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UTRAN-3G Radio Network

SMLC

Iur

Broadcast

Services

Packet-switched voice

IP IP

GERAN-2G/3G Radio Network

GGSN

BG

MSC server MSC

server

MGCF

BTS

Other GPRS in PLMN

GMLC

LCS client

Circuit Switch Domain

SMSC

LMU(a)

3G Wireless Technology Quick Guide

UMTS Network Architecture

Um

CBC

Abis Abis IuBC

RNC SMLC

(To P-CSCF)

Gm

Uu

Mc

C

Mc

F

Gf

Gc

Gp

Gn

Lg

Lh Le Lc

Gi

voice mail

SGSN

Gb IuCS

MGW

IuPS

Nb

EIR

A

BSC

PDN

PSTN

MMSC

Mp

Other IMS

Mw Sig-GW

MRFC

(From Handset)

Cx

HSS

I-CSCF

S-CSCF

IP Multimedia Subsystem

IMS MGW

Mb

GSM HA HLR HSS IP IMS LCS LMU LMSD LPDE MC MGCF MGW MMD MMSC

Authentication, Authorization, Accounting

Authentication Center

Access Network

Breakout Gateway Control Function

Base Station Controller

Base Transceiver Station

Cell Broadcast Center

Code Division Multiple Access

Call Session Control Function

Equipment Identity Register

Foreign Agent

GPRS/EDGE Radio Access Network

Gateway GPRS Support Node

Gateway MSC

General Packet Radio Service

Global System for Mobile Communications Home Agent

Home Location Register Home Subscriber Server Intelligent Peripheral

IP MUltimedia Subsystem Location Service Location Measurement Unit Legacy Mobile Station Domain Local Position Determining Entity Message Center

Media Gateway Control Function Media Gateway

Multimedia Domain Multimedia Message Service Center

AAA

AC

BGCF

BSC

BTS

CBC

CDMA

CSCF

EIR

FA

GERAN

GGSN

GMSC

GPRS

RADIUS RAN SCP SGSN SIG-GW SIP-AS SMLC SMSC SME UTRAN UMTS VLR VMS WCDMA

Remote Authentication Dial In User Service Radio Access Network

Radio Network Controller Service Control Point Serving GPRS Support Node Signalling Gateway SIP-Application Server Serving Mobile Location Center Short Message Service Center Short Message Entity UMTS Terrestrial Radio Access Network Universal Mobile Telecommunications System Visitor Location Register

Voice Mail Service Wideband-Code Division Multiple Access

MPC MRFC MRFP MS MSC NPDB OSA-SCS P-CSCF PCF PDE PDF PDN PDSN PSTN

Mobile Position Center Multimedia Resource Function Controller Multimedia Resource Function Processor Mobile Station

Mobile Switching Center Number Portability Data Base OSA-Service Capability Server Proxy-Call Session Control Function Packet Control Function Position Determining Entity Policy Decision Function Packet Data Network Packet Data Serving Node Public Land Mobile Network Public Switched Telephone Network

Lb

SCP (gsmSCF) gsmSRF

Ge

Gm/Mw: Multimedia Call Control (SIP)

Cx: IMS User Register

Mb: IMS IP Based Voice

E-Mail apps Contents

Provides multimedia services (e.g Instant Message, Presence, PoC) base on IP/SIP

Provides voice connection between mobile stations or PSTN network by dedicated network resource

Provides end-to-end IP data service to mobile station base on packet switch

LMU(a)

LMU(b)

SMLC

Standalone

LMU

Node B

(To P-CSCF)

