lte device customization for operators
TRANSCRIPT
MediaTek Proprietary 1
Wireless System Communication & PartnershipCarrier Engineering Services
LTE Device Customization For
Operators
GCF China Workshop 2017
MediaTek Proprietary 2
None of the information provided in this material may be duplicated, reproduced or transmitted, either partially or completely, in any form or by any means, including, but not limited to, electronic, mechanical, photocopying, recording, or otherwise, without the prior permission of MediaTek Inc. or the customer this report is addressed to.
LTE Device Customization For Operators GCF Workshop, China
September, 2017
Released only to authorized users and shall not be redistributed to others than the intended person or company addressed. The material is protected under Mutual NDA and shall not be
shown visually or reproduced, copied in pictures or exchanged over e-mail with any other parties without MediaTek’s written approval
LTE Tech. & Device Evolution
Device Challenges for Markets
Device Customizations
1 2
3 4
INTRODUCTION DILEMMA
APPROACHES SUMMARY
Conclusion and Discussions
MediaTek Proprietary 4
1LTE TECH. & DEVICE EVOLUTION
MediaTek Proprietary 5
Technology Evolutions for Users & Services
3Gsuitable for Data
4G LTE with Big Chunks of Frequencies
One Efficient NetworkIP Voice Services + MBB + Some Things
Multiple Radios Voice + Mobile Broadband (MBB)
2G suitable for Voice
Clustered NetworkeMBB + More Things + Moving Nodes
+ Slicing + Verticals
Cu
rren
t Tr
affi
c /
Rev
enu
e
Use Cases
VideoWeb
VoiceVehicular
TelematicsIoT
AR/VR Massive IoTReliable Communication
NETWORK EVOLUTION
LONG-TAIL OPPORTUNITIES
5G Unified Air Interface
10X-100X SMART THINGS
MB
B
Low
Lat
ency
Ap
p
IOT
Changing Frame Structure
MediaTek Proprietary 6
Service Evolution vs. Users Demand
Mbps is the global average connection speed [Akamai’s 4Q’16]
CONTENTS
AWARENESS
DEMAND
EVOLUTION
» Growth for the mobile ecosystem is now being driven by the Contents & Services
6.1
File Sharing WebBrowsing
SoftwareDownload
Audio/Music Social Media Video
19%
23%
33% 34%
39%
50%Annual Growth Rate 2016-2022: Mobile Traffic by Application
Ericsson Mobility Report, 2016
Social Media Post
VoIP & ViIP
Video Services & Sharing
Streaming Video
Online Gaming
0.3
1.5
0.1
10
2
0.5
25
1
5
1.5
Text
HD Video
Voice
HD Video Sharing
HD Video
Video
Full
Min
HD Video
Video
Mbps
Limited efficiency leads to limited
content awareness
MediaTek Proprietary 7
Technology Trends in Different Markets
65%40%
50%
50% 50%
50%
50% 55%70%
90%
65%
70%
25%
0%
20%
40%
60%
80%
100%
2016 2022 2016 2022 2016 2022 2016 2022 2016 2022 2016 2022
Middle East &Africa
Asia Pacific Latin America Central &Eastern Eruope
WesternEurope
North America
Mobile Subscription per Region/Technology[Ericsson Mobility Report - 2016]
CDMA Only GSM/Edge Only TD-SCDMA WCDMA/HSPA LTE 5G
Commercial VoLTENetworks
Planned NB-IOT Networks
Commercial VoWiFiNetworks
Commercial LTENetworks
Commercial LTE-Aor Pro Networks
40
102
591
195
40
GSA Report, April 2017
Unlicensed Band CA
More CA & More MIMO
256QAM & Interf. Canc.
Carrier Aggregation
CSFB & VoLTE
MIMO &64QAM
Shorter TTI &Low Latency
eMTC & NB-IOTLTE & IoT
STANDARDS
LTE LTE-A ProLTE-A
MediaTek Proprietary 8
Timeline for IMT-2020 (5G) Development
5G
Spectrum
Technology
eLTE Radio True 5G
StandaloneNon-Standalone
5G Radio
ITU WRC-15
Full IMT 2020 compliance
LTE EPC (with potential evolutions)
Or Next Generation Core (NGCN)
ITU WRC-19
Leverage Existing sub-6
bands
Define New Bands
(e.g. mmWave)
3GPP 2017 2018 2019 2020 BEYOND5G preparation & LTE-A ProEvolution
1
2
All Types
Cellular Bands Higher Freq.
