AF23 NRT_VBR
NRT_VBR AF23 NRT_VBR
AF13 UBR AF11
AF13 UBR AF11
AF13 UBR AF11
AF13 UBR AF11
AF13 UBR AF11
AF13 UBR AF11
AF13 UBR AF11
AF13 UBR AF11
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Huawei NodeB Configuration
Iub Tx Configuration Recommendation_ATM". But the control plane bandwidth should be
4E1 control plane bandwidth configuration of ATM is recommended in 1E1+ FE scenario.6E1 control plane bandwidth configuration of ATM is recommended in 2E1+ FE scenario8E1 control plane bandwidth configuration of ATM is recommended in 3~8E1+FE scenario. The AAL2 user plane bandwidth should be caculated according to the actual E1 number of muti-E1 sheet in Iub Tx
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DSCP
4846 ADD VLANMAP "5"(Vary according to the DSCP)
34 ADD VLANMAP "4"(Vary according to the DSCP)
18 ADD VLANMAP "2"(Vary according to the DSCP)
10 ADD VLANMAP "1"(Vary according to the DSCP)
48 ADD VLANMAP "6"(Vary according to the DSCP)
46(High level) ADD VLANMAP "5"(Vary according to the DSCP)
18(Low level) ADD VLANMAP "2"(Vary according to the DSCP)
ADD VLANMAP NULL
The User Data is of different service levels according to the DSCP value. Each level corresponds to different VLAN setting using the default map table..
(3)The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
The default map table between DSCP value and VLAN priority, can be modified by the command "SET DSCPMAP".
VLAN ID (Command) VLAN Priority(Command)
The recommended vlan configured mode is to use Single VLAN, not VLAN GROUP. and the VLAN priority will accord to map table with DSCP value(refer to "Table 6") For example: ADD VLANMAP: NEXTHOPIP="x.x.x.x", MASK="255.255.255.255", VLANMODE=SINGLEVLAN, VLANID=YYY, SETPRIO=DISABLE;If the customer want to use "VLAN GROUP", please contact R&D to check it.
The value of DSCP cites the recommendation DSCP in table 7. The recommendation DSCP changes, it changes.
(1)The DSCP of CCH is same with the DSCP of SIG. Using SET DIFPRI command to set DSCP value.
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IPPATH Ping Check IPPATH Ping Check
Enable UDPEnable UDPEnable UDPEnable UDPEnable UDPEnable UDPEnable UDPEnable UDP
PHB(recommanded)
Secondary
LQ_EF
LQ_EF
LQ_EF
LQ_EF
LQ_EF
LQ_EF
LQ_EF
LQ_EF
LQ_AF41
LQ_AF41
LQ_AF41
LQ_AF41
LQ_AF41
LQ_AF41
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LQ_AF41
LQ_AF41
LQ_AF41
LQ_AF41
LQ_AF21
LQ_AF21
LQ_AF21
LQ_AF21
AF11
AF11
AF11
AF11
AF11
AF11
AF11
AF11
DSCP(Command) IPPATH Ping Check IPPATH Ping Check Type
ADD/MOD IPPATH+SET PHBMAP Enable UDPADD/MOD IPPATH+SET PHBMAP Enable UDPADD/MOD IPPATH+SET PHBMAP Enable UDPADD/MOD IPPATH+SET PHBMAP Enable UDPRealized by M2000 server
Realized by M2000 server
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PHB(recommanded)
Secondary
EF
EF
EF
EF
EF
EF
EF
EF
AF41
AF41
AF41
AF41
AF41
AF41
AF41
AF41
AF41
AF41
AF21
AF21
AF21
AF21
UBR
UBR
UBR
UBR
UBR
UBR
UBR
UBR
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DSCP(Command)
SET DIFPRI(SIG)ADD IPPATH
ADD IPPATH
ADD IPPATH
ADD IPPATH
cite the DSCP value of SIG
SET DIFPRI(OM)
NULL
(3)The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
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1. IPPOOL scenario is supported in RAN15.0. IPPATH is also supported.
It's recommended to use "ETHIP", to connect with transmission device.We often use "DEVIP" as the SIP address in IPPOOL.
Note 2: When the planning number of IP addresses on Control Plane is more than 1 in Iu/IuR interface, the dual homing is recommended in SCTP link.
