Lectute5 ran architecture
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Transcript of Lectute5 ran architecture
![Page 1: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/1.jpg)
Radio Access NetworkArchitecture
Jussi Tuominen
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3GPP Release 99 Reference Architecture
Node B
RNC
IubUu
UENode B
Node B
RNC
IubUu
Node B
Iur
SGSN
SMSC /VLR
GGSN
GMSC
HLR EIR Auc
Iu-PS
Gn Gi
SS7 SS7
Iu-CS
UTRAN Core Network
Jussi Tuominen 30.1.2002
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UMTS Terrestial Radio Access Network(UTRAN)
WCDMA Radio Interface Key Change from GSM
UTRAN elements are comparable to GSM BSC & BTS
Common Interface (Iu) for both PS and CS Core
Core elements do not change dramatically
- 3G SMSC/VLR provides ATM based Iu-CS interface
- 3G SGSN supports ATM based Iu-PS interface
Jussi Tuominen 30.1.2002
![Page 4: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/4.jpg)
UTRAN Architecture
• Hierarchical Architecture
• Radio Network Subsystem(RNS)
• UTRAN Elements:
– Radio Network Controller
– Node B (Base Station)
• One RNC controls number ofNode B’s
• Node B is only connected toone RNC
• New interface Iur forMacrodiversity
Node B
Node B
Node B
Node B
RNC
RNC
Uu
Uu Iub
Iub
Iu-PS
Iu-CSIur
UTRAN
RNS
Jussi Tuominen 30.1.2002
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Node B
RNC
IubUu
Node B
Node B
RNC
IubUu
Node B
Iur
Jussi Tuominen 30.1.2002
Macro Diversity
Iu
RNS
UTRAN
Softer Handover
•1 BS
•1 RNCUE
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Node B
RNC
IubUu
Node B
Node B
RNC
IubUu
Node B
Iur
Jussi Tuominen 30.1.2002
Macro Diversity
Iu
RNS
UTRAN
Soft Handover
• Number of BSs
•1 RNC (MDC)UE
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Node B
DRNC
IubUu
Node B
Node B
SRNC
IubUu
Node B
Iur
Jussi Tuominen 30.1.2002
Macro Diversity
Iu
RNS
UTRAN
Soft Handover
• Number of BSs
• 1 Serving RNC (MDC)
• Number of Drift RNC
UE
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Node B
DRNC
IubUu
Node B
Node B
SRNC
IubUu
Node B
Iur
Jussi Tuominen 30.1.2002
Macro Diversity
Iu
RNS
UTRAN
SRNC Anchoring
UE Iu
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Node B
SRNC
IubUu
Node B
Node B
RNC
IubUu
Node B
Iur
Jussi Tuominen 30.1.2002
Macro Diversity
Iu
RNS
UTRAN
SRNC Relocation
UE Iu
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Node B
• Standardisation term (normally called as Base Station)
• Comparable to Base Tranceiver Station in GSM
• Responsible for Air Interface Layer 1
• Key Node B Functions:
• Modulation and spreading
• RF Processing
• Inner-loop power control
• Rate matching
• Macro diversity combining/splitting inside Node B
Jussi Tuominen 30.1.2002
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Radio Network Controller (RNC)
• Comparable to Base Station Controller in GSM
• Responsible for L2 processing of user data
• Responsible for Radio Resource Management
• Key RNC Functions:
• Closed loop power control
• Handover control
• Admission control
• Code allocation
• Packet scheduling
• Macro diversity combining/splitting over number ofNode Bs
Jussi Tuominen 30.1.2002
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General Protocol model for UTRAN
Jussi Tuominen 30.1.2002
Lähde: 3GPP TS25401-380
ApplicationProtocol
DataStream(s)
ALCAP(s)
TransportNetwork
Layer
Physical Layer
SignallingBearer(s)
TransportUser
NetworkPlane
Control Plane User Plane
