Next Generation Mobile Broadband
@ M-ICT Era
19 Nov 201519 Nov 2015
2
Part 1
Part 2
Network Architecture Evolution
Mobile Broadband Evolution
3
Seamless experience
for life and work
Network security and
privacy comes into
the spotlight
Ubiquitous
connectivity for tens
of billions by 2020
Convergence and
interaction of
physical world and
digital world
The Telecom Industry Enters A New Era
4
Alibaba Global Shopping Festival
USD 9.3bn
5
Ubiquitious
Connectivity for M-ICT
Fixed and Mobile
Convergence
Cloud Services
Big Data Policy & RegulationSDN and NFV
Network & Business Transformation:
Discover Value From Information
6
ZTE M-ICT Strategy
Become a Distinguished Global Leader in the M-ICT Era
Enrich people’s life Help Government and
Enterprise improving
efficiency and upgrading
Help operators transforming
and creating value from data
traffic
© ZTE Corporation. All rights
reserved.
Smart City and IoT – major drivers of
next round ICT evolution
From Smart City 2.0 to 3.0
- Build 140 Smart Cities in 40 countries,
like China, Italy, France and Russia
- Smart City 2.0: Unified Data Platform
- Smart City 3.0: Big Data Application
Infrastructure
Network
Service
Provide
System
Integrate
Network
operation
G&E
Business
Delivery
Support
Business
Model
ZTE Strategy – Smart City
8
Public Safety
Big data analysis on
social relations,
intelligent video analysis
Wireless
Charging
Wireless charging
solution for automobiles
reduces cost
Rail Transit
LTE-R supports various
railway wireless services
and speed up to 500 km/h
ATG Broadband
Air to ground broadband
provides wireless network
services for passengers
Innovation on Enterprise Solutions
9
SDN&NFV Enabling Network Architecture Evolution
SDNSDN
NFVNFV
• Connectivity at layers 1/2/3
• Flow Control
• Network Virtualization
• COTS for Central Controller
• Generic Packet Forwarder
• Initial Application: DC, Backhaul
• Network Functions decoupled from
hardware
• Operate on top of physical or virtual
networks
• COTS hardware
• Initial Application: Core Networks
(e.g. IMS, EPC), VAS, etc
SDN + NFV
• Optimized Solution
• Difficult to migrate initially
• Most Likely Initial Application: GI
LAN, vEPC, vBRAS
10
SDN/NFV Virtualized Network Architecture
SDN Controller – Network Virtualization
Network Function
Physical Layer (Forwarder)
Network Orchestration
Business Orchestration
11
NFVI SDNC
CMP3
Service Chain
MANO
CMP5
CMP2
CMP4
CMP1
TC/TF
CMP7CMP6
NFVI SDNC
CMPb
Service Chain
MANO
CMPd
CMPa
CMPc
…
CMPfCMPe
TC/TF
NFVI SDNC
CMPii
Service Chain
MANOCMPi…
CMPivCMPiii
TC/TF
Agile and Elastic Network Architecture
Network Slice 1Network Slice 1
Enterprise CloudEnterprise Cloud
Network Slice 2Network Slice 2
Bearer
Layer
Service
Layer
Management
Layer
SDNC
NSO
OSS
BSS
Big Data
Capability Open Platform(iTOP)
NaaS BaaS DaaS
RRU/PicoRRU
BBU Pool
MANO
Agt
MANO
Agt
MANO
SDNCCMPCMP
CMP
Backhaul
Core IP NetworkMetropolitan IP Network
Metropolitan Optical Fiber
Network Trunk optical Fiber networkAccess
Edge Data Center Region Data Center Center Data Center
Orchestration
and
Management
Access Cloud
Transportation Network (IP and Optical)
Part 1
Part 2
Network Architecture Evolution
Mobile Broadband Evolution
13
Evolution of Mobile Technology
2G-3G 4G 5G
Voice/SMS
Data
Voice/SMS
Data