Gm

Uu

Standalone

LMU

Associated LMU

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MGCF Iub

BSC MS

MS

CDMA2000 Network Architecture CDMA2000 1xRTT Access Network

BTS

AN AT

AT

CDMA2000 EV-DO Access Network

ANTS

BSC

MC LPDE

LPDE

SME

HA PDSN

LPDE

A10

A11

Um

PCF

PCF PCF

PCF

A1 A2 A5

A8/A9/A14/Ax

A8/A9

Abis Abis

Abis

A3/A7

Intelligent Network

Circuit Switched Core Network

Positioning Service

Packet Switched Core Network

E12

E

F EIR

E

P-H

P1 P1

PSTN

C HLR

VMS

MSC VLR

NPDB

Visited AAA

Home AAA

Multimedia Domain

Ai

Pi

Pi FA

MGW

CSCF

MRFP

MRFC

PDN

MGCF

AN AAA AN

LPDE

A12

GMSC

T1/T5: Intelligent Network Interface (Ref: IS-771/IS-826)

E5/E12: Positioning Service Interface (Ref: J-STD-036)

Z1: Voice Message Interface (Ref: ANSI-41)

Z1: Number Portability Interface (Ref: IS-756)

N/M1: Short Message Service Interface (Ref: ANSI-41)

Ax: Authentication Interface Um: Air Interface

Um: Air Interface

Ai: GMSC to PSTN Interface Pi: GMSC to PDN Interface (Ref: IS-835)

Provides a framework to create various services(e.g 800/400 and prepaid) Provides position information such as emergency call positioning

Provides multimedia services(e.g Instant Message, Presence, PoC) base on IP/SIP

Provides voice connection between mobile stations or PSTN network by dedicated network resource

Provide end-to-end IP data service to mobile station base on packet switch

MSC

Associated LMU

Trang 2

Frequency range

(UL) =uplink/reverse

(DL) =downlink/forward

(BS) =base station

(MS)=mobile station

W-CDMA(FDD) HSDPA/HSUPA cdma2000 (1xRTT) 1xEV-DO 1xEV-DV

Bands: (MHz) BC0) UL: 824 - 849 DL: 869 - 894 US Cellular BC1) UL: 1890 - 1910 DL: 1930 - 1990 North American PCS

BC2) UL: 872 - 915 DL:917 - 960 TACS-Band BC3) UL: 887 - 925 DL: 832 - 870 JTACS-Band BC4) UL: 1750 - 1780 DL: 1840 - 1870 Korean PCS BC5) UL: 411 - 483 DL: 421 - 493 NMT-490 BC6) UL: 1920 - 1980 DL: 2110 - 2170 IMT2000

BC7) UL:776 - 794 DL: 746 - 764 North American 700 MHz Cellular BC8) UL:1710 - 1785 DL: 1805 - 1880 1800 MHz BC9) UL: 880 - 915 DL: 925 - 960 900 MHz BC10) UL: 806 - 901 DL: 851- 940 Secondary 800 MHz BC11) UL: 410 - 458 DL: 420 - 468

400 MHz European PAMR Band BC12) UL: 870 - 876 DL: 915 - 921

800 MHz PAMR Band

UL: 1920 -1980

DL: 2110 -2170 UL: 1850 - 1910 DL: 1930 - 1990 UL: 1710 - 1785 DL: 1805 - 1880 UL: 1710 - 1755 DL: 2110 - 2155 UL: 824 - 849 DL: 869 - 894

UL: 830 - 840 DL: 875 - 885 UL: 885 - 915 DL: 925 -960 UL: 2500 - 2570 DL: 2620 - 2690 UL: 1749.9 - 1784.9 DL: 1844.9 - 1879.9

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Multiple Access

Technology

Modulation and

filter type

Channel spacing

Symbol rate/chip rate

Frequency reuse

pattern (cell x sector)

Single user date rate

HPSK with RRC filter (a=0.22)

1 bit/symbol(UL) QPSK with RRC filter (a=0.22)

2 bit/symbol(DL)

HPSK with RRC filter (a=0.22)(UL) QPSK and 16QAM with RRC filter (a=0.22)(DL)

Chebychev low pass(FIR) QPSK/HPSK,2 bit/symbol(UL) QPSK,8PSK,160AM(DL)

Chebychev low pass(FIR) QPSK/HPSK,2 bit/symbol(UL) QPSK,2 bit/symbol(DL)