TransportUser
NetworkPlane
Transport NetworkControl Plane
RadioNetwork
Layer
SignallingBearer(s)
DataBearer(s)
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Node B
RNC
IubUu
UENode B
Node B
RNC
IubUu
Node B
Iur
SGSN
SMSC /VLR
GGSN
GMSC
HLR EIR Auc
Iu-PS
Gn Gi
SS7 SS7
Jussi Tuominen 30.1.2002
3GPP Release 99 Reference Architecture
Iu-CS
UTRAN Core Network
PSTN
PDN
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Radio Access Network Application Part(RANAP)
Jussi Tuominen 30.1.2002Lähde: 3GPP TS 25410-360
Key RANAP functions:
• Radio Access Bearer (between UE-CN)
• RAB Set-UP
• RAB Modification
• Clearing RAB
• Iu Bearer Release
• SRNC Relocation
• Paging Commands
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Iu-CS
Jussi Tuominen 30.1.2002
Q.2150.1
Q.2630.1
RANAP Iu UP ProtocolLayer
TransportNetwork
Layer
Physical Layer
TransportUser
NetworkPlane
Control Plane User Plane
TransportUser
NetworkPlane
Transport NetworkControl Plane
RadioNetwork
Layer
ATM
SSCOP
AAL5
SSCOP
SSCF-NNI
AAL2AAL5
MTP3bMTP3b
SCCP
SSCF-NNI
Lähde: 3GPP TS 25410-360
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Iu-PS
Jussi Tuominen 30.1.2002
SSCF-NNI
SSCOP
AAL5
IP
SCTP
SCCP
SSCF-NNI
MTP3-BM3UA
RANAPIu UP Protocol
Layer
TransportNetwork
Layer
Physical Layer
TransportUser
NetworkPlane
Control Plane User Plane
TransportUser
NetworkPlane
Transport NetworkControl Plane
RadioNetwork
Layer
ATM
AAL5
IP
UDP
GTP-U
Physical Layer
ATM
Lähde: 3GPP TS 25410-360
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Node B
RNC
IubUu
UENode B
Node B
RNC
IubUu
Node B
Iur
SGSN
SMSC /VLR
GGSN
GMSC
HLR EIR Auc
Gn Gi
SS7 SS7
Jussi Tuominen 30.1.2002
3GPP Release 99 Reference Architecture
UTRAN Core Network
PSTN
PDN
CBCIu-BC
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Iu-BC
Jussi Tuominen 30.1.2002
Lähde: 3GPP TS 25410-360
Transport Network
Layer
Radio Network
Layer SABP Protocol Layer
SA Broadcast Plane
Transport User
Network Plane
AAL5
IP
TCP
Physical Layer
ATM
•Between RNC andCommon BroadcastCenter CBC
•Service AreaBroadcast Protocol(SABP)
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Node B
RNC
IubUu
UENode B
Node B
RNC
IubUu
Node B
Iur
SGSN
SMSC /VLR
GGSN
GMSC
HLR EIR Auc
Iu-PS
Gn Gi
SS7 SS7
Jussi Tuominen 30.1.2002
3GPP Release 99 Reference Architecture
Iu-CS
UTRAN Core Network
PSTN
PDN
![Page 20: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/20.jpg)
Jussi Tuominen 30.1.2002
Radio Network Subsystem Application Part (RNSAP)
Key RNSAP Functions:
•Radio Link
• Management (between SRNC and DRNC)
• Reconfiguration (between SRNC and DRNC)
• Supervision (reports from DRNC to SRNC)
• Common Control Channel (CCCH) Signalling Transfer
• Paging
• Relocation Execution
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Iur
Jussi Tuominen 30.1.2002
SSCF-NNI
SSCOP
MTP3-B
AAL5
IP
SCTP
SCCP
AAL5
SSCF-NNI
STC (Q.2150.1)
RNSAP Iur DataStream(s)
TransportNetwork
Layer
Physical Layer
TransportUser
NetworkPlane
Control Plane User Plane
TransportUser
NetworkPlane
Transport NetworkControl Plane
RadioNetwork
Layer
ATM
ALCAP(Q.2630.1)
AAL2
SSCF-NNI
SSCOP
MTP3-B
IP
SCTPSSCF-NNI
M3UA M3UA
Lähde: 3GPP TS 25420-340
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Node B
RNC
IubUu
UENode B
Node B
RNC
Uu
Node B
Iur
SGSN
SMSC /VLR
GGSN
GMSC
HLR EIR Auc
Iu-PS
Gn Gi
SS7 SS7
Jussi Tuominen 30.1.2002
3GPP Release 99 Reference Architecture
Iu-CS
UTRAN Core Network
PSTN
PDN
Iub