Internet of Everything
Digital Industry
Internet of Everything
Digital Industry
Data Monetization
Digital Life
Data Monetization
Digital Life
14
Ubiquitous Connectivity Mobile Vision
ZTE Unique
Differentiators
LTE-A 5GPre-5GLTE
2012 202020152010
• Meet Operator capacity
demand before 5G is
standardised
• Based on 4G networks
• Employs mature 5G
technology by ZTE
• Higher performance
• Larger coverage
• Higher spectrum
efficiency
• Speed x10~100
• Capacity x1000
• Billions connected
• Service network
In-house Chipsets Innovative Platform Leadership in 5G
15
Innovations Backed By In-house End To End Chipsets
Capacity:
• 3.6T bps switching on one
Chip, One Chip up to 10M
IPv4 FIB or 2M IPv6 FIB
Technology:
• 16nm/14nm
Integrations:
• High integrated OLT Chip, L1
to L3 integrated RAN Chip
Multi-Mode:
• Multi-Mode RAN and PON
Access
Network
Bearer
Network
Core
Network
ZTE…
Software
define
Services
Security
Low Power
Cost Down
FMC720+
20+ years IC Design R&D, Chipsets (fixed, wireless and terminal)
16
Milestones of Wireless Innovation
• 2008, World’s First
Distributed SDR,
Leading in Multi-Mode
Convergence
• Mainstream Network
Solution Nowadays
SDR/Uni-RAN
• 2012-2014, The Only
Vendor to Implement
Enhanced CoMP
• Achieve Equivalent
Performance of CoMP
with 1/10 backhaul
Bandwidth
Cloud Radio
UE
X2
X2
• 2010-2012, No.1 in
• C-RAN Deployment
and exploration
• Candidate
Architecture for 5G
C-RAN
2008 2010 2012 2014
• 2014.06 First Vendor
to Propose Pre5G
• Pre5G includes
Massive MIMO, Ultra
dense network, Multi-
User Shared
Access(MUSA)
Pre5G
2015
17
LTE-A Pro Evolution
LTE-MLTE-M LTE-ULTE-U
256QAM256QAM Massive CAMassive CA
LTE-A ProLTE-A Pro
18
Pre5G Solution: Enjoy 5G Benefit In Advance
Pre5G
5G Tech.
From
2015
5G-like
Experience
4G UE
3D-MIMO
11
1313
3030
2121
DL: 293Mbps
UL: 36Mbps
DL: 293Mbps
UL: 36Mbps
19
IMT-2020 5G Standard Progress
Rel. 13 Rel. 14 Rel. 15 Rel. 16
5G Launch
20
IMT2020 - 5G Application Scenarios
Enhanced Mobile Broadband
Massive Machine Type
Communications
Ultra-reliable and Low Latency
Communications
21
Massive
MIMO
UDN
Ultra Dense
Networking
MUSA
Multi-User
Shared Access
Focus on Practical 5G
Technologies and Lead 5G
Commercial Progress
Build Flexible & Efficient
Network and Devote to
Technical Enabler of M-ICT
SLA
Soft Link Adapter
SDA
Soft Defined
Air interface
SNA
Soft Network
Architecture
High Performance Flexible Network
ZTE Innovation on 5G
22
ZTE 5G Industry Cooperation And Key Achievements
Active Role in 5G Organization
• MoU between IMT-2020 and 5GPPP
• Core Member of China's IMT-2020
• President of IEEE Working Group, vice
President of Network Technology Group.
Strategy Cooperation with Operators
• Network Slices
• Massive MIMO
• Software Defined Air Interface (SDA)
• Cloud Aware Soft Network Architecture
ZTE’s Key Achievement
Best experience for various use case scenarios
Enables Massive IoT
1
2
3
• Unique Multi-User Shared Access Solution for
IOT(over 300% Gain)
• LTE-M & NB-LTE
Technology breakthrough
23
Mobile Broadband Evolution
Better
Network
Performance
Better
Network
Performance
Advanced
Network
Architecture
Advanced
Network
Architecture
New
Business
Opportunity
New
Business
Opportunity
5
G
Thank you

Next Generation Mobile Broadband @ M-ICT Era

  • 1.
