CMCC � Novonet Vision � and � Trial � Network � Planning

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• Core � Archi：InterConnect Data � Center � based � on � 

TIC(Telecommunication  Integrated  Cloud), � inlcude core � TIC � and � edge � TIC

• Core � Tech：NFV/SDN

Novonet: � China � Mobile's � new � generation � network

• NovoNet is  the  future  network  brand  of  China  Mobile.  It  describes   the  vision  and  core  

requirements  of  China  Mobile's  future  network  development.  Now  we  build   the  test  

project,   aims  to  unite  the  industry  power  and  promote NovoNet rapid  maturity  and  

development.

Net

NovoNew � Arch

Software/Virtulization

/Programing

New � Ops

Central � 

Control/Dynamic � 

Schedule

New � Service

Open/Agile/

On � Demand

Mobile � Net Data � CenterIP � Net Trans � Net

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1, � TIC � is � the � basic � components, � rapid � replication, � unified � scheduling

• TIC � is � the � basic � component � of � the � telecom � cloud � and � is � a � standardized, � micro-module, � key � infrastructure � that � meets � Carrier � Grade � requirements � and � can � host � a � variety � of � virtualized � telecom � software � applications

• TIC’s � principle � to � build, � easy � to � quickly � copy � and � deploy, which � obey � “two � standards � and �  � one � unified”

TIC ：Telecom � Integrated � Cloud

More � straight � network � definition � and � isolation � based � on � telecom � standards

• The � hardware � uses � the � common � X86 � COTS � hardware � architecture• Unified � cloud � operating � system � 

• NFV �  Orchestrator � and � SDN's � Orchestrator � / � controller � as � a � unified � management• Cloud-based � resource � management � with � carrier-class � enhancement

Standardized � infrastructure

Standardized � networking

Unified � management � 

system

Hareware

Cloud OS

FW

MANO SDN Controller

Switch

Router

VNF

Why � New � Data � Center:

Different � management � models;

Standardization, � componentization, �  replication

There � are � distributed � deployment � and � networking � requirements;

VNF � have � special � requirements in � the � acceleration, � reliability, � etc. � 

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2, � the � future � goal � of � the � network � architecture � vision: � TIC � + � TAC � new � target � architecture

Target: new � network � architecture � evolution, � voice � as � the � core � —> � content � and � traffic � as � the � core � Technology: build � telecom � cloud, � then � move � control � and � media � VNF � APP � to � cloudThree � principles:Centralized � control, � which � deployed � in � the � core � TIC � (Telecom � Integrated � Cloud), � to � achieve � more � flexible � network � schedulingMedia � down, � which � deployed � in � edge � TIC, � optimized � traffic � and � user � experience � for � improved � network � efficiencyAccess � layer � multi-means, � multi-technology � on-demand � development, � to � meet � capacity � and � coverage � requirements

Fixed Net Enterprise Customer

Transfer Converge

OLT PTN BBU

Mobile

Fiber � Resource

Core � TIC：The � control � / � management � / � scheduling � functions � at � the � core, � mainly � support � control � VNF � and � centralized � media � VNF, � CDN � and � backbone � traffic � forwarding

Edge TIC：Oriented � to � the � three � major � media

Converge TAC：convergence � of � the � service � flow � of � the � access � network , � and �  � to � the � TIC � data � center

Access TAC ：To � achieve � all � types � of � customer � access

50~100

1000-­‐3000

50  thousand

1 million

NetworkControl

MediaFunc

Orchestrator

BRAS-CP

Fixed Net Mobile Net

CDN

controller

GSLB

BRAS-UPSBC

5G � UP

Content NetGW

CSCF

MME

S-CPE

5G � CP

TIC：Telecom � Integrated � CloudTAC：Transport � Access � Center

CoreTIC

EdgeTIC

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3, � TIC � interconnection � through � SDN,to � achieve � efficient �  and � flexible � networking

TIC � is � basic � infrastructure, � SDN � technology � to � support � interconnect

•The � future � network, � build � national � network � composed � of �  � core � TIC � and � edge � TIC � , � to � achieve � centralized � 

control � of � the � telecommunications � network.