CoverageCapacity
20 Gbps Peak Rate
1ms Latency
1mil/Km2 Traffic Density
MediaTek Proprietary 9
LTE Modem Technology VariationsSe
rvic
es
Ne
two
rkB
road
ban
d
» VoLTE/SRVCC
» VoWiFi
» ViLTE/RCS
» LTE 4x2 MIMO
» L+G DSDS
150
50
Download
Upload
Cat
4 (
Mb
ps)
300
50
Download
UploadC
at 6
(M
bp
s)
300
150
Download
Upload
Cat
6/1
3(M
bp
s)
1000
225
Download
Upload
Cat
16
/15
(Mb
ps)
» eMBMS
» EVS (NB/WB)
» L+W/C DSDS
» EVS (NB/WB/SWB/FB)
» L+L Dual IMS
» UL 64QAM» LWA
» HPUE for TDD
» TDD+FDD CA » DL 256QAM
» 4x4 MIMO
» DL 4xCC, 5xCC
» DL 2xCC
» DL 3xCC & UL 2xCC
» LTE TDD, FDD» 3G, 2G, CDMA
TECHNOLOGY ADVANCEMENT HAS IMPLICATION ON DESIGN AND COST
NB-IOT
eMTC
Other IOT
Entry Segments Mid Tier Segments High End & Flagships
» eLAA
600
150
Download
Upload
Cat
12
/13
(Mb
ps)
MediaTek Proprietary 10
Platforms Versatility
Daily Life Apps
Min
Max
Ultra High Performance
Mid
Continuous Performance
Entry Level Premium TierMid Tier
Higher # of Cores with Faster CPU& Modem
Better Camera Resolution & higher RAM Capability
Bet
ter
Mu
ltim
ed
ia &
Scr
ee
n S
ize
Cluster Migration
Quad-core SoC2013
Big-Little HMP2014
True Octa-core2014
Deca-core Tri-Cluster2017
Max
Mid
Min
First Big.Little in SoC
First True Octa-core
First Tri-Cluster
Platform segmentations go inline withUsage requirements
ThermalAlgorithm
PowerManagement
Control
Scheduler
Info
Min
Coherent System Interconnect
Mid Max
MediumTask
Heavy Task
LightTask
More power-efficientLess power consumption & Longer Battery Life
Higher System PerformanceCPU & GPU
MediaTek Proprietary 11
2DEVICE CHALLENGES FOR MARKETS
MediaTek Proprietary 12
3GPP Bands
LOW
BA
ND
12, 13, 17282944205, 6, 18, 19, 268
MID
BA
ND
11214/66, 103, 92, 253932341
HIG
H
BA
ND
7304038, 41
UH
B
22, 424346/25x
OMD Must Make Hard Choices
Multi-mode Solutions
• Support all technologies with global bands needed: 2G, CDMA, TD-SCDMA, WCDMA, HSPA+, LTE, LTE-A
Global Solutions for LTE-A
• Support all major bands and band combinations for Carrier Aggregation
• Multi-sourcing suppliers for cost can results in conflicting band support
• Call quality impact?
• LTE Throughput impact?
• Power Consumption
impact?
Form Factor and Device
Components
Band Complexity –Harmonized globally, but Devices ?
• How to support as many technologies, bands and CA with effective cost
• How to get operator requirements and effectively commercialize with proper test
ODM may create different SKUs to address the hardware impact, and support as many bands needed
MediaTek Proprietary 13
IMS Integration Complexity
3GPP deals with radio side, GSMA is high level requirements, and IETF may not cover all possible call flows in VoIP operating on cellular side
SupplService
CodecsHTTP/ XCAP
SIPRTP/ RTCP
TCP/IP and UDP/IP
LTE RoHC (RTP) & Protocol Stack
IETF RFC/ 3GPP/GSMA
IMS CORE
TAS SCC AS
SupplService
CodecsHTTP/ XCAP
SIPRTP/ RTCP
TCP/IP and UDP/IP
Media
SIP
GSMA
IR.92
IETF RFC/3GPP/GSMA
SBC MGW
IMS CLIENT
& LTE
LTE EPS
& IMS
Operators want more IMS-enabled devices, but risks are high without
proper testing, cost to device vendor?
All interfaces are affected