Note 3: A policy-based route based on the source IP address must be added in IP POOL scenario. Policy-based routing is a technology that forwards packets based on pre-defined policies.
Note 4: At most 16 IPPOOLs can be configured in a RNC. License is not needed when there is only one SIP adddress in the IPPOOL.
Note 5: Adding a SIP address on another GE Port is preferred when capacity expansion. The second choice is adding board.
Note 6:IP LOGICPORT can be only used in RAN15.1, but can't in RAN15.0 in IPPOOL scenario.
Note 7:
2. The recommended topology of network in L3 scenario.
3. The recommended topology of network in L2 scenario.(RAN15.1 only)
Huawei RNC Configuration(IP POOL support only)
Note 1:
The FE/GE port work mode should be consulted with the peer device. 100M mode is not allowed to use.Local Peer1)1000M/FULL 1000M/FULL2) AUTO AUTO
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Table1Tx(kbps) Rx(kbps)
Signal PlaneNCPCCP
User Plane ADJNODE Physical Link BW Physical Link BW
OAM OMIP
Note 1: There is no need to configure the bandwidth of NCP and CCP links.
Note 2: The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
Note 3: The value of signaling data can be set by command "ADD SCTPLNK" or "MOD SCTPLNK". The recommended value is 48.
Note 4:In RAN15.0, when the function "IPPATH PING" is enabled, the type of "IPPATH PING" is "UDP" in Iub interface, and "ICMP" in Iu/Iur interface.
The recommended TRMMAP is not the default TRMMAP,please use the recommended TRMMAP. Refer to table 2 as following.
Table2
The TRMMAP configuration can be added or modified by the command "ADD/MOD TRMMAP", unless the TRMMAP ID is from 0-13 ;If there is 2 to 6 queues in transmission, please refer to table 2 in sheet "IUB IP QoS".
Table 3 VLAN configuration
Traffic type DSCPSig ADD VLANID 48
User Data ADD VLANID /
OM ADD VLANID
Other
ARP
ADD VLANIDICMP(manual) 0DHCP 0Tracert 0BFD 56PING MAC ADD CFMMA
IPPM
TRMMAP Configuration Rules
VLAN ID (Command)
46(High)18(Low)
same as corresponding IPPATH
same as corresponding IPPATH
Note1:In RNC side,the recommended mode is to use ADD VLANID command to add IP VLAN mapping of the next hopNote2:
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The value of DSCP cites the recommendation DSCP in table 1. The recommendation DSCP changes, it changes.
The default DSCP value of BFD packet is 56. It can be changed by command "STR IPCHK".
Note5:The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
Note6:It's recommended to active the IPPM connections in NodeB side by command "ACT IPPOOLPM" on RNC. So the DSCP value of IPPM links are the same as in RNC side.
Huawei NodeB ConfigurationTable 1 End Point scenario
DSCP
Signal PlaneNCP 48CCP 48
OAM OMIP
Note 1: It's recommended to configure "End Point" mode in IPPOOL scenario.
Note 2: It's recommended to set flow control switch to "BW_SHAPING_ONOFF_TOGGLE" on NodeB in IPPOOL scenario.
Note 3:
Note 4: Don't set the destination ip address to 0.0.0.0 in command "ADD IPRT".
Table 2 updating scenario with IPPATH
Tx(kbps) Rx(kbps)
Signal PlaneNCP
CCP
User Plane
IPPATH Physical Link BW Physical Link BW
IPPATH Physical Link BW Physical Link BW
IPPATH Physical Link BW Physical Link BW
IPPATH Physical Link BW Physical Link BW
OAM OMIP
Note 1: The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
Note 2:
Note 3:
For signal plane and user plane IP address(es), the recommended mode is just to use ADD VLANID command to add IP VLAN mapping of the next hop. Don't add vlan by ADD SCTPLNK/ADD IPPATH command.Note3:
Note4:
46(High)18(Low)
The FE/GE port work mode should be consulted with the peer device.Local Peer1)100M/FULL 100M/FULL2)1000M/FULL 1000M/FULL3) AUTO AUTO
The FE/GE port work mode should be consulted with the peer device.Local Peer1)100M/FULL 100M/FULL2)1000M/FULL 1000M/FULL3) AUTO AUTO
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Note 4: Don't set the destination ip address to 0.0.0.0 in command "ADD IPRT".
