IPv6 in UMTS
14
description
IPv6 in UMTS. [email protected]. IP in UMTS Addressing Migration IPv6 over the air Mobility Support. Presentation Outline. 3GPP UMTS Standard Network. 150 Million new users by 2003-2004 implies 500.000/day. Mobile Internet. 8 year (1992-2000) GSM. 4 year. - PowerPoint PPT Presentation
Transcript of IPv6 in UMTS
IPv6 in UMTS
IP in UMTS
Addressing
Migration
IPv6 over the air
Mobility Support
Presentation Outline
IPv6 in UMTS
3GPP UMTS Standard 3GPP UMTS Standard NetworkNetwork
UUTTRRAANN UUMMTTSS//GGPPRRSSBBaacckkbboonnee
((IIPPvv44))
SGSN
GGSN
L1
RLC
PDCP
IP
TCP/UDP
Appl
RBS RNC
MAC
L1
RLC
MAC
PDCP GTP-U
Relay
L2/L1
UDP
IP
GTP-U GTP-U
Relay
L2/L1
UDP
IP
L2/L1
UDP
IP
L1
L2
L2/L1
UDP
IP
L1
IP
TCP/UDP
Appl
GTP-U
IP IP
L2
Gn/Gp GiIu-PSUuUE UTRAN SGSN GGSN Host
UE
EExxtteerrnnaallPPLLMMNNGp
GnHost
IIPPNNeettwwoorrkk
User level IP
Transport level IP
Iub
IPv6 in UMTS
929304600
1996 1998 2000 2002 20040
200
400
600
800
1,000
(Mil
lio
ns
)
Fixed
MobileInternet
In 1999: 100 M PC’s 275 Mobiles
Mobile Internet
4 year8 year (1992-2000) GSM
150 Million new usersby 2003-2004 implies 500.000/day
1980: 200 user on 1 mainframe2000: 1 mobile + 1 PC per user2020: 200 Embedded, wireless devices per user
@ 2B humans is 400B
IPv4 addresses: 4B theoreticalChina: 9 MillionEurope: 80 MillionUS gov. 168 Million
Growth of the Mobile Internet
IPv6 in UMTS
Benefits of IPv6
• Almost unlimited number of addresses• Built in security support (IPsec)• Built in mobility support (MIPv6)• Efficient routing • Features for simplified Network management• Same level of QoS support as in IPv4 with potential
improvement
IPv6 in UMTS
Addressing of a 3GPP Network
GGSSMM//EEDDGGEEBBSSSS
CCoorree NNeettwwoorrkkSGSN
RBS
RNS
RBS RBS
UUTTRRAANN
RBSRBS
RBS
SGSN
LLOONNGG HHAAUULL PPRROOVVIIDDEERR
OORR CCOORREE NNEETT EEDDGGEE
RNC
GGSN
/35 or /48prefix /48 NLA or
/64 NLA
IPv6 in UMTS
User level addressing in a 3GPP Network
• Possible scenarios– Stateless Address Autoconfiguration*
– Stateful Adress Autoconfiguration (DHCP client in the UE)
– Stateful Address autoconfiguration (DHCP client in the GGSN)
– Static Addresses in the HLR
IPv6 in UMTS
End to end incompatibility vs connectivity layer incompatibility
IPv6 domain
IPv4 domain
V4 backbone
Edge routerTranslator
V4 edge router / GGSN
V6 UEV4 hostEnd to end
IPv6 in UMTS
Translation
RBS
GERAN UTRAN
Core Network
GGSNSGSN SGSN
RBS
RBS
RNS
RBS
RBSRBS
RNC
Service Network
TranslatorIPv6 DomainIPv4 Domain
IPv6 in UMTS
IPv6 domain
IPv6 domain
V4 backbone
6 to 4 edge router
V6 edge router
6 to 4 relay router
3 13 24 16 64 bits8
TLA NLA SLA001 Interface IDRES
Public Topology
SiteTopology Interface Identifier
V4_Addr
6-to-4 tunnelling
IPv6 in UMTS
IPv6 over the air• ROHC approved by 3GPP• For optimal Header Compression, changes in headers within
one connection should be minimised. • Limit the use of IPsec for IP signalling and other mandatory
scenarios. • Enable partial UDP checksum for real time applications (UDP
Lite)
IPv6 in UMTS
IPv6 mobility support (MIPv6)
Home Network
System A(UMTS Foreign Network)
MobileNode (MN)
CorrespondentNode (CN)
HomeAgent
System B(BT/WLAN Foreign Network)
HA/MAP
Access Router
CorrespondentNode (CN)
GGSN
IPv6 in UMTS
MIPv6 …cont
UTRAN OtherGSM
Mobile IP
GPRS CN(GTP)
RAN
CoreNetwork
IP Network
IPv6 in UMTS
Questions ?