    Next Generation MobileBroadband @ M-ICT Era 19 Nov 201519 Nov 2015
  • 2.
    2 Part 1 Part 2 NetworkArchitecture Evolution Mobile Broadband Evolution
  • 3.
    3 Seamless experience for lifeand work Network security and privacy comes into the spotlight Ubiquitous connectivity for tens of billions by 2020 Convergence and interaction of physical world and digital world The Telecom Industry Enters A New Era
  • 4.
    4 Alibaba Global ShoppingFestival USD 9.3bn
  • 5.
    5 Ubiquitious Connectivity for M-ICT Fixedand Mobile Convergence Cloud Services Big Data Policy & RegulationSDN and NFV Network & Business Transformation: Discover Value From Information
  • 6.
    6 ZTE M-ICT Strategy Becomea Distinguished Global Leader in the M-ICT Era Enrich people’s life Help Government and Enterprise improving efficiency and upgrading Help operators transforming and creating value from data traffic
  • 7.
    © ZTE Corporation.All rights reserved. Smart City and IoT – major drivers of next round ICT evolution From Smart City 2.0 to 3.0 - Build 140 Smart Cities in 40 countries, like China, Italy, France and Russia - Smart City 2.0: Unified Data Platform - Smart City 3.0: Big Data Application Infrastructure Network Service Provide System Integrate Network operation G&E Business Delivery Support Business Model ZTE Strategy – Smart City
  • 8.
    8 Public Safety Big dataanalysis on social relations, intelligent video analysis Wireless Charging Wireless charging solution for automobiles reduces cost Rail Transit LTE-R supports various railway wireless services and speed up to 500 km/h ATG Broadband Air to ground broadband provides wireless network services for passengers Innovation on Enterprise Solutions
  • 9.
    9 SDN&NFV Enabling NetworkArchitecture Evolution SDNSDN NFVNFV • Connectivity at layers 1/2/3 • Flow Control • Network Virtualization • COTS for Central Controller • Generic Packet Forwarder • Initial Application: DC, Backhaul • Network Functions decoupled from hardware • Operate on top of physical or virtual networks • COTS hardware • Initial Application: Core Networks (e.g. IMS, EPC), VAS, etc SDN + NFV • Optimized Solution • Difficult to migrate initially • Most Likely Initial Application: GI LAN, vEPC, vBRAS
  • 10.
    10 SDN/NFV Virtualized NetworkArchitecture SDN Controller – Network Virtualization Network Function Physical Layer (Forwarder) Network Orchestration Business Orchestration
  • 11.
    11 NFVI SDNC CMP3 Service Chain MANO CMP5 CMP2 CMP4 CMP1 TC/TF CMP7CMP6 NFVISDNC CMPb Service Chain MANO CMPd CMPa CMPc … CMPfCMPe TC/TF NFVI SDNC CMPii Service Chain MANOCMPi… CMPivCMPiii TC/TF Agile and Elastic Network Architecture Network Slice 1Network Slice 1 Enterprise CloudEnterprise Cloud Network Slice 2Network Slice 2 Bearer Layer Service Layer Management Layer SDNC NSO OSS BSS Big Data Capability Open Platform(iTOP) NaaS BaaS DaaS RRU/PicoRRU BBU Pool MANO Agt MANO Agt MANO SDNCCMPCMP CMP Backhaul Core IP NetworkMetropolitan IP Network Metropolitan Optical Fiber Network Trunk optical Fiber networkAccess Edge Data Center Region Data Center Center Data Center Orchestration and Management Access Cloud Transportation Network (IP and Optical)
  • 12.