Table 3Traffic type DSCP
Single VLAN
SIG 48User Data Common Channel 48
OM
SNTP 46
Other
ARP Request
ARP Reply
1588V2 46
63
BFD 56IP CLK(V1 private) 63Ping(ICMP) /ping(ICMP response) Refill
Tracert /DHCP 0Ping MAC
The DSCP of CCH is the same with the DSCP of SIG.
The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
Table 4 VLAN priorityThe default map table between DSCP value and VLAN priority, can be modified by the command "SET DSCPMAP".
Type DSCP VLAN priority
Value
0~7 08~15 1
16~23 224~31 332~39 440~47 5
CIR:Committed Information Rate(bit/s);CBS:Committed Burst Size(bit);EBS:Excess Burst Size (bit);The CIR means the bandwidth of guarantee rate of the physical link.The CBS configuration is recommended to one and a half of the CIR, and the EBS configuration is recommended to "0".The total bandwidth of the CBS and the EBS should be no less than the CIR/1000(bit). NodeB MMLCommand: ADD IPPATH or SET LR.
VLAN configuration
46(High)18(Low)
OMCH active/standby control packet
Note1:The recommended vlan configured mode is to use Single VLAN, not VLAN GROUP. and the VLAN priority will accord to map table with DSCP value. For example: ADD VLANMAP: NEXTHOPIP="x.x.x.x", MASK="255.255.255.255", VLANMODE=SINGLEVLAN, VLANID=YYY, SETPRIO=DISABLE;If the customer want to use "VLAN GROUP", please contact R&D to check it."Single VLAN" mode is required in IPSec scenario.
Note2:There are four types of traffic: User Data, SIG Data, Maintenance Data, and Other Data. Among which, the User Data is of different service levels according to the DSCP value. Each level will be mapped to the corresponding VLAN priority by using the default map table.Note3:The value of DSCP cites the recommendation DSCP in table 3. The recommendation DSCP changes, it changes.Note4:
Note5:Command) is 46,and the DSCP of ordinary packets(such as log upload or software download) is 18. Note:of service.
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Value
48~55 656~63 7
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It's recommended to use "ETHIP", to connect with transmission device.
When the planning number of IP addresses on Control Plane is more than 1 in Iu/IuR interface, the dual homing is recommended in SCTP link.
A policy-based route based on the source IP address must be added in IP POOL scenario. Policy-based routing is a technology that forwards packets based on pre-defined policies.
At most 16 IPPOOLs can be configured in a RNC. License is not needed when there is only one SIP adddress in the IPPOOL.
Adding a SIP address on another GE Port is preferred when capacity expansion. The second choice is adding board.
The FE/GE port work mode should be consulted with the peer device. 100M mode is not allowed to use.
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DSCP IPPATH Ping Check4848/ Enable
The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
The value of signaling data can be set by command "ADD SCTPLNK" or "MOD SCTPLNK". The recommended value is 48.
In RAN15.0, when the function "IPPATH PING" is enabled, the type of "IPPATH PING" is "UDP" in Iub interface, and "ICMP" in Iu/Iur interface.
The recommended TRMMAP is not the default TRMMAP,please use the recommended TRMMAP. Refer to table 2 as following.
The TRMMAP configuration can be added or modified by the command "ADD/MOD TRMMAP", unless the TRMMAP ID is from 0-13 ;
DSCP(Command)SET DSCPMAP ADD/MOD SCTPLNKSET DSCPMAP ADD/MOD IPPATH+SET PHBMAPSET DSCPMAP Realized by M2000 serverSET DSCPMAP Realized by M2000 serverSET INTBRDPARASET DSCPMAP PING IPSET DSCPMAP SET INTBRDPARASET DSCPMAP TRC IPADDRSET DSCPMAP STR IPCHK
SET DSCPMAP ADD/MOD IPPATH+SET PHBMAP
46(High)18(Low)
VLAN Priority(Command)
"6"
command to add IP VLAN mapping of the next hop, one next hop one VLAN mapping.
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The value of DSCP cites the recommendation DSCP in table 1. The recommendation DSCP changes, it changes.
The default DSCP value of BFD packet is 56. It can be changed by command "STR IPCHK".
The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
It's recommended to active the IPPM connections in NodeB side by command "ACT IPPOOLPM" on RNC. So the DSCP value of IPPM links are the same as in RNC side.
