Download IPv6 based NGN

IPv6
based
NGN
th
CJK 7 Plenary: NGN-WG
(NGNv6)
(IPv6 based NGN)
Contents
1.Definition
2.Why need IPv6 based NGN?
3.Requirements and Architecture
4. Conclusion
Definition
• A Next Generation Networks (NGN) is a
packet-based network able to provide
Telecommunication Services to users and
able to make use of multiple broadband,
QoS-enabled transport technologies and in
which service-related functions are
independent of the underlying transportrelated technologies.
Characteristics
• The NGN is characterised by the following fundamental aspects:
– Packet-based transfer
– Support for a wide range of services, applications and mechanisms based on
service building blocks (including real time/streaming/non-real time services
and multi-media)
– Broadband capabilities with end-to-end QoS and transparency
– Interworking with legacy networks via open interfaces
– Generalised mobility
– Unfettered access by users to different service providers
– A variety of identification schemes which can be resolved to IP addresses for
the purposes of routing in IP networks
– Unified service characteristics for the same service as perceived by the user
– Converged services between Fixed and Mobile networks
– Independence of service-related functions from underlying transport
technologies
– Compliant with all Regulatory requirements, for example concerning
emergency communications and security/privacy, etc.
1. Key Feature of IPv6
Overall view of using IP
Internet
ISP
ISP
www.etri.re.kr
IPv4 Packet
Sender = 129.254.112.199
Receiver = 211.32.117.75
IPv4 Packet
User
(129.254.112.199)
IPv4 Packet
Sender = 211.32.117.75
Receiver = 129.254.112.199
www.daum.net
(211.32.117.75)
IPv4 Packet
Sender = 129.254.112.199
Sender = 129.254.112.199
Receiver = 211.32.117.75
Receiver = 211.32.117.75
IPv4 Packet
IPv4 Packet
Sender = 211.32.117.75
Sender = 211.32.117.75
Receiver = 129.254.112.199
Receiver = 129.254.112.199
2. Why need IPv6 based NGN
Overall Future Directions
2. Why need IPv6 based NGN
Vision of Next Generation Ubiquitous Networking
• Always on with Any devices
• Anytime, anywhere and in any form
• Voice and multimedia
• Self service, intuitive
• Simple for the end user
• Secure, trusted and reliable
2. Why need IPv6 based NGN
IPv6 Drive
 Ubiquitous network
 Grid networking
 Mobile computing
 Integration of Wireless and Wireline
 Home Appliances
 Peer-2-Peer applications
 Virtual Private Networks
 Multi-user gaming
 Internet-enable new devices
 Military applications
2. Why need IPv6 based NGN
Relationship between NGN and IP
 NGN, by definition, is identified an infrastructure using packet
technologies.
– There is no specific mention which packet technology NGN should use,
but generally assuming IP as a dominant packet technology today.
– There are also no specific statement to specify the version of IP such as
‘version 4’, ‘version 6’ or ‘version 9,’ but most parts of NGN related ITUT RECs are mainly assumed ‘version 4’
3. Definition and Scope
Definition of IPv6 based NGN
 IPv6-based NGN: This is a NGN which support addressing, routing protocol and
mechanisms of IPv6
 IPv4-based NGN: This is a NGN which support addressing, routing protocol and
mechanisms of IPv4
 IPv6-based Non-NGN: This is an IPv6 based packet network which is
not comply with NGN
 IPv4-based Non-NGN: This is an IPv4 based packet network which is not
comply with NGN
NGN
Non-NGN
IPv4 based
IPv4 based
IPv6 based
IPv6 based
Configuration of IP based Networks
3. Definition and Scope
Scope of IPv6 based NGN
IPv6 based service/application
Application
IPv6
xDSL Access
IPv6
Enabled
End-User
Functions
Service Stratum
Mobile Access
Wireless Access (WiMAX)
Core Network
Fiber Access
IPv6 based IP Connectivity
Scope of IPv6 based NGN
Enabled
Processing
4. Requirements and Architecture
Architecture of IPv6 based NGN
Applications [note1]
ANI
Management Functions
IPv6 enabled Application Support Functions & Service
Support Functions
Service User
Profiles
Service Control
Functions
Service stratum
IPv6 Enabled
Network Attachment
Control Functions
IPv6
Enabled
End-User
Functions
Transport User
Profiles
Resource and
Admission
Control Functions
IPv4 Non
NGN
[note2]
IPv6 Non
NGN
Transport Control Functions
IPv4
NGN
IPv6
NGN
IPv6-based Transport Functions
UNI
NNI
Transport stratum
Control
Media
Management
5. Conclusion
Combination of IPv4/IPv6 based NGN
 Continue to develop NGNv6 related Recs.
 Specify Service and Functional capabilities of NGNv6
 Develop NGNv6 based interworking
Voice
FMC
IPTV
MM
USN
Full-CAR
IPv6 based
IPv4 based
Managed IP
Converged Broadband (Fixed+Mobile)
Net-Rob
5. Conclusion
ITU-T Plans for IPv6 based NGN
 ITU-T SG13 has been developed framework recommendations of IPv6
based NGN.
 The concept and requirements of IPv6 based NGN will open one of the
important gateway to use IPv6 technology/systems under the umbrella
of NGN.
 According to the shortage of IPv4 based address which also impact to
the NGN deployment, IPv6 should be used more widely.
 In addition, ‘Ubiquitous Networking’ will require more addresses and
flexible but device/object targeted management which would be
benefited from IPv6 features .