ITU Vision and Framwork for IMT 2030.pdf

ITU Vision and Framwork for IMT 2030

1. ITU Vision and Framework for IMT – 2030
Ashok Kumar, DDG, Department of Telecommunications

2. ITU Vision and
Framework for IMT – 2030

Ashok Kumar, DDG, Department of Telecommunications

3. ITU-R Timelines

4. Vision and Framework for IMT 2030 / 6G

5. IMT 2030/ 6G Usage Scenarios

6. 6G Capabilities
9 Enhanced
capabilities
6 New
Capabilities

7. Immersive Communication

8. Immersive Communications
•50 Gbit/s.
•100 Gbit/s.
•200 Gbit/s
Peak Data
Rate

9. Immersive Communications
•300 Mbit/s.
•500 Mbit/s.
User
Experience
Data Rate

10. Immersive Communications
•45 bit/s/Hz.
•90 bit/s/Hz.
Peak
Spectral
Efficiency

11. Immersive Communications
•30 Mbit/s/m2
•50 Mbit/s/m2
Area
Traffic
Capacity

12. Immersive Communications
•500 Km/Hour
•1000 Km/Hour
Mobility

13. Massive Communication

14. Massive Communication
•1000000
devices per km
2
•1000000 00
devices per km
2
Connection
Density

15. Hyper Reliable Low Latency Communications
(hRLLC)

16. Hyper Reliable Low Latency Communications (hRLLC )
•1ms
•0.1ms
Latency

17. Hyper Reliable Low Latency Communications (hRLLC )
•1-10
−5
to 1-10
−7
Reliability
99.99999 % reliability

18. Hyper Reliable Low Latency Communications (hRLLC )
•1-10 Cm accuracyPositioning

19. Ubiquitous Connectivity

20. Ubiquitous Connectivity
•Access to communication
services for users in a
desired service area
Coverage

21. Integrated Sensing and Communication

22. Integrated Sensing and Communication
•Range/Velocity/Angle
estimation
•Object detection
•Localization
•Imaging
•mapping, etc
Sensing
Capabilities

23. Integrated AI and Communication

24. Integrated AI and Communication
•Distributed data processing
•Distributed learning,
•AI computing
•AI model execution
•AI model inference
•etc.
AI related
Capabilities

25. Interoperability

26. Interoperability
Interoperability refers to the radio
interface being based on member-
inclusivity and transparency, so as to
enable functionality(ies) between
different entities of the system.

27. Overarching Aspects : Design Principals

28. Design Principals
Security / Privacy /Resilience
Ubiquitous Intelligence
Sustainability
Connecting the unconnected

29. Security, privacy and resilience
•Confidentiality
•Integrity, and
•Availability
Security
•Protection of an individual’s personal information.
•Individual’s ability to determine whether, when,
how, and for what purpose such information is
collected and processed by others and for how
long it is retained.
Privacy
•capabilities of the networks and systems to continue operating correctly during and after a natural or man-made disturbance, such as the loss
of primary source of power, etc.
Resilience

30. Sustainability

31. Sustainability
Energy efficiency
Minimizing energy
consumption
Minimise use of resources

32. Potential New Services for 6G and Beyond
Holographic communication
Tactile and haptic Internet applications
Network and computing convergence
Extremely high-rate access
Connectivity for Everything
Vehicle-to-Everything (V2X)
Extended Reality (XR)
Multidimensional sensing
Digital Twin
Machine Type Communication
Proliferation of intelligence
Global Seamless Coverage

33. Area of Research and Product Development 1/3
Technologies for AI-native communications
Technologies for integrated sensing and communication
Technologies to support convergence of communication and computing architecture
Technologies for device-to-device communications
Technologies to efficiently utilize spectrum
Technologies to enhance energy efficiency and low power consumption

34. Area of Research and Product Development(2/2)
Technologies to natively support real-time services and communications
Technologies to enhance trustworthiness
Technologies to enhance the radio interface
Advanced antenna technologies
In-band full duplex communications
Multiple physical dimension transmission
THz communications
Technologies to support ultra-high accuracy positioning

35. Area of Research and Product Development 3/3
RAN slicing
Technologies to support resilient and soft networks for guaranteed QoS
New RAN architecture
Technologies to support digital twin network
Technologies for interconnection with non-terrestrial networks
Support for ultra-dense radio network deployments
Technologies to enhance RAN infrastructure sharing

36. What Next
ITU will firm
up these
requirements
It will release
evaluation
Criteria
SDOs will
develop the
Technology
and Submit to
ITU
ITU will
evaluate and
approve

37. Thank You

38. Ashok Kumar
Dy Director General
Department of Telecommunications
[email protected]
https://www.youtube.com/@5Gand6G
https://twitter.com/ashokumar100
https://www.linkedin.com/in/ashok100/