Huawei NodeB Configuration
It's recommended to configure "End Point" mode in IPPOOL scenario.
It's recommended to set flow control switch to "BW_SHAPING_ONOFF_TOGGLE" on NodeB in IPPOOL scenario.
Don't set the destination ip address to 0.0.0.0 in command "ADD IPRT".
DSCP CBS EBS484846 Physical Link BW*1000*1.5 034 Physical Link BW*1000*1.5 018 Physical Link BW*1000*1.5 010 Physical Link BW*1000*1.5 0
The Physical Link BW is the minimum bandwidth of physical link connection between RNC and NodeB.
ADD VLANID command to add IP VLAN mapping of the next hop. Don't add vlan by
46(High)18(Low)
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Don't set the destination ip address to 0.0.0.0 in command "ADD IPRT".
DSCP(Command)
ADD VLANMAP "6"(Vary according to the DSCP) SET DIFPRI(SIG)ADD VLANMAP "6"(Vary according to the DSCP) cite the DSCP value of SIGADD VLANMAP "5"(Vary according to the DSCP) SET DIFPRI(OM)ADD VLANMAP "2"(Vary according to the DSCP) SET DIFPRI(OM)ADD VLANMAP "5"(Vary according to the DSCP) SET DIFPRI(OM)ADD VLANMAP "7"(default)determined by ARP Request determined by ARP Request
ADD VLANMAP "5"(Vary according to the DSCP) SET DIFPRI(PTP)
ADD VLANMAP "7"(Vary according to the DSCP) NULL
ADD VLANMAP "7"(Vary according to the DSCP) ADD BFDSESSION
ADD VLANMAP "7"(default) NULL
ADD VLANMAP "7"(Vary according to the DSCP) PING
ADD VLANMAP refilled according to the DSCP NULL
ADD VLANMAP "7"(Vary according to the DSCP) TRACERT
Learning "0"(default) NULL
ADD CFMMA "6"(configured)
The DSCP of CCH is the same with the DSCP of SIG.
The DSCP Value or VLAN priority used in RAN should be planned in Transmission Device, and make sure the Transmission Device will not change the Values
The default map table between DSCP value and VLAN priority, can be modified by the command "SET DSCPMAP".
VLAN ID (Command) VLAN Priority(Command)
The recommended vlan configured mode is to use Single VLAN, not VLAN GROUP. and the VLAN priority will accord to map table with DSCP value. For example: ADD VLANMAP: NEXTHOPIP="x.x.x.x", MASK="255.255.255.255", VLANMODE=SINGLEVLAN, VLANID=YYY, SETPRIO=DISABLE;
There are four types of traffic: User Data, SIG Data, Maintenance Data, and Other Data. Among which, the User Data is of different service levels according to the DSCP value. Each
The value of DSCP cites the recommendation DSCP in table 3. The recommendation DSCP changes, it changes.
Command) is 46,and the DSCP of ordinary packets(such as log upload or software download) is 18. Note:For 3G NodeB,the high DSCP of OM can not be equal to any other DSCP
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IPSec Configuration
IPSec Negotiation Parameters TableCommand Parameter Name
IKE Proposal Parameters ADD IKEPROPOSAL
IKE-Encryption algorithm
IKE-Authentiation algorithm
Authentiation method
DH-Group
IKE-PRF-Algotithm
IKE Peer Parameters ADD IKEPEER
IKE-Version
Exchange Mode
Remote name
DPD Mode
DPD Idle Time(s)
IPSec Proposal Parameters ADD IPSECPROPOSAL
Encapsulation mode
Transform
Ipsec Policy Parameters ADD IPSECPOLICY
Note 1:It's recommended to set the value of Source Wildcard to 0.0.0.0, when the ACL rules are configured in NodeB.
Note 2:
MD5 SHA1
DES
3DES
AES128
DPD Retransmission Interval(s)
DPD Retransmission Coun
ESP-Encryption Algorithm
ESP-Authentication Algorithm
Perfect Forward Secrecy(PFS)
In IPSec scenario, it's recommended that encryption algorithm and authentication algorithm combination in accordance with the green part of the table to complete PNP.
