1 Global Standards, the Key Global Standards, the Key Enabler for the Next Enabler for the Next Generation Network Generation Network Anthony Wiles Manager, ETSI PTCC [email protected]David Boswarthick Technical Officer TISPAN [email protected]ICT-OSA/Parlay Workshop, ICT-OSA/Parlay Workshop, Brazil March 2006 Brazil March 2006
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1 Global Standards, the Key Enabler for the Next Generation Network Anthony Wiles Manager, ETSI PTCC [email protected] David Boswarthick Technical.
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Global Standards, the Key Enabler for Global Standards, the Key Enabler for
the Next Generation Networkthe Next Generation Network Anthony Wiles
ICT-OSA/Parlay Workshop, Brazil ICT-OSA/Parlay Workshop, Brazil March 2006March 2006
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Structure
Telecoms trends - the push to converge
IMS - the platform for convergence
Next generation standards
ETSI TISPAN, making NGN standards
Conclusions
3
Structure
Telecoms trends - the push to converge
IMS - the platform for convergence
Next generation standards
ETSI TISPAN, making NGN standards
Conclusions
4
Changing Telecoms Trends
Fixed line usage is reducing dramatically for “classical” services
Mobile use is increasing steadily even though penetration is already high.
Broadband Internet deployment shows a rapid growth trend.
Broadband
MobileFixed
5
Operators Want
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Vendors Want
7
Customers Want
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These Trends are pushing for…
Fixed – Mobile Convergence (FMC) the integration of mobile and fixed technologies to enable the
seamless distribution of services over fixed and mobile broadband networks
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Converged User Experience
Today Tomorrow
BILLS
ANY SERVICE –
ANYWHERE
FREEDOM TO CHOOSE
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IMSIMS
FIXEDFIXED MOBILEMOBILE
Ho
me
Core
AccessCo
nn
ecti
vity
Use
r
HSSHSS
Services Location/Security
WCDMAGERANWiMAX WLANxDSL
Converged Network Overview
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Structure
Telecoms trends - the push to converge
IMS - the platform for convergence
Next generation standards
ETSI TISPAN, making NGN standards
Conclusions
12
IMS the Platform for Convergence
IMS is at the heart of Next Generation Convergent Networks
Mobile SIP-based IMS (IP based Multimedia Subsystem) is the core of both 3GPP (GSM evolved) and 3GPP2 (CDMA evolved) networks this is not simply a European view
Tomorrow’s entire multimedia mobile world will be “IMS” based
SIP (Session Initiation Protocol) based IMS is IP end-to-end Applications and services can be supported seamlessly across
all networks
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IP Multimedia Subsystem Open-systems architecture that supports a range of IP-
based services over the PS domain, employing both wireless and fixed access technologies
IMS is defined by 3GPP IMS standards define a network domain dedicated to the
control and integration of multimedia services. IMS is defined by 3GPP from Release 5 onwards
IMS builds on IETF protocols Based upon SIP, SDP, COPs and Diameter protocols 3GPP have enhanced these IETF protocols for mobility
What is IMS?
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Services and Control Adds call session control to the packet network (GPRS) enables peer-to-peer real-time services - such as voice,
video - over a packet-switched domain
Mixed Multimedia Ability to pick and mix various multimedia flows in single
or multiple sessions Can handle real-time voice, video, data
Connectivity Independence Provides access to IP based services independent of the
connectivity network: mobile (3GPP’s UMTS, 3GPP2’s CDMA2000) and fixed networks (TISPAN’s NGN)
What does IMS provide?
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Structure
Telecoms trends - the push to converge
IMS - the platform for convergence
Next generation standards
ETSI TISPAN, making NGN standards
Conclusions
16
Making Standards
THE STANDARDS ARENA IS
HIG
HLY
POPULATED
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What is being done?
3GPP members are working in the IETF to ensure that the underlying protocols fit with 3GPP (mobile service) requirements
3GPP has developed IMS, it is now stable, and is being enhanced
OMA is defining services based on the 3GPP IMS service platform
ETSI TISPAN is busy defining the NGN networkbased on 3GPP IMS
3GPP and ETSI TISPAN are meeting jointly to adapt 3GPP IMS to fixed access networks
ETSI TISPAN is feeding back to the ITU-T and creatinga set of implementable NGN Rel-1 Specifications
ITU-T has set the Framework for NGN
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NEXT GENERATION STANDARDS
Rapidl
y pro
duce
qua
lity g
lobal
stand
ards
that
can
imple
men
ted
locall
y
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Structure
Telecoms trends - the push to converge
IMS - the platform for convergence
Next generation standards
ETSI TISPAN, making NGN standards
Conclusions
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ETSI - TISPAN
What is ETSI? ETSI is an independent, not for profit
organization, whose mission is to produce telecommunications and ICT standards for the global market place.
