10. Recent R&D Results for mmWave - Components
10
Antenna/RFICforMobileDevice
Polarization Interleaved Array and CMOS RFIC/GaAs FEM at 28 GHz
360° Coverage Antenna and 16 Chain CMOS RFIC at 60GHz
Beamforming CMOS RFIC
EVM -25 dB
16-chain
Beamforming
Tx/Rx EVM
End-Fire Antenna
Dual-Pol. Antenna
60GHz Module with Array Antenna
Area
for Ant.
360
Coverage
Polarization
Loss < 3 dB
CMOS RFIC
Client
Embedded BB Embedded BB
Server
D2D Active Measurement System
Beamforming CMOS RFIC / GaAs FEM
GaAs FEM One-Cable Connection
CMOS RFIC
Horizontal-Pol. Ant.
Vertical-Pol. Ant.
28GHz Array Antenna Module
11. Recent R&D Results for mmWave - ChannelModeling(1/2)
Universities&ResearchCenters
StandardardizationPlan
ResearchProjects
5GChannelModelSIin3GPP(’15.3Q)
NYU,USC,KAIST,CATR,BUPT
mmMAGICin5GPPP,COSTIC1004 Action
LeadingChannelModelingActivitytowardOutdoorCellularDeployment
Gbps Data Rate Support Envisioned by mmWave Propagation Analysis
TX
TX
Measurement at NYU Campus Calibration between Measurement & Simulation
1 2 3 4 5 6 7 8 9 10
0
10
20
30
40
50
60
70
80
90
100
Measurement Index #
Angular
Spread
Angle Spread Comparison @ New York
NYU Measurement
New York Ray-Tracing
50 80 100 150 200
100
110
120
130
140
150
160
170
Distance between transmitter and receiver (m)
Path
Loss
(dB)
Comparison of propagation models : 28GHz
Measurment Samples - NYU Campus
Measurement-based Pathloss Model (NLoS)
Ray-tracing Samples - NYU Campus
Ray-tracing-based Pathloss Model (NLoS)
Ray-tracing Simulation Channel Modeling for Large and Small Scale
pathloss model LoS Prob.
Angle Spread Cal. Pathloss Cal.
12. Recent R&D Results for mmWave - ChannelModeling(2/2)
GbpsDataRateSupportEnvisionedbymmWavePropagationAnalysis
Multi-cell Analysis Shows Gbps-Transmission Feasibility in an Urban Environment
12
28 GHz (7 BS) 60 GHz (10 BS)
System Margin : 146 dB
Bandwidth : 500 MHz
Peak Data Rate : 2.2 Gbps
System Margin : 136 dB
Bandwidth : 2.16 GHz
Peak Data Rate : 10 Gbps
10 Gbps
5 Gbps
2 Gbps
1 Gbps
0.3 Gbps
0.1 Gbps
Outage
Building
Ray-tracing Simulation (Urban Micro Scenario)
Ottawa, Canada 3D Building Model
600m 400m
13. 13
Global5GInitiativeswithSamsung’sActiveEngagements
Global 5G R&D Activities
5G Forum Executive Board Member
Member of Giga KOREA Project
IMT-2020 Promotion Group
Member of Future Forum
Contributor to 863 Project
NYU Wireless Center
(Board Member)
Issued NOI on the use of
above 24 GHz for Mobile
5GMF
(5G Mobile Promotion Forum)
5G PPP Association (Full Member)
Leading and Participating the EU Flagship 5G Projects
5GIC Founding Member
14. 14
StandardizationandSpectrumAllocation
Expected 5G Timelines
2015 2016 2017 2018 2019 2020
< 6GHz SI
> 6GHz SI
RAN 5G
Workshop
‘15. 9
Rel-15
Rel-14 (15mon)
Rel-13
‘17. 6
‘16. 3
WRC-15 WRC-19
Rel-16
‘19.12
Further Enhancements
< 6GHzWI
> 6GHz WI
‘18. 9
IMT-2020
Specification
*Finalized *Finalized
Channel
Model SI
5G Standards 5G Phase I 5G Phase II
15. 15
Samsung’s white paper on 5G technology
is now available for download
on the company’s website.
(http://www.samsung.com/global/business-images/insights/2015/Samsung-5G-Vision-0.pdf)
