5g vision - inatel.br

Company confidential 1

5G vision

Fábio Silva ([email protected]) SIDI - Samsung Instituto de Desenvolvimento para a Informática

October 17th, 2016

Company confidential

Ⅰ Evolution of applications

Ⅱ Technology

CONTENTS


Motivations towards 5G (1/2) - Services in PC & wired access have moved to Mobile devices & Wireless access - History showed the real mobile data explosion has been beyond our expectations

Mobile Cloud Traffic [3]

Things Connected [4]

Mobile Data Traffic [2]

Global Mobile Connections [1]

2010 2020 Year

Num

ber o

f Dev

ices

12.5Bn

50Bn

2015 2020 Year

Byte

s /M

onth

3.7EB

30.6EB

2015 2020 Year

Perc

ent

3EB

27.8EB

2015 2020 Year

Conn

ectio

ns

7.3Bn (99%)

8.92Bn (114%)

*

[1] The Mobile Economy, GSMA, 2016 [2] Global Mobile Data Traffic Forecast Update, 2015–2020 , Cisco, 2016 [3] VNI Mobile Forecast Highlights, 2015-2020, Cisco [4] UMTS, “Mobile Traffic Forecasts 2010-2020 Report,” UMTS Forum, Jan. 2011

* EB (Exa Bytes) = 1,000,000 TB (Tera Bytes)


Motivations towards 5G (2/2)

Source: Cisco VNI Mobile, 2016

Video applications & services as the main driver of mobile data traffic growth.

Source: Ericsson Mobility Report November 2015

Mobile Video Traffic

2015 2018 Year

50%

+60%

% o

f all

appl

icat

ions

Source: Gartner, 2015


Evolution of Mobile Services: Connected Car

Traffic Manage-

ment

Traveler Inform-

ation

Public Trans-port

Vehicle and

Highway Cloud

Auto Repair Center

Social Network

Camera

Head- light

Engine

Tire

NW

Car Insurance

ITS (Intelligent Transport System)

Commercial Vehicle

Operation

Security against thefts

Emergency alerts (accidents) Fuel efficiency

Smarter navigation Remote control

V2X (V2V / V2R, etc) Car diagnosis

D2D: between vehicles or between vehicles and

surrounding infrastructures. For time-critical applications (e.g. safety in driverless cars) D2D would take a bigger role.


Evolution of Mobile Services: Connected Health

Cloud

Health Sensor Device

• Blood Pressure

• Calorie

• Glucose

NW

Blood Analyzer

Connecting all parts of a healthcare system: patients, doctors, hospitals, etc.


Evolution of Mobile Services: UHD streaming

7

Require data rate

ANYWHERE


Evolution of Mobile Services: Immersive video Korea Winter Games (Feb 2018)

Evolution of mobile services: beyound our imagination!


Evolution of Mobile Services: Holography

9

Hologram like services Huge content representation - Realistic object representation - High resolution - Information I/O possibility Require data implement hologram - Now, HDTV resolution: 2Mpixels - 60°field of view 40 inch HDTV resolution: 3.6∗1012𝑝𝑖𝑥𝑒𝑙 1.8 million times high resolution - Data(RGB 8bit, 60fps): 5,000Tbps HDTV hologram implement - Require 2 trillion calculation(1Mpixel) 50inch hologram display realization - Require thousands Super-HD spatial light modulator Sufficient visible region (clearly visible to the naked eye looking) real-time hologram image implement - Require 250,000 times HDTV resolution - Filed of view2~60°: 110MB~70GB

Samsung Confidential


Evolution of Mobile Services: All connected via cloud

Connected Car

Mobile Payment

Connected Health

Mobile Education

Smart Home

Connected devices

Cloud

Reliable High Speed Network


Ⅰ Evolution of applications

Ⅱ Technology

CONTENTS


5G requirements

Data Rate Comparison of 5G with 3G and 4G


5G architecture Integration of y dense network deployment of small cells with current networks (3G/4G)

4G (LTE/LET-Adv) Base Stations (BSs) form the primary macro-cell “coverage” layer, while the BSs in the higher (5G) or unlicensed frequency band form the secondary small-cell “capacity” layer. Support to 3 main services of 5G: • massive MTC: huge number of

devices to be connected and each device generate rather small size packets.

• URLL: fast and reliable data transmission.

• EMBB: fat “pipes” for broadband data transmission.

Each service has unique requirement and needs.


Disruptive RAN Technologies Some of those technologies could be maximized in Higher frequency bands: Beamforming, Massive MIMO and multi array antenna.


5G development timeline

2015 2016 2017 2018 2019 2020

Rel. 14 (16.3-17.3) Rel. 15 (17.3-18.6) Rel. 16: Complete 5G std. (18.6-20.3)

Requirements / Eval. Methodology (WP5D, ’16.2~’17.6)

5G Std approval (WP5D/SG5, ~’20.10)

Proposals / Evaluation (WP5D, ‘17.10~’20.2)

5G Req. Report (~‘17.2)

5G Eval. Meth. Report (~’17.6)

Proposals of candidate RITs and evaluations

(’17.10-’20.2)

5G Commercialization

Sharing studies (TG 5/1) WRC-15

WRC-19

Trial & Commercial

(ONLY PRESUMED!)

WP5D will define system parameters for sharing studies (‘16.2 – ’17.3)

US

JPN

CHN

KOR

Trial Commercial

Verification & Trial Commercial

Verification & Trial Commercial

Trial Commercial


5G Spectrum

USA: 3.85 GHz of licensed spectrum, 27.5-28.35GHz, 37-38.6GHz, 38.6-40GHz, 64-71GHz (July 2016) Korea: 28GHz Japan: 3.6-4.2GHz, 4.4-4.9GHz, 27.5-29.5GHz

ITU (global harmonization) • To be studied to avoid interference with current service. • To be defined in 2019 at WRC-19. • Candidate frequency bands: above 6GHz

[WRC-19 Candidates] (24.25-27.5), (31.8-33.4), (37-40.5), (40.5-42.5), (42.5-43.5), (45.5-47), (47-47.2), (47.2-50.2), (50.4-52.6), (66-76), (81-86)GHz

Company confidential 17

Thank you

Fábio Silva [email protected]

SIDI - Samsung Instituto de Desenvolvimento para a Informática

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