Authentication Encryption
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AES192
AES256
Note 3:In IPSec scenario, MBTS only use tunnel mode(encapsulation mode) and ESP(transform mode) to establish the IPSec tunnel.
s
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IPSec Configuration
IPSec Negotiation Parameters TableRecommended value Remark
AES128/ AES192/ AES256The Same with SeGW
SHA1/ AES_XCBC_96The Same with SeGW
IKE_RSA_SIG The Same with SeGW
The Same with SeGW
The Same with SeGW
IKE V2 The Same with SeGW
Main Mode
/
Periopic
The Default value
10
5
5
tunnel The Same with SeGW
ESP The Same with SeGW
AES128/AES192/AES256
DISABLEThe Same with SeGW
It's recommended to set the value of Source Wildcard to 0.0.0.0, when the ACL rules are configured in NodeB.
SHA256 SHA-XCBC-MAC-96
DH_GROUP14/DH_GROUP15
HMAC_SHA1/AES128_XCBC
The same with seGW, when the IKEVERSION is IKE_V1, this parameter is needed.
If "IKE_RSA_SIG" is applied, the "Remote Name" must be the same as the name of peer end.If "PRE_SHARED_KEY" is applied, the "Remote Name" must be the same as the "subjectaltname" of peer end's certificate file.
The Same with SecGW, this parameter is valid when the security protocol is ESP
SHA1/SHA256/AES-XCBC-MAC-96
The Same with SecGW, this parameter is valid when the security protocol is ESP+AH
In IPSec scenario, it's recommended that encryption algorithm and authentication algorithm combination in accordance with the green
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In IPSec scenario, MBTS only use tunnel mode(encapsulation mode) and ESP(transform mode) to establish the IPSec tunnel.
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Huawei RNC QoS configurationTable1 RNC Iub QoS configuration
Huawei RNC PHB&DSCP Map TableTable2
The map rules from PHB to DSCP can be modified by the command"SET PHBMAP", It's recommanded to use the default map rules.
Huawei RNC TRMMAP ConfigurationTable3
Huawei NodeB QoS configurationTable4 DSCP Configuration
Service Type DSCP(default)
48(default)
OM(High Level) 34(default)
OM(Low Level) 10(default)
PTP(handshake packet) 34(default)
USERDATA IPPATH 46(default)
USERDATA IPPATH 38(default)
USERDATA IPPATH 22(default)
USERDATA IPPATH 14(default)
BFD 34(default)
PHB & DSCP Map Table
TRMMAP Configuration Rules
NCP&CCP(Common Channel&HSDPA Upload control frame)
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The map rules from PHB to DSCP can be modified by the command"SET PHBMAP", It's recommanded to use the default map rules.
DSCP(recommended) VLAN
48(recommended) SET DIFPRI
46(recommended) SET DIFPRI
18(recommended) SET DIFPRI
46(recommended) SET DIFPRI
46(recommended) ADD IPPATH
34(recommended) ADD IPPATH
18(recommended) ADD IPPATH
10(recommended) ADD IPPATH
56(recommended) ADD BFDSESSION
MML Command
It's recommanded to use SINGLEVLAN mode, and disable the SET PRIORITY,use the default VLAN priority map table.command:ADD VLANMAP
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Huawei RNC Configuration
Auto adjust bandwidth switch Flow control switchADD IPLOGICPORT OFF ON
Note1:
Logical virtual port is introduced for traffic shaping, congestion detection and backpressure.
Note2:
Note3:In Ethernet Load sharing Mode, it is forbidded that different NodeBs bear on one IPLOGICPORT.
Note4:It is recommended that setting the bandwidth of LOGICPORT according to the actual traffic or physics bandwidth limit.
case 1: Logical Port(LP)
Scenario 1: RNC and NodeB use FE or GE Port, and the bandwidth is not limited or the limited bandwidth is more than 8M, it's not recommended to configure Logical Port in RNC side.
Scenario 2: RNC uses FE or GE Port, but NodeB uses the E1. RNC should configure one LP for each NodeB
Scenario 3: RNC and NodeB use FE or GE Port, but the transmission bandwidth between RNC and nodeB is very low. RNC should configure one LP for each NodeB(ADD IPLOGICPORT). NodeB should configure LR(SET LR).
If the IP traffic shaping and congestion control functions or the user plane resource separated by operators in RAN sharing is already enabled by running the ADD LP, ADD IPPATH command.set The bearing type of the virtual port to IPLOGICPORT , which indicates that the IPpath is used to carry the user plane resources of the specified operator.
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Note5:The Logical Port is not supported in the IP POOL scenario.