What is ETSI TC TISPAN? TISPAN in an ETSI technical committee, dealing
with fixed networks and migration from circuit switched networks to packet-based networks
TISPAN focuses on all aspects of standardization for present and future converged networks including NGN
TISPAN produces detailed implementable deliverables that cover NGN services, architectures, protocols, QoS, security and mobility aspects within fixed networks
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Rel-1 bringing Multimedia conversational services Terminology, Strategy, QoS, Security, NNA & Identification, ENUM Requirements, General architecture, Early services and protocols Detailed architecture, Base services/protocols, 3GPP endorsements Operations Support Systems, Congestion control, NGN user data,
PSTN/ISDN emulation Rel-2 bringing new services and optimizing resources usage
Emulates the PSTN/ISDN Telephony service over an IP infrastructure This will enable use of the existing ISDN Supplementary services
TISPAN NGN R1 defines Voice Service (Simulation) Similar - but not identical - to existing PSTN service Including important supplementary services Based on IMS capabilities for basic voice call TISPAN extensions for simulation will to be included in Rel-7 of 3GPP
IMS
Standard capabilities with the aim of making the services applicable for other IMS networks than TISPAN IMS
e.g. mobile networks to facilitate seamless fixed mobile convergence for Telephony over IP services
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TISPAN NGN Architecture
(Access)Network AttachmentSubsystem
Access TransportNetwork Core Transport Network
IP
(SIP -based)IP Multimedia Subsystem
(Core IMS )
Resource ControlSubsystem
Responsible for elements of policy control, resource reservation and admission control. It also includes support for Network Address Translator and Firewall traversal.
Dynamic provision of IP address and other user equipment configuration parameters (e.g. using DHCP); User authentication, prior or during the IP address allocation procedure; Authorisation of network access, based on user profile; Access network configuration, based on user profile and Location
management. PSTN/ISDN emulationSubsystem
IMS
TISPAN xDSL Connectivity Network
PSTN/ISDN Emulation to support legacy terminals
PS
TN
/ O
ther N
etwo
rks
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Officially concluded 70 deliverables covering various Technical areas
A few Key Specifications remaining to be approved 12 are already published 50 are TB approved/in Publication process 8 remain to be approved, before mid'2006 (at TISPAN#10 in
February or TISPAN#11 in June)
TISPAN NGN R1
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NGN R1: Architecture
Key Published Specifications ES 282 001 on the TISPAN NGN Overall Architecture
Key Approved specifications ES 282 007 on the IMS architecture for fixed broadband access TS 182 006 on the endorsement of 3GPP TS 23.228 (IMS Stage 2) ES 282 003 on the Resource and Admission Control Subsystem ES 282 004 on the Network Attachment Subsystem ES 282 002 on the PSTN/ISDN Emulation Subsystem TS 182 012 on IMS-based PSTN Emulation architecture
Key Specification remaining to be approved TS 182 009 on Emergency Calls Architecture
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NGN R1 Protocols Key Published Specifications
ES 283 002 on the H.248 profile for Access Gateways Key Approved Specifications
ES 283 024 on the H.248 profile for Trunking gateways ES 283 018 on the H.248 profile for Border gateways ES 283 031 on the H.248 profile for media resource processors ES 283 035 on the DIAMETER profile for the e2 interface ES 283 034 on the DIAMETER profile for the e4 interface ES 283 026 on the DIAMETER profile for the Rq interface TS 183 017 on the DIAMETER profile for the Gq' interface TS 183 017 on the modification of the 3GPP Cx and Dx
interfaces TS 183 021 on interworking between IP networks
Key Specifications remaining to be approved (Feb'06) ES 283 003 (SIP/SDP profile) & ES 283 027 (SIP / ISUP
interworking)
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TISPAN#10 scheduled Feb 2006 Finalize/approve remaining NGN R1 Deliverables Define NGN-R1 Maintenance process Initiate work on NGN-R2 scope and definition
Subsequent schedule TISPAN#10bis on 3-7 April'06 WG7 (Security) collocated with 3GPP SA3 WG8 discussing a joint meeting with 3GPP SA5 Closer collaboration required with 3GPP for NGN-R1 and R2
convergence with 3GPP Rel-7
Need to define a strategy for 'Globalization' TISPAN_NGN R1 deliverables into the ITU-T NGN-GSI framework TISPAN contributions to upcoming SG13-11-19 meetings Making normative references where possible (avoid duplication)
TISPAN Next Steps
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TISPAN has incorporated the 3GPP IMSinto it’s NGN Architecture; i.e. a common IMS
3GPP and TISPAN are developing a single IMSthat incorporates mobile and fixed requirements
3GPP and ETSI TISPAN are meeting jointlyat both Plenary and WG level
TISPAN and 3GPP have a single Project Managerand harmonized Work Plans / Roadmaps,i.e. common work planning
Joint working: 3GPP & TISPAN
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Structure
Telecoms trends - the push to converge
IMS - the platform for convergence
Next generation standards
ETSI TISPAN, making NGN standards
Conclusions
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IMS is stable and clearly specified by 3GPP in Rel-6
IMS is the platform of choice for Mobile to Fixed convergence
Standardisation involves close coordination between different bodies such as IETF, 3GPP, TISPAN, OMA, ITU-T, etc.
Robust and open global standards are essential to the long term success of IMS and NGN
Doing Nothing is NOT a sensible option
Better to have planned convergence than unplanned collision
If you want to influence the standardization process, the time is to do it is …