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Jussi Tuominen 30.1.2002
Node B Application Part (NBAP)
Key NBAP Functions:
• Cell Configuration Management
• Common Transport Channel Management
• System Information Management
• Configuration Verification/Alignment
• Measurements on Common Resources
• Radio Link Management & Supervision
![Page 24: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/24.jpg)
Iub
Jussi Tuominen 30.1.2002Lähde: 3GPP TS 25420-340
Node BApplication Part
(NBAP)
AAL Type 2
ALCAP
TransportLayer
Physical Layer
RadioNetworkLayer
Radio NetworkControl Plane
TransportNetwork
Control Plane
DC
H F
P
RA
CH
FP
ATM
DSC
H FP
AAL Type 5
User Plane
SSCF-UNI
SSCOP
AAL Type 5
SSCF-UNI
SSCOP
Q.2630.1
Q.2150.2
FAC
H FP
PCH
FP
USC
H FP
CPC
H F
P
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Node B
RNC
IubUu
UENode B
Node B
RNC
IubUu
Node B
Iur
SGSN
SMSC /VLR
GGSN
GMSC
HLR EIR Auc
Iu-PS
Gn Gi
SS7 SS7
Jussi Tuominen 30.1.2002
3GPP Release 99 Reference Architecture
Iu-CS
RNS
UTRAN Core Network
PSTN
PDN
![Page 26: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/26.jpg)
Node B
RNC
IubUu
UENode B
Node B
RNC
IubUu
Node B
Iur
SGSN
SMSC Server
GGSN
GMSC Server
HLR EIR Auc
Iu-PS
Gn Gi
Nb
SS7
Jussi Tuominen 30.1.2002
3GPP Release 4 Reference Architecture
Iu-CS
RNS
UTRAN Core Network
PSTN
PDN
MGW MGWNc
Mc Mc
![Page 27: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/27.jpg)
Node B
RNC
IubUu
UENode B
Node B
RNC
IubUu
Node B
Iur
SGSN
CSCF
GGSN
MGCF
HSS
Iu-PS
Gn Gi
Jussi Tuominen 30.1.2002
3GPP Release 5 Reference Architecture
RNS
UTRAN Core Network
PSTN
PDN
MGWCx
Gr
Mm
NOTE: Standardisation on-going!
MRF
SGW
Gi
Mr
Mg Mc
![Page 28: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/28.jpg)
SS7 signalling in UMTS Core
Jussi Tuominen 30.1.2002Lähde: 3GPP TS 25420-340
IP
SCTP
M3UA
MTP-3 User Part
�������������� ������������������������������������������������������������������������������ �
ATM
AAL5
SCCOP
SSCF
MTP-3 B
MTP-3 User Part
G.804
AAL5
SCCOP
SSCF
MTP-3 B
MTP-3 User Part
���������� ! ���������� !
������������������� �"�����#������������������������
MTP-1
MTP-2
MTP-3
MTP-3 User Part
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![Page 29: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/29.jpg)
MTP3 User Adaptation Layer (M3UA)
Jussi Tuominen 30.1.2002
IP
SCTP
M3UA
MTP-3 User Part
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Stream Control Transmission Protocol (SCTP)
Jussi Tuominen 30.1.2002
IP
SCTP
M3UA
MTP-3 User Part
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8
![Page 31: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/31.jpg)
Stream Control Transmission Protocol (SCTP)
Jussi Tuominen 30.1.2002
IP
SCTP
M3UA
MTP-3 User Part2�������������3
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Stream Control Transmission Protocol (SCTP)
Jussi Tuominen 30.1.2002
IP
SCTP
M3UA
MTP-3 User Part2����������
����������&�����3Source Port Number Destination Port Number
Verification Tag
Checksum
Chunk Type Chunk Flags Chunk Length
Chunk Value field( information to be transferred in the chunk)
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![Page 33: Lectute5 ran architecture](https://reader033.fdocuments.in/reader033/viewer/2022052620/5578022fd8b42aa5488b496c/html5/thumbnails/33.jpg)
IPv4 (20 bytes), IPv6 (40 bytes)
MAP
Gbe,AT M, etc.
B ICC
S CT P (16+Bytes)H.248
S CCPR ANAPB S S AP
T CP(20)R T P
T CAPINAP
M3UAIS UP
CAP
UDP (8)