TSDSI Workshop “Path to 5G” NSN views and · PDF fileTSDSI Workshop “Path to...
Transcript of TSDSI Workshop “Path to 5G” NSN views and · PDF fileTSDSI Workshop “Path to...
©2013 Nokia Solutions and Networks. All rights reserved.
TSDSI Workshop “Path to 5G” NSN views and requirements November 8th, 2013 Dirk Weiler, Head of Standards Management & Horizontal Nokia Solutions and Networks
11/9/2013
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The thirst for mobile data will continue to grow exponentially Support up to 1000 times more capacity
Video integrated everywhere
Billions of connected objects
Digital universe continues to grow exponentially
3D, high- and ultra-high definition screens
Everything from and on the cloud
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Our vision: Mobile networks are able to deliver one Gigabyte of personalized data per user per day profitably
Key requirements for networks towards 2020…
…for profitability and a quantum leap in flexibility
Support up to 1000 times more capacity
Teach networks to be self-aware
Reinvent Telcos for the cloud
Flatten total energy consumption
Reduce latency to milliseconds
Personalize network experience
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‘5G’ became hot topic in the industry this year
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NSN’s View on 5G
1,000 times more traffic
Reduce latency to
milliseconds
Reinvent telcos for the
cloud
Flattened total energy
consumption
Teach networks to be
self-aware
Personalize network
experience
Technology Vision 2020
Beyond 2020 / 5G
10,000 times more traffic
Flattened energy consumption, self-awareness, and personalized network
experience will continue to be key design principles of any future generation
Virtually zero latency
10-100 times more
devices
Up to 10 Gbit/s
More diverse applications (e.g. tactile
Internet)
5G is stretching far beyond 2020 and will enable a more scalable service experience
on demand. People and machines will enjoy a virtual zero latency gigabit
experience when and where it matters.
5G will not be a completely new wide area radio
technology, but an integration of both novel and existing
access technologies such as LTE-A and Wi-Fi
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Why Mmwave for 5G Enhanced Local Area Network? • Abundance of Spectrum @ 70-90 GHz band
• 10Gbps of Peak Rate and > 100Mbps Cell Edge Rate
• Utilize 2 GHz BW, Low Latency, Simple Air-Interface
• Spectrum well suited for deploying Pico/Femto Cells
• 100-150 meters ISD • Noise limited Scenario • Dynamic TDD
• Massive Antenna Arrays
• Antenna Geometries at Chip Scale
• Integrated Access and Backhaul
7 ©2013 Nokia Solutions and Networks. All rights reserved.
Why Mmwave for 5G Enhanced Local Area Network? • Abundance of Spectrum @ 70-90 GHz band
• 10Gbps of Peak Rate and > 100Mbps Cell Edge Rate
• Utilize 2 GHz BW, Low Latency, Simple Air-Interface
• Spectrum well suited for deploying Pico/Femto Cells
• 100-150 meters ISD • Noise limited Scenario • Dynamic TDD
• Massive Antenna Arrays
• Antenna Geometries at Chip Scale
• Integrated Access and Backhaul
India's innovative history Sir Jagadish Chandra Bose, in 1895, first demonstrated at Presidency College, Calcutta, India, transmission and reception of electromagnetic waves at 60 GHz, over a distance of 23 meters, through two intervening walls by remotely ringing a bell and detonating gunpowder. For his communication system, Bose developed entire millimeter-wave components such as: a spark transmitter, coherer, dielectric lens, polarizer, horn antenna and cylindrical diffraction grating.
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Regulation & Standardization
2013 2014 2015 2016 2017 2018 2019 2020
Release 12
ETSI Future Mobile Summit
WRC-15 Nov/2015
Release 13 Release 14 Release 15
LTE-Advanced evolution 5G system study? 5G standardization?
New 802.11xx HEW SG
IEEE 802.11 High Efficiency WLAN Study Group’s 1st meeting; next generation scenarios & requirements for 2.4/5 GHz
802.11ad/aj 802.15.3 Multi-Gbps @ 60 GHz
WRC-18/19 New Agenda Item, spectrum > 6GHz, including mm-wave
SPECTRUM STUDIES – sharing vision for „Beyond IMT-Advanced”
3GPP future evolution workshop, kick-off to follow research programs
IMT Vision workshop Feb/2014, creating possible requirements (as with 3G/4G), actual SDOs 3GPP or IEEE 2020 Vision for 5G, Nov/2013 Timing speculative
Licensed band
Unlicensed band
Regulation and standardization landscape
Spectrum allocation Requirement setting
Cellular standards licensed band
WLAN standards unlicensed band
9 ©2013 Nokia Solutions and Networks. All rights reserved. 11/9/2013
NSN view on 5G spectrum
•Spectrum is a fundamental resource for every system: •low frequency bands for large cells but with difficult access to new spectrum •high frequency bands for big chunks of unused spectrum but more difficult propagation conditions
•NSN is researching techniques for both frequency ends
Additional Spectrum: • allocated and put into use quickly • dedicated to mobile broadband on a technology neutral basis • Exclusive Spectrum Access preferred: Mobile Broadband requires predictable conditions for use of spectrum • Spectrum Harmonization important for global economies of scale and international roaming capabilities WRC2015 should focus on identification of new licensed spectrum in bands below <6GHz along Agenda Item 1.1. Further NSN support proposal to agree Agenda item for WRC18/19 during WRC15 to put frequency bands >6Ghz on the Agenda for identification for mobile use.
5G must be flexible in supporting new spectrum: (cell size, carrier frequency, system bandwidth and antenna technologies)
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• IPR policy needs to ensure that essential IPRs are available on FRAND terms. • IPR holders should be adequately and fairly rewarded for the use of their IPRs. • The intention of such policy is to support competition between interoperable products and services on
the market, rather than allowing holders of patents essential for this competition to block competitors. Focus on the most suitable technology for the standards.
• Early identification and disclosure of essential IPRs, especially in cases where the holder of essential IPR is not prepared to grant licenses under FRAND terms and conditions.
• Ensuring the future applicability of the standards in full respect of the rights of the IPR owner by requesting irrevocable FRAND licensing undertaking.
• Terms and conditions of the licenses to be determined by the parties • Policy needs to support negotiation of worldwide portfolio licenses, not a litigation of single patents.
• It is essential for TSDSI to create an IPR policy compatible with those of the other 3GPP members
IPR policies of involved SDOs must be compatible and balanced
11/9/2013
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We are future ready to bring our vision to reality 1GB of personalized data per user per day profitably
www.nsn.com [email protected]