5G Evolution In Nutshell
1
User Generated Content
360 virtual touring
Immersive virtual reality
TRAFFIC EXPLOSION
50B
GB
Monthly Mobile Traffic by 2021
Interactive Medicine
75
%
Video Traffic in Mobile Data by 2021
Augmented Reality
Instant Apps
FIBER LIKE WIRELESS CONNECTION
1.6
GB
DoU 2016
Live Sports
6.8
GB
DoU 2021
Connected Cloud
2
5G Enable the Digitalized Full Connected Society Work and play in the cloud
Mission critical applications
VR/AR
Smart Home/Building
mMTC 1M / KM²
Connected Drones
eMBB 10Gbps
3D Video, UHD Screen Augmented reality
Connected Cars
uRLLC
Self driving car
1ms Wireless Robotics
Smart City Industry automation (Industry 4.0)
Wireless Broadband Comparable to FTTx Step by Step Target: By 2020 50% Households > 100Mbps
5G Home Access X Gbps Throughput
Target: By 2020 100M Households > 100Mbps
Fast
4.5G
5G LF
5G(LF+HF)
TDD massive CA 4T4R
FDD+ TDD C-band M-MIMO 0.5-1Gbps
FDD+ TDD C-band+ mmWave 1G-5Gbps
30-100Mbps
TTM & ROI Position of WTTx
2016
2018
2020
• Complement of FBB
• Standalone super broadband
• Alternative of FTTx
3
5G Industry Progress, And it’s Now the Reality Global 5G User
M
Full IMT 2020 NR
SA NR
NSA NR
400
Rel - 16
Rel - 15
Forecast: Ovum
eMBB/uRLCC/mMTC
eMBB
5G Population Coverage
CPE NSA
2017 5G Trial
2018 Pre-Commercial 5G
SmartPhone NSA/SA
2019 Commercial 5G
SmartPhone/ IoT Modules
22
%
Forecast: GSMA
eMBB/IoT/V2X
2020
2022
Global Massive 5G Deployment
4
Transition to 5G
ARCHITECTURE
RAN
TRANSPORT
SERVICES
SPECTRUM RAN
SITES
Make 5G Happen, Rather than Wait It Happen
5
Make 5G Ready Network Today
Core
5G READY
INITIAL STAGE 5G
FULL FLEDGED 5G
INFRA READY
ARCHITECTURE READY
FUNCTION READY
ALL CLOUD CORE
CP UP
VIRTUALIZATION
MEC
SERVICE ORIENTED CORE SLICING
Transport
PLATFORM READY 10GE TO SITE
RAN
50GE TO RING
SITE MODERNIZATION 5G ORIENTED 4G NETWORK
ARCHITECTURE READY
C-BAND MACRO mmWave
All Cloud Mobile Network Era
SLICING
SITE DENSIFICATION INDOOR COVERAGE
RAN
CLOUD
6
Architecture
RAN
SA is Strategy Target, NSA is a Short Term Selection Fast 5G deployment at initial stage with eMBB only NSA
1.
(Non-Standalone)
2. 3.
Upgrading Existing 4G EPC
Deployment Scenario: Small scale non-continuous 5G coverage (hot spots) NSA supports basic 5G services: eMBB & FWA Existing EPC needs upgrade
5G UE
Fast move to 5G at initial stage with full 5G services SA
1.
(Standalone)
2. 3.