Chebychev low pass(FIR) QPSK/HPSK,2 bit/symbol(UL) QPSK,8PSK,160AM(DL) 5MHz 5MHz 1.23 MHz(US Cellular band) 1.25 MHz(other bands) 1.23 MHz(US Cellular band) 1.25 MHz(other bands) 1.23 MHz(US Cellular band) 1.25 MHz(other bands)

3.84 Mcps

1x1

384 kbps (single code) HSDPA(DL):Up to 13.976 Mbps HSDPA(UL):Up to 5.76 Mbps 95A: 9.6 or 14.4 kbps 95B: Up to 115 kbps Up to 153.6 kbps (Rel 0)(UL) Up to 307.2 kbps (Rel A)(DL)

Up to 153.6 kbps (Rel 0)(UL)

Up to 2.5 Mbps (Rel 0)(DL)

Up to 1.8 Mbps (Rel A)(UL)

Up to 3.1 Mbps (Rel A)(DL)

Bands: (MHz)

UMTS / CDMA2000 Radio Access Network Standards

WCDMA Logical / Transport / Physical Channel Mapping

Transport Channels

Physical Channels

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Logical Channels

F-BTCH

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CDMA2000 Logical / Physical Channel Mapping

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Data Octet Stream ISLP DS0 A5 User Traffic

56/64 Kbps PCM

DS0

A2 User Traffic

64 Kbps UDI DTAP/BSSMAP

SCCP

MTP 3

MTP 2

MTP 1

Physical Layer

A1 Signaling

GRE

Link Layer Physical Layer

A8 User Traffic IP

IOS Application TCP IP AAL5 ATM Physical Layer

A3/A7 Singaling

User Traffic SSSAR AAL2 ATM Physical Layer A3 User Traffic

MAP TCAP SCCP/SCMG Transport Physical Layer C/E

MIP UDP

IP MAC Physical Layer

User Application Data (IP/TCP, HTTP, etc.)

P-H A13/A15 Signaling

TCP/UDP

A13/A15

IP

RADIUS UDP

A12 User

IP

CDMA2000 Network Protocol Stack

RADIUS / DIAMETR UDP IP Link Layer Physical Layer P1

Interface between BSC and MSC

A1: Signaling for Call Control and Mobility Management

A2: Circuit Switched Voice Traffic

A5: Circuit based IP traffic (to the IWF and PDN)

Interface between BSCs/ANs/PCFs

A3: User data and signaling between the

source BSC SDU function and target BSC

A7: Signaling(Handover control) between

source/target BSCs

A13: Signaling(SC/MM function) between

source/target ANs/PCFs

A15: Signaling(inter-AN paging control)

between source/target ANs

Interface between BSC and PDSN

A10: IP user data between the BSC and PDSN

A11: Signaling between the BSC and PDSN

Interface between AN and PCF

A8: User Traffic between AN and PCF A9: Signaling between AN and PCF A14: Signaling between AN(SC/MM function) and PCF

Interface in Mobile IP Network

P1: Signaling between AAA and HA/FA P-H: Mobile IP user application data between HA and FA A12: Signaling between AN/PCF and AN AAA

Interface for Circuit Switched

C: Signaling between MSC and HLR E: Signaling between MSC and GMSC

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GRE

IP

Link Layer

A10 User Traffic

PPP

A11 Signaling

IP Link Layer

A11 Signaling UDP

A9 Signaling TCP/UDP

A9 User Signaling

IP

A14

IP

Physical Layer Physical Layer

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Trang 3

Frequency range

(UL) =uplink/reverse

(DL) =downlink/forward

(BS) =base station

(MS)=mobile station

W-CDMA(FDD) HSDPA/HSUPA cdma2000 (1xRTT) 1xEV-DO 1xEV-DV

Bands: (MHz) BC0) UL: 824 - 849 DL: 869 - 894 US Cellular

BC1) UL: 1890 - 1910 DL: 1930 - 1990 North American PCS

BC2) UL: 872 - 915 DL:917 - 960 TACS-Band BC3) UL: 887 - 925 DL: 832 - 870 JTACS-Band

BC4) UL: 1750 - 1780 DL: 1840 - 1870 Korean PCS BC5) UL: 411 - 483 DL: 421 - 493 NMT-490

