Roads to a Super-Connected World for Future - Deng Taihua.pdf · 3G 14M LTE cat 4 150M HSDPA 10X...
Transcript of Roads to a Super-Connected World for Future - Deng Taihua.pdf · 3G 14M LTE cat 4 150M HSDPA 10X...
Open collaboration across industries
Heavy investment in technological innovations
Evolutionary commercialization strategy
Open collaboration across industries
Health Edu. Gov. Other
Sectors Telecom
Silos in the past
Telecom
Health
Edu. Gov.
Other
Sectors
Key
Founder
5GVIA 5GIC
Key
Founder
Board
Member
5GPPP
Board
Member
METIS
182 Papers
……
on 5G new air
technology,
new architecture, etc
(by 2014)
Heavy investment in technological innovations
Stockholm, Sweden •System Architecture
•Algorithms
Paris, France •Standardization
Munich, Germany •Verticals
New Jersey, USA •5G Transmission
Ottawa, Canada •5G Radio
•Network Architecture
5G Research Centers in China •Shen zhen
•Shang hai
•Cheng du
Moscow, Russia •Fundamental
Algorithms
500+
9
One Physical Network
Multiple Industries
Virtualized
architecture
Flexibility &
Spectrum Efficiency
New Air Interface
Aggregate All Available
Bands
All spectrum access
Intensive technological innovations
Intensive technological innovations
New air interface
SCMA
F-OFDM
Polar Code
Full Duplex Massive MIMO
Mobile
Internet
Internet of
Things
One air interface fits many applications with high flexibility, at least 3x spectrum efficiency improvement
Adaptive
Air Interface
Mobile broadband
.....
Internet of Vehicles
Smart grids
5G SDN / NFV …
Single physical network for different applications
Virtualized architecture
Intensive technological innovations
Slicing
Single wireless access network
with
Unified access technologies
All spectrum access
5G Complementary Bands for Capacity, 45GHz available 5G Primary bands
WRC15
Allocate >500MHz for ITU-2020
WRC19 45GHz available
for future Cellular Access and Self-Backhaul
Visible
Light 1 4 2 6 3 5 10 50 40 30 20 60 80 70 90 GHz
Cellular
Bands
Intensive technological innovations
Evolutionary commercialization strategies
• 4.5G Pave the Road to 5G • Maximize ROI of 4G
• Stimulate demand for 5G
• Extend market leadership from 4G to 5G
Here Comes 4.5G!
Faster Speed
1 Gbps 3x 4G
More Connections
100K / KM² 100x 4G
Lower Latency
10ms 1/5 4G
5G 10G
4G 300M
4.5G 1G
5G 1ms
4G 50ms
4.5G 10ms
4G 4.5G 5G
2010 2015 2020
5G 1Million
4G 1000
4.5G 100k
4.5G Technology innovations
Cloud EPC, Apps
Shorter RTT
Lower
Latency
LTE-D
LTE-M
Massive
Connections
SOMA
256 QAM
Massive
MIMO/
3D BF
Faster Speed
(1Gbps)
LAA
Flexible Bandwi
dth
Massive
CA
Sep 2014
R12 256QAM(WI)
D2D(WI)
R13 SOMA/NOMA(SI)
Massive CA (WI)
D2D enhancement(WI)
R13 LAA (SI)
3D Beamforming (SI)
LTE-M (SI)
Dec 2014
R13 0.5ms TTI (SI)
March 2015 2016
First Commercial
Launch
4.5G Industry Progress
Operator System Chipset/Module
… …
700 781 852
540 610 630 680 704 630 640 370 370
550 550 360 360
New Licensed
Spectrum
Need to be
Doubled by
2020
In Use
IMT2020 Requirement
Gap
Unit: MHz
Spectrum Status (<6GHz) by Regions and Countries
Source: ITU,GSMA, Huawei m-Lab
Huge Spectrum Gap for 4.5/5G by 2020
WRC-15: C-Band/L-Band Spectrum,
500MHz ~1000MHz in Sub-6GHz for IMT
Candidate Bands
in Sub-6GHz
1960
Glance of Europe Spectrums for 4.5G
Low frequencies: Premium bands for cIoT
Existing 2/3/4G spectrum: Fundamental layer for 4.5G
TDD spectrum: Unlash TDD potential
Unlicensed spectrum: Creating More Capacity
3.5GHz TDD (Band 42)
2.6GHz TDD (Band 38)
2.3GHz TDD (Band 40)
2.1GHz (Band 1)
1.8GHz (Band 3)
900MHz (Band 8)
800MHz (Band 20)
700MHz (Band 28)
450Mhz (Band 32)
2.4/5GHz Unlicensed
2.6GHz (Band 7)
1.9GHz TDD (Band 39)
1.4GHz (Band 32)
3.7GHz TDD (Band 43)
General In use
Partial In use
Rare In use 100M
1G
6G
3.5G