Introduce new 5G Core
4G UE
Deployment Scenario: Significant scale continuous 5G coverage Supports eMBB/uRLLC/mMTC No impact on existing 4G core, needs new 5G core
5G UE 7
Architecture
RAN
C-band as Primary Band, mmWave as Supplement Band Global Auction Status and Plan 2.6GHz
Sub 1GHz USA Europe
3.5GHz
4.8GHz
26Ghz
28GHz
Band n77
n79
n258
n257
3GPP R15
C-BAND as Primary Band
Global Harmonization 100MHz / Operator First priority 3.5Ghz
40GHz
n260
Primary wave Second wave or TBD
Under Consi derati on
China Japan Korea
37GHz
2600MHz as Candidate
mmWave as Supplement
Wide bandwidth available 800MHz/Operator Large path loss FWA (Outdoor CPE) / Hotspot
Better coverage than C-band Narrow bandwidth (<40Mhz 80% operator)
600/700MHz for wide coverage
Deep and wide coverage Narrow bandwidth (<20Mhz 80% operators) URLLC / mMTC 8
Architecture
SingleRAN Pro: 5G Era Fundamental Network
RAN
Best Mobile Network Infrastructure Huawei 5G Ready Ultra-Wide Ba(UWB) Radio Family “1 + 1” Antenna
Ultra Broad
Sub 3 GHz All in One Antenna MIMO Massive
3.5 GHz
2~3 Antennas / Sector 2600 MHz 2300 MHz Capacity
Multi-Band RRU & Power Sharing
AWS / PCS 2100 MHz 1800MHz
4T4R @ 1800~2100MHz 2T4R @ 700~900MHz Support 5G NR
One Band One Module
1400 MHz 900 MHz Coverage
“1+1” Antenna
BBU59
900 MHz
00 Concurrency 2G/3G/4G/5G Satisfies 4G + 5G Capacity Demand Legacy Boards Compatible
700 MHz
Challenges on Capability
“N-in-1” Radio All Technologies in 1 Base Station
5G Ready Base Station
Current Base Station
Massive MIMO Baseband
All Businesses Connected: Redefining the Fundamental Network VoLTE & IoT Relies on 4G Coverage
10x Traffic Boosts on 4G Site Massive Sector
VoLTE Plus (+5~7dB)
Low Band
5x Air Latency Reduction to Monetize Experience RTT (Round-Trip Time)
RRU 2T4R(+2~3dB) Massive MIMO
6 Sector@4T4R
Massive Spectrum
RTT with Short TTI (2 ms)
33 ms Win
RTT with Normal TTI (10ms) Multi-Band RRU
Unleash Low Frequency Value
Reduce Cost Per Bit
Enable New Business Model 9
Layered Network
Architecture RAN Full-scenario Coverage
LampSite Enable Indoor Digitalization Everywhere DAS does not support High Band 5G NR
Indoor network is mandatory in 5G Era Traffic 2020
40 Loss(dB/100m)
Traffic Now 20% by IBS
20% by Macro
80% carried by Macro Outdoor
80% carried by IBS
Indoor
Multi-operator Sharing Scenario pRRU 5913
30
24.2 16.6
20
x
> 3GHz
18.1
11.6
x 4T4R/8T8R
10 0 960M 1.8G 2.1G 3.5G 5G 7/8”coaxia ½ ”coaxial
Outdoor
LampSite Sharing
30.7
LampSite Grid Coverage-oriented Scenario
Mobile Site Residential /VIP Scenario
pRRU 5920
4 Operators Sharing
2-4 x Coverage wt. External Antenna operator A
operator B
operator C
operator D
10
Huawei Leads the 5G Industry Development Pioneering 5G NR Standardization
Huawei XLab Incubating 5G Use cases
271+ IndustryPartners E2E Slicing
Massive MIMO-Type 2
47+
UL/DL Decoupling
Drone
Tele-operated Driving
Connected Factory
3D Beamforming
Most Mature M-MIMO, 95% Global Share
Innovation Projects
Smallest C-Band MMIMO AAU
Best Power (-65dBM) Widest BW (1GHz) mmWave Radio
UL DL Decoupling for Extended 5G Coverage
Guiding Helmet
Connected eHealth
Building Ecosystem & Exploring 5G Services
11
Technical Comparison in Korea: 5G Enables 1Gbps Outdoor DL THP [Gbps]
2.1
C-band DL Drive Test in Gangnam, Seoul, Provides 1Gbps Outdoor Everywhere
1.8
LTE 3CC(50MHz)
NR
1Gbps in 98% area
1.5
1.2
0.9
Up to ~10x
0.6
Experience
0.3
0 1
101
BS
201
301
401
501
601
Time [s]
TUE 300m
400m NR
64T64R 100MHz; 10 Cells
4T8R
LTE 3CC(50MHz) >1000Mbps [800, 1000] <800Mbps
12
End-to-End Full Series 5G Products Available in 2018
Sub-3G C-band 64T
C-Band C-band 32T
mmWave 26/28GHz
BBU Single Baseband board
5G CPE Sub6GHz
mmWave
Start
2009
2018
2019 13
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