BC6) UL: 1920 - 1980 DL: 2110 - 2170 IMT2000

BC7) UL:776 - 794 DL: 746 - 764 North American 700 MHz Cellular

BC8) UL:1710 - 1785 DL: 1805 - 1880 1800 MHz BC9) UL: 880 - 915 DL: 925 - 960 900 MHz

BC10) UL: 806 - 901 DL: 851- 940 Secondary 800 MHz

BC11) UL: 410 - 458 DL: 420 - 468

400 MHz European PAMR Band BC12) UL: 870 - 876 DL: 915 - 921

800 MHz PAMR Band

UL: 1920 -1980

DL: 2110 -2170 UL: 1850 - 1910 DL: 1930 - 1990 UL: 1710 - 1785 DL: 1805 - 1880 UL: 1710 - 1755 DL: 2110 - 2155 UL: 824 - 849

DL: 869 - 894

UL: 830 - 840 DL: 875 - 885 UL: 885 - 915

DL: 925 -960 UL: 2500 - 2570

DL: 2620 - 2690 UL: 1749.9 - 1784.9

DL: 1844.9 - 1879.9

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Multiple Access

Technology

Modulation and

filter type

Channel spacing

Symbol rate/chip rate

Frequency reuse

pattern (cell x sector)

Single user date rate

HPSK with RRC filter (a=0.22)

1 bit/symbol(UL) QPSK with RRC filter (a=0.22)

2 bit/symbol(DL)

HPSK with RRC filter (a=0.22)(UL)

QPSK and 16QAM with RRC filter (a=0.22)(DL)

Chebychev low pass(FIR) QPSK/HPSK,2 bit/symbol(UL)

QPSK,8PSK,160AM(DL)

QPSK,2 bit/symbol(DL)

QPSK,8PSK,160AM(DL) 5MHz 5MHz 1.23 MHz(US Cellular band) 1.25 MHz(other bands) 1.23 MHz(US Cellular band) 1.25 MHz(other bands) 1.23 MHz(US Cellular band) 1.25 MHz(other bands)

3.84 Mcps

1x1

384 kbps (single code) HSDPA(DL):Up to 13.976 Mbps HSDPA(UL):Up to 5.76 Mbps 95A: 9.6 or 14.4 kbps 95B: Up to 115 kbps Up to 153.6 kbps (Rel 0)(UL) Up to 307.2 kbps (Rel A)(DL)

Up to 153.6 kbps (Rel 0)(UL)

Up to 2.5 Mbps (Rel 0)(DL)

Up to 1.8 Mbps (Rel A)(UL)

Up to 3.1 Mbps (Rel A)(DL)

Bands: (MHz)

UMTS / CDMA2000 Radio Access Network Standards

WCDMA Logical / Transport / Physical Channel Mapping

Transport Channels

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Logical Channels

F-BTCH

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CDMA2000 Logical / Physical Channel Mapping

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Data Octet Stream ISLP

DS0 A5 User Traffic

56/64 Kbps PCM

DS0

A2 User Traffic

64 Kbps UDI DTAP/BSSMAP

SCCP

MTP 3

MTP 2

MTP 1

Physical Layer

A1 Signaling

GRE

A8 User Traffic IP

IOS Application TCP

IP AAL5

ATM Physical Layer

A3/A7 Singaling

User Traffic SSSAR

AAL2 ATM

Physical Layer A3 User Traffic

MAP TCAP

SCCP/SCMG Transport

Physical Layer C/E

MIP UDP

IP MAC

Physical Layer

User Application Data (IP/TCP, HTTP, etc.)