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Logical virtual port is introduced for traffic shaping, congestion detection and backpressure.
In Ethernet Load sharing Mode, it is forbidded that different NodeBs bear on one IPLOGICPORT.
It is recommended that setting the bandwidth of LOGICPORT according to the actual traffic or physics bandwidth limit.
RNC and NodeB use FE or GE Port, and the bandwidth is not limited or the limited bandwidth is more than 8M, it's not recommended to configure
RNC uses FE or GE Port, but NodeB uses the E1. RNC should configure one LP for each NodeB(ADD IPLOGICPORT).
RNC and NodeB use FE or GE Port, but the transmission bandwidth between RNC and nodeB is very low. RNC should configure one LP for each
If the IP traffic shaping and congestion control functions or the user plane resource separated by operators in RAN sharing is already enabled by running the ADD LP, ADD IPPATH command.set The bearing type of the virtual port to IPLOGICPORT , which indicates that the IPpath is used to carry the user plane resources of
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FAQ
1.How to use and refer to this configuration recommendation?
2. When shall we use RAN15 configuration Recommendation?
IF THENRNC NodeB ConfigurationRAN14 RAN14 RAN14RAN15 RAN14 RAN14RAN14 RAN15 RAN14RAN15 RAN15 RAN15
1)If the Iub interface is ATM transmission, please refer to document "Iub Tx configuration recommendation_ATM".
1) RNC and NodeB are both RAN15 version and there are newly established. If the RNC is upgraded from RAN14 to RAN15, keep the RAN14 configuration unchangeable. The matched version rules is following
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FAQ
1.How to use and refer to this configuration recommendation?
2. When shall we use RAN15 configuration Recommendation?
1)If the Iub interface is ATM transmission, please refer to document "Iub Tx configuration recommendation_ATM".
1) RNC and NodeB are both RAN15 version and there are newly established. If the RNC is upgraded from RAN14 to RAN15, keep the RAN14 configuration unchangeable. The
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No.12345678910111213
14151617
18
19
20
21
2223242526
272839
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zhangyonggan creates the file on May 27th,2007.HSDPA_NRT PATH and HSUPA_NRT PATH need to configure separately in BSC6810.The 5-8E1s configuration is added.The default DSCP value of different service is changed in BSC6810ADD "Logical Port" SheetADD the DSCP of Signal, User and OM.Modify the IPPATH Type from RT to HQ and LQ.Modify the Secondry PATH of MP+FE.ADD the explaination of PATH type of HQ and LQ.Separate two configuration table, one is RNC configuration table, the other is NodeB Add VLAN configuration recommendation and related rules.Modify the recommendation DSCP Value according to RNC V210B061 versionModify IPPATH type according to RAN 11 version.
The DSCP of SIG is modified from 46 to 48 in NodeB side, in order to keep consistent with RNC.Enrich the DSCP and VLAN recommended configuration of OTHER type packets.Refresh the TRMMAP configuration.
Recommend enable the IPPATH check in RNC side and disable the IPPATH check in NodeB side.
Add the recommended VLAN priority for different traffic in NodeB side according to the DSCP value.
Add the PTP(1588) VLAN configuration recommended when carried on UTRP board in NodeB side.
Mod the CBS value to Physical Link BW*1000*1.5 according to production default value.Add the configuration of IPPATH Ping type, the recommended type is UDP.Refresh the VLAN configuration of NodeB side, SINGLEVLAN mode is recommanded .Refresh the DSCP value of NodeB OMCH,distinguish high and low priority.
Add 9/10/11/12*E1 recommended configuration in MPGRP Scenario.MOD OM High DSCP from 46 to 36
Add FE/GE port settiing and TRMMAP Note.Add the control plane bandwidth configuration rules in the ATM+FE scenaioAdd TRMMAP table is added and IPPATH are reduced from 5 to 4(EF,AF43,AF23,AF13).The DSCP Control plane are modified from 46 to 48 in RNC side, in NodeB side SIG DSCP is 46.
Modify the R99 PS service and HSPA background service active factor to accord to conduction default configuration.
Draw the scene of configure IPLOGICPORT /ATMLOGICPORT,make the understanding of mind easily.