    Part 1 Part 2 NetworkArchitecture Evolution Mobile Broadband Evolution
  • 13.
    13 Evolution of MobileTechnology 2G-3G 4G 5G Voice/SMS Data Voice/SMS Data Internet of Everything Digital Industry Internet of Everything Digital Industry Data Monetization Digital Life Data Monetization Digital Life
  • 14.
    14 Ubiquitous Connectivity MobileVision ZTE Unique Differentiators LTE-A 5GPre-5GLTE 2012 202020152010 • Meet Operator capacity demand before 5G is standardised • Based on 4G networks • Employs mature 5G technology by ZTE • Higher performance • Larger coverage • Higher spectrum efficiency • Speed x10~100 • Capacity x1000 • Billions connected • Service network In-house Chipsets Innovative Platform Leadership in 5G
  • 15.
    15 Innovations Backed ByIn-house End To End Chipsets Capacity: • 3.6T bps switching on one Chip, One Chip up to 10M IPv4 FIB or 2M IPv6 FIB Technology: • 16nm/14nm Integrations: • High integrated OLT Chip, L1 to L3 integrated RAN Chip Multi-Mode: • Multi-Mode RAN and PON Access Network Bearer Network Core Network ZTE… Software define Services Security Low Power Cost Down FMC720+ 20+ years IC Design R&D, Chipsets (fixed, wireless and terminal)
  • 16.
    16 Milestones of WirelessInnovation • 2008, World’s First Distributed SDR, Leading in Multi-Mode Convergence • Mainstream Network Solution Nowadays SDR/Uni-RAN • 2012-2014, The Only Vendor to Implement Enhanced CoMP • Achieve Equivalent Performance of CoMP with 1/10 backhaul Bandwidth Cloud Radio UE X2 X2 • 2010-2012, No.1 in • C-RAN Deployment and exploration • Candidate Architecture for 5G C-RAN 2008 2010 2012 2014 • 2014.06 First Vendor to Propose Pre5G • Pre5G includes Massive MIMO, Ultra dense network, Multi- User Shared Access(MUSA) Pre5G 2015
  • 17.
    17 LTE-A Pro Evolution LTE-MLTE-MLTE-ULTE-U 256QAM256QAM Massive CAMassive CA LTE-A ProLTE-A Pro
  • 18.
    18 Pre5G Solution: Enjoy5G Benefit In Advance Pre5G 5G Tech. From 2015 5G-like Experience 4G UE 3D-MIMO 11 1313 3030 2121 DL: 293Mbps UL: 36Mbps DL: 293Mbps UL: 36Mbps
  • 19.
    19 IMT-2020 5G StandardProgress Rel. 13 Rel. 14 Rel. 15 Rel. 16 5G Launch
  • 20.
    20 IMT2020 - 5GApplication Scenarios Enhanced Mobile Broadband Massive Machine Type Communications Ultra-reliable and Low Latency Communications
  • 21.
    21 Massive MIMO UDN Ultra Dense Networking MUSA Multi-User Shared Access Focuson Practical 5G Technologies and Lead 5G Commercial Progress Build Flexible & Efficient Network and Devote to Technical Enabler of M-ICT SLA Soft Link Adapter SDA Soft Defined Air interface SNA Soft Network Architecture High Performance Flexible Network ZTE Innovation on 5G
  • 22.
    22 ZTE 5G IndustryCooperation And Key Achievements Active Role in 5G Organization • MoU between IMT-2020 and 5GPPP • Core Member of China's IMT-2020 • President of IEEE Working Group, vice President of Network Technology Group. Strategy Cooperation with Operators • Network Slices • Massive MIMO • Software Defined Air Interface (SDA) • Cloud Aware Soft Network Architecture ZTE’s Key Achievement Best experience for various use case scenarios Enables Massive IoT 1 2 3 • Unique Multi-User Shared Access Solution for IOT(over 300% Gain) • LTE-M & NB-LTE Technology breakthrough
  • 23.
  • 24.