P-H A13/A15 Signaling

TCP/UDP

A13/A15

IP

RADIUS UDP

A12 User

IP

CDMA2000 Network Protocol Stack

RADIUS / DIAMETR UDP

IP Link Layer

Physical Layer P1

Interface between BSC and MSC

A1: Signaling for Call Control and Mobility Management

A2: Circuit Switched Voice Traffic

A5: Circuit based IP traffic (to the IWF and PDN)

Interface between BSCs/ANs/PCFs

A3: User data and signaling between the

source BSC SDU function and target BSC

A7: Signaling(Handover control) between

source/target BSCs

A13: Signaling(SC/MM function) between

source/target ANs/PCFs

A15: Signaling(inter-AN paging control)

between source/target ANs

Interface between BSC and PDSN

A10: IP user data between the BSC and PDSN

A11: Signaling between the BSC and PDSN

Interface between AN and PCF

A8: User Traffic between AN and PCF A9: Signaling between AN and PCF

A14: Signaling between AN(SC/MM function) and PCF

Interface in Mobile IP Network

P1: Signaling between AAA and HA/FA P-H: Mobile IP user application data between HA and FA

A12: Signaling between AN/PCF and AN AAA

Interface for Circuit Switched

C: Signaling between MSC and HLR E: Signaling between MSC and GMSC

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GRE

IP

Link Layer

A10 User Traffic

PPP

A11 Signaling

IP Link Layer

A11 Signaling UDP

A9 User Signaling

IP

A14

IP

Physical Layer Physical Layer

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www.javvin.com

UTRAN Interface

Iub:

Iur:

IuCS:

IuPS:

IuBC:

Interface between RNC and NodeB (Management of Iub Transport Resources, Logical O&M of Node B, Common/Dedicated Channels traffic management, Timing and Synchronization Management)

Interface between RNCs (Transport Network Management, Common/Dedicated Channels traffic management)

Interface between BSC/RNC and MSC (BSC/RNC management, call handling, mobile management)

Interface between BSC/RNC and SGSN (Packet data transmission, mobile management)

Interface between BSC and CBC

Location Service Interface

Lh:

Lg:

Ls:

Lb:

Lp:

Interface between SLMC and HLR Interface between GMLC and MSC/MSC Server Interface between SLMC and MSC/MSC Server Interface between BSC and SLMC

Interface between Peer SMLCs

SSCOP/SSCOPMCE ATM

MTP

MTP3-B

AAL5

M3UA SCTP IP BICC

TDM

SSCF-NNI

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Physical Layer

Circuit Domain Soft-Switch Interface

Mc:

Nb:

Nc:

Interface between MSC Server and CS-MGW Interface between CS-MGW and CS-MGW Interface between MSC Server and GMSC Server

Control Plane User Plane

Application TAF RLP

AMR, GSM, PCM Codec

SSCF-NNI AAL5

ALCAP STC MTP3-B SSCOP

Nb UP

AAL2 AAL2-SAR SSCS

User Plane

Nb UP RTPv2/RTCP UDP IPv4 or IPv6

AMR, GSM, PCM Codec

Application TAF RLP

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ATM Physical Layer

ATM

M3UA (optional)

MEGACO H.248 MTP3-B

AAL5 - I.363.5

SSCF-NNI

IPv4 or IPv6 IP

SSCOP

M3UA (optional)

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Physical Layer

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Application GTP-U UDP/TCP IP Physical Layer

CAP TCAP SCCP MTP

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Physical Layer

BSSAP+

SCCP MTP Physical Layer

Gs:

Gb:

Gn/Gp:

Ge:

Gc:

Gr:

Gf:

Interface between SGSN and MSC Interface between BSC and SGSN (Packet data transmission, Mobile Management) Interface between SGSN and GGSN

Interface between gprsSSF and gsmSCF Interface between GGSN and HLR Interface between SGSN and HLR Interface between SGSN and EIR