Refresh the PHB and DSCP of IPPATH, modify AF43->AF41, AF23->AF21, AF13->AF11 in RNC side, modify the DSCP value of IPPATH in NodeB side from "46,38,22,14" to "46,34,18,10"
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1/24/2008 zhushimin1/26/2008 zhushimin
3/3/2008 zhushimin4/25/2008 liuli4/25/2008 liuli4/25/2008 liuli4/25/2008 liuli4/25/2008 liuli8/22/2008 zhushimin
12/11/2008 zhushimin1/20/2009 zhushimin3/28/2009 zhushimin
8/17/2009 zhangyonggan1/7/2010 huangmuhua1/7/2010 huangmuhua1/7/2010 huangmuhua
1/10/2011 huangmuhua
1/10/2011 huangmuhua
1/10/2011 huangmuhua
1/10/2011 huangmuhua
1/10/2011 huangmuhua1/10/2011 huangmuhua1/19/2011 Lu Feng
4/4/2011 huangmuhua4/4/2011 huangmuhua
4/12/2011 huangmuhua7/15/2011 huangmuhua8/30/2011 gongwen
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Iub Dimensioning Tool
About this ToolThis tool can be applied to UMTS5.1 version Iub Dimensioning.It just estimates approximately the IUB interface flux because of varying signaling procedure and size of signaling.The configuration principles mentioned below are based on that the total amount of bandwidth has already planned.Notes for input
Can be input and modifiedSystem Default ValueSemi-manufactured Data ResultDescription for Items
1. Traffic Model AssumptionFrequency of each subscribe for Attach, Detach, Location Updated, SMS etc. 2
Average conversation time of CS subscriber 60Average conversation time of PS (DCCC as 1 access) 60
Ratio of the subscribers of CS and PS 2Ratio of convergence of network 25
Ratio of soft and Softer handover 40.0%Frequency of DPB request procedure 1
Average time interval of Softer handover for one user 60Average time interval of Soft handover for one user 60Average number of RLs for user in macro diversity 2.5
Margin for Engineering Calculation 30%
The Maximum Number of Online User for Different E1s at the Same Time
Num. of E1 Num. of Cells per NodeB The Maximum Number of Online User1 3 802 3 1603 3 2404 3 3205 3 3721 6 1002 6 2053 6 3154 6 4005 6 480
The Maximum Number of Online User for Different E1s
Num. of TS Num. of Cells per NodeB The Maximum Number of Online User12 3 3515 3 4222 3 6024 3 65
2. Constant/Default Values
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Bandwidth of PPP Link 1984 kbpsBandwidth of MP Link 1984 kbps
3. NCP&CCP&ALCAP Flux EvaluationTraffic Analysis of NCP&CCP&ALCAPAbout the signaling of NBAP
Flux of NCP Uplink:
Flux of NCP Downlink:
the signaling due to CS, PS and RRC only on DCH accessing procedure + the signaling due to soft handoverFlux of CCP Uplink:
Flux of CCP Downlink:
Flux Calculations of NCP&CCP
Num. of E1 Number of R99Cell Number of H Cell Flux of NCP Uplink1 0 3 56631 11394 2 0 3 62328 22788 3 0 3 68025 34181 4 0 3 73722 45575 5 0 3 77425 52981 1 3 3 73577 14242 2 3 3 81054 29197 3 3 3 88888 44863 4 3 3 94940 56969 5 3 3 100637 68363
The flux of CPs is estimated based on Iub signalling procedure 3GPP 25.433 8.2, the process of NBAP includes common and dedicated procedures. NCP bears the common procedure and CCPs bear the dedicated procedure. The common procedure is that one UE initiates the process of the NodeB communication which has nothing to do with special UE, such as:1)Common Transport Channel Setup, 2)Common Transport Channel Deletion, 3)Audit,4)Common Measurement Initiation, 5)Common Measurement Reporting, 6)Common Measurement Termination, 7)Cell
Setup,Cell Reconfiguration, 8)Cell Deletion, 9)Resource Status Indication, 10)System Information Update, 11)Radio Link Setup, 12)Physical Shared Channel Reconfiguration, 13)Reset. The dedicated procedure is the process that is related to the NodeB communication, such as.1)Radio Link Addition, 2)Synchronized Radio Link Reconfiguration Preparation, 3)Synchronized Radio Link Reconfiguration Commit, 4)Synchronized Radio Link Reconfiguration Cancellation, 5)Unsynchronized Radio Link Reconfiguration, 6)Radio Link Deletion, 7)Downlink Power Control, 8)Dedicated Measurement Initiation, 9)Dedicated Measurement Reporting, 10)Dedicated Measurement Termination, 11)Radio Link Failure, 12)Radio Link Restoration, 13)Compressed Mode Command.