•Build � Data � center � inter � connection � through � the � SDN � to � support � WAN �  connection � and � link � scheduling

•unified � co-ordinator, � open � the � ability � of � VNF � for � business � management � and �  � scheduling � 

TIC Core（Inlcude GSO）

IMS EPC

Hardware

VIMSDN控制

器

VNFM

Hypervisor

Orchestrator

GlobalSDN

Controller

TIC Core（Inlcude GSO）BRAS-CP PCC

Hardware

VIMSDN控制

器

VNFM

Hypervisor

Orchestrator

GlobalSDN

Controller

…

Hardware

Hypervisor

BRAS-UP

…

VIMSDN

controller

VNFM

TIC边缘层

CPE

通用硬件资源池

虚拟层

…

VIMSDN

Controller

VNFM

TIC边缘层EPC CDN

1、TIC � integration � testing: � test � methods � and � content

Decoupling � principles:• NFV � software � platform � and � hardware � decoupling: � 

NFV � software � platform � (including �  virtualization � + � VIM) � and � hardware � devices �  different � manufacturers;

• VNF � software � and � NFV � software �  platform � decoupling: �  VNF � software �  and � NFV � software � platform � different �  manufacturers.

Orchestrator

SDN � Controller

Virtualization+VIM

Hardware

VNF � （multi � business � senarios）

Module � integration � principles:TIC � Infrastructure �  Five � Modules � Integration: � Orchestrator, � Virtualization � and � VIM � Platform, � Controller � Software � Module � and � HardwareVerify � operator � autonomy � integration � and � compare � with � the � integration � with � CT � and � IT � manufacturers

Test � Content

1、Module � Test，1.1 � Hardware

1.2 � VIM � System

1.3 � SDN

1.4 � MANO

1.4 � VNF � Business

2，Integrated � Test � 2.1 � VNF � Business � Deployment

2.2 � Orchestrator � test

2.3 � Interface � test

Interface

Standard � Platformplugin

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2, � VNF/NS � Scenarios

S-CPE: � simplifies � the � user-side � equipment, � centralized � virtualization � capabilities � to � support � smooth � business � upgrades � and � rapid � deployment

VBAS: � control � and � forwarding � separation, � centralized � control � to � achieve � flexible � business � development; � distributed � forwarding � to � achieve � high-performance � traffic � grooming

Home � Broadband � Access

Resource � pooling � of � edge � service � nodes � can � be � achieved � through � virtualization, � and � flexible � scheduling � and � deployment � of � NFV � / � SDN � can � be � fully � utilized � to � improve � resource � utilization � and � optimize � user � experience.

CDN

Through � virtualization � tech � to � achieve � the � Internet � of � Things, � quickly � achieve � network � capacity � expand � , � fast � loading � business, � to � solve � the � Internet � of � Things � EPC � access � problem, � the � number � of � users � with � high � density, � new � demand � change � frequently, � capacity � unpredictable � demand.

Internet of things

Utilize � the � characteristics � of � rapid � deployment � and � upgrade � of � NFV, �  and � rapidly � generate � VoLTE network � through � virtualized � IMS, � which � will � facilitate � the � development � of � new � VoLTE services, � save � the � construction � period � and � prevent � investment � waste.

VoLTE/IMS

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Overall � Planning

u NovoNet test � plan, �  based on coverage test in China Mobile � Research � Institute � NovoNet laboratory, � then test in three � provinces � site

u The � interconnection � between � test � points � is � supported � by � SDN

CMRI � NovoNet Lab � (Beijing)

Trial � Site � 1

Trial � Site � 3

Global �  � OrchestrationCenter

ü Core TIC and Edge TICü VNF/NS scenario test

Trial Site

ü Global � orchestrator � and � global � controller

ü Cross � – site Service � orchestration � and � Resource � Scheduling

Global � Orchestration � Center

Trial � Site � 2ü Core TIC and EdgeTICü Integration � and � 

business � pre-testing

Novonet Lab

Thank  you