IP

MAP TCAP SCCP MTP

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Physical Layer

SNDCP Transmission

Network Service Frame Relay / IPv4 / IPv6 LLC Control Plane

BSSGP

Application

GMM/SM SM

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Physical Layer

ATM

RANAP SCCP

Radio Network Control Plane

AAL5

GTP-U UDP IP

PS Data User Plane

Application MM/SM/CC

Physical Layer

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RNSAP

AAL5

ATM

MTP3-B

ALCAP STC

AAL2

PDCP

Transport Network Control Plane

SCCP M3UA

RLC MAC FP

PS Data User Plane User Plane CS Data

TAF

CS Voice User Plane

AMR Codec RLP

Application

MM/SM/CC RRC

AAL2

RLC MAC FP

Application

Physical Layer

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RRC

ATM

ALCAP MTP3-B

PDCP

Transport Netw

Control Plane User Plane PS Data

AAL5

RLC MAC FP

NBAP

SSCF-UNI SSCOP

MAC FP

AAL2

Application

Broadcast Data User Plane

BMC

CS Data User Plane

TAF

CS Voice User Plane

AMR Codec RLP

Application MM/SM/CC

RLC

STC

Physical Layer

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ATM

SABP TCP AAL5

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IP

Physical Layer

UMTS Network Protocol Stack

MM/SM/CC

RANAP SCCP MTP3-B SSCF-NNI SSCOP AAL5

ATM

STC ALCAP

TAF RLP IuUP

AAL2

AMR Codec

MTP3-B SSCF-NNI SSCOP AAL5

Transport Netw

Control Plane User Plane CS Data User Plane CS Voice

AAL2-SAR SSCS Application

Physical Layer

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Physical Layer

GSM Interface

Abis:

A:

C:

D:

E:

F:

H:

Interface between BTS and BSC Interface between BSC and MSC/MSC Server Interface between HLR and MSC/MSC Server Interface between HLR and VLR

Interface between MSC/MSC Servers Interface between MSC/MSC Server and EIR Interface between HLR and AuC

DTAP

RSL

SMS O&M

Application

RRLP SUPS RRCP

speech (TFR, EFR, HFR, AMR)

CS data

LLC RLC MAC

TRAU frame

GPRS control and user plane

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GSM signaling plane GSM CS user plane

LAPD PCU

Physical Layer

LAP-Dm

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Control Plane RR/MM/CM

Physical Layer (GSM)

MAC

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Control Plane

RRC

IP/PPP PDCP User Plane

Physical Layer (WCDMA) RLC

CBS BMC

Air Interface

Um:

Uu: Interface between MS and BTS Interface between UE and NodeB

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Physical Layer LLP

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BSSAP-LE (BSSMAP-LE/DTAP-LE)

SCCP

RRLP

SMLCPP

MTP BSSLAP

Physical Layer

BSSAP

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BSSMAP SCCP

MTP

SMS DTAP-LE

RRLP

Physical Layer

DTAP

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Trang 4

3GPP IP Multimedia Subsystem (IMS) 3GPP2 Multimedia Domain(MMD) Databases

AAA

CSCF

PSTN/PLMN

PDN

MGW

MGCF MRFC

MRFP

Packet Data

Subsystem

Radio Accsss

Network

BGCF

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SIP-AS

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3GPP IMS / 3GPP2 MMD Common Reference Model

GSM/UMTS Network Evolution

CDMA Network Evolution

Radio Network

Core Network

IS-95A

14.4kbps

Circuit Switch Data

1xRTT

307.2kbps Packet Switch Data

cdma2000 Revision C

1xEV-DV

Forward Link: 3.1Mbps Reverse Link: 307.2kbps

cdma2000 Revision D

1xEV-DV

FL:3.1Mbps RL:1.8Mbps

1xEV-DO Revision 0

1xEV-DO

Forward Link: 2.4Mbps Reverse Link: 153kbps

cdma2000 Revision A

Forward Link: 307.2kbps Reverse Link: 307.2kbps

1xEV-DV Revision B

1xEV-DO

Forward Link: 75.3Mbps Reverse Link: 27Mbps

1xEV-DV Revision A

1xEV-DO

Forward Link: 3.1Mbps Reverse Link: 1.8Mbps

IS-41D

Signaling over IP

Circuit Switched Network

Legacy CS upgrade to NGN Packet Core Network

All IP Architecture Multimedia Services

Legacy Mobile Subscriber Domain Multimedia Domain

GSM

Packet Switched Data 171.2kbps

Circuit Switched Voice/Data

9.6/14.4kbps

EDGE

473.6kbps

3GPP Release 99 3GPP Release 4 3GPP Release 5 3GPP Release 6

IP Support for CN protocols

Bearer Independant CS Core Network IP Multimedia SubsystemIP Transport in UTRAN

Gb over IP

IMS Phase2 WLAN Interconnection PoC

MBMS

WCDMA UTRAN Down Link: 2Mbps HSDPADown Link: 14.4Mbps HSUPAUp Link: 5.76Mbps

115.2kbps Circuit Switch Data

GPRS

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www.javvin.com

To order Javvin publications:

Javvin Technologies, Inc

13485 Old Oak Way Saratoga CA 95070 USA www.javvin.com help@javvin.com 1-408-872-3881

Related Publications: TCP/IP Quick Guide

Network Protocol Map Network Security Map

Network Protocols Handbook

Network Management Map

WLAN Quick Guide

Wireless Technology Map Network Dictionary

3GPP2 Standards

3GPP Standards

3GPP Release 7

HSPA+

Up Link: 11Mbps Down Link: 42Mbps

QoS Improvement EDGE Evolution SIM High speed

ISBN: 978-1-60267-004-4 VOIP Quick Guide

Ethernet Quick Guide

Trang 5

3GPP IP Multimedia Subsystem (IMS) 3GPP2 Multimedia Domain(MMD)

Databases AAA

CSCF

PSTN/PLMN

PDN

MGW

MGCF MRFC

MRFP

Packet Data

Subsystem

Radio Accsss

Network

BGCF

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SIP-AS

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3GPP IMS / 3GPP2 MMD Common Reference Model

GSM/UMTS Network Evolution

CDMA Network Evolution

Radio Network

Core Network

IS-95A

14.4kbps

Circuit Switch Data

1xRTT

307.2kbps Packet Switch Data

cdma2000 Revision C

1xEV-DV

Forward Link: 3.1Mbps Reverse Link: 307.2kbps

cdma2000 Revision D

1xEV-DV

FL:3.1Mbps RL:1.8Mbps

1xEV-DO Revision 0

1xEV-DO

Forward Link: 2.4Mbps Reverse Link: 153kbps

cdma2000 Revision A

Forward Link: 307.2kbps Reverse Link: 307.2kbps

1xEV-DV Revision B

1xEV-DO

Forward Link: 75.3Mbps Reverse Link: 27Mbps

1xEV-DV Revision A

1xEV-DO

Forward Link: 3.1Mbps Reverse Link: 1.8Mbps

IS-41D

Signaling over IP

Circuit Switched Network

Legacy CS upgrade to NGN Packet Core Network

All IP Architecture Multimedia Services

Legacy Mobile Subscriber Domain Multimedia Domain

GSM

Packet Switched Data 171.2kbps

Circuit Switched Voice/Data

9.6/14.4kbps

EDGE

473.6kbps

3GPP Release 99 3GPP Release 4 3GPP Release 5 3GPP Release 6

IP Support for CN protocols

Bearer Independant CS Core Network IP Multimedia SubsystemIP Transport in UTRAN

Gb over IP

IMS Phase2 WLAN Interconnection

PoC MBMS

WCDMA UTRAN Down Link: 2Mbps HSDPADown Link: 14.4Mbps HSUPAUp Link: 5.76Mbps

115.2kbps Circuit Switch Data

GPRS

�� 

www.javvin.com

To order Javvin publications:

Javvin Technologies, Inc

13485 Old Oak Way Saratoga CA 95070 USA www.javvin.com help@javvin.com 1-408-872-3881

Related Publications: TCP/IP Quick Guide

Network Protocol Map Network Security Map

Network Protocols Handbook

Network Management Map

WLAN Quick Guide

Wireless Technology Map Network Dictionary

3GPP2 Standards

3GPP Standards

3GPP Release 7

HSPA+

Up Link: 11Mbps Down Link: 42Mbps

QoS Improvement EDGE Evolution

SIM High speed

ISBN: 978-1-60267-004-4 VOIP Quick Guide

Ethernet Quick Guide

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