R99 cell common measurement report + H common measurement report + the signaling due to CS, PS and RRC accessing procedure + the signaling due to soft handoverThe main flux is due to common measurement report.
the signaling due to CS, PS and RRC only on DCD accessing procedure + the signaling due to softer handover + the signaling of RL delete due to soft handover + the dedicated measurement report of TCP due to DPBThe main flux is due to dedicated measurement report of TCP for DPB on every RL which is in macro diversity.
the signaling due to CS, PS and RRC only on DCH accessing procedure + the signaling due to softer handover + the signaling of DPB request on the RLs in macro diversity.The main flux is due to the signaling of DPB request.
Flux of NCP Downlink
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Num. of TS Number of R99Cell Number of H Cell Flux or NCP Uplink12 0 3 53426 4985 15 0 3 53925 5982 22 0 3 55207 8545 24 0 3 55563 9257
Flux of NCP Downlink
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Iub Dimensioning Tool
This tool can be applied to UMTS5.1 version Iub Dimensioning.It just estimates approximately the IUB interface flux because of varying signaling procedure and size of signaling.The configuration principles mentioned below are based on that the total amount of bandwidth has already planned.Notes for input
Can be input and modifiedSystem Default ValueSemi-manufactured Data Result
Traffic Model Assumption/hss
/sss
The Maximum Number of Online User80160240320372100205315400480
The Maximum Number of Online User35426065
Constant/Default Values
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NCP&CCP&ALCAP Flux Evaluation
Flux Calculations of NCP&CCP
Total Flux Downlink67734 42668 54062
135467 85335 108123 203201 128003 162185 270935 170671 216246 314962 198405 251386
84667 53335 67577 173568 109336 138533 266702 168004 212867 338669 213339 270308 406402 256006 324369
The flux of CPs is estimated based on Iub signalling procedure 3GPP 25.433 8.2, the process of NBAP includes common and dedicated procedures. NCP bears the common
The common procedure is that one UE initiates the process of the NodeB communication which has nothing to do with special UE, such as:1)Common Transport Channel 4)Common Measurement Initiation, 5)Common Measurement Reporting, 6)Common Measurement Termination, 7)Cell
Cell Reconfiguration, 8)Cell Deletion, 9)Resource Status Indication, 10)System Information Update, 11)Radio Link Setup, 12)Physical Shared Channel Reconfiguration,
The dedicated procedure is the process that is related to the NodeB communication, such as.1)Radio Link Addition, 2)Synchronized Radio Link Reconfiguration Preparation, 3)Synchronized Radio Link Reconfiguration Commit, 4)Synchronized Radio Link Reconfiguration Cancellation, 5)Unsynchronized Radio Link Reconfiguration, 6)Radio Link Deletion, 7)Downlink Power Control, 8)Dedicated Measurement Initiation, 9)Dedicated Measurement Reporting, 10)Dedicated Measurement Termination, 11)Radio Link Failure,
R99 cell common measurement report + H common measurement report + the signaling due to CS, PS and RRC accessing procedure + the signaling due to soft handover
the signaling due to CS, PS and RRC only on DCD accessing procedure + the signaling due to softer handover + the signaling of RL delete due to soft handover + the dedicated
The main flux is due to dedicated measurement report of TCP for DPB on every RL which is in macro diversity.
the signaling due to CS, PS and RRC only on DCH accessing procedure + the signaling due to softer handover + the signaling of DPB request on the RLs in macro diversity.
Flux of CCP Uplink
Flux of CCP Downlink
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29634 18667 23652 35560 22401 28382 50800 32001 40546 55034 34668 43925
Flux of CCP Uplink
Flux of CCP Downlink
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Iub Dimensioning Tool
Notes for inputCan be input and modifiedSystem Default ValueSemi-manufactured Data Result
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Flux Calculations of NCP&CCP
Total Flux Uplink124365 70303 197795 89672 271226 109041 344656 128410 392386 141000 158244 90667 254622 116089 355589 142722 433609 163301 507040 182671
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83060 59408 89485 61103
106007 65461 110596 66671