CD Melbourne Congress: Nokia's Ray Owen

1 © Nokia Solutions and Networks 2014

MOBILE INNOVATION: WHAT’S NEXT

Confidential

DR. RAY OWEN

HEAD OF SALES DEVELOPMENT – ASIA PACIFIC


A Brief History of Nokia

1865 1990s19121890 2014


Evolution in the data center

Zoo of appliances

HW & OS for optimal application performance.

Virtualized

HW & host OS independent from applications.Reuse & scaling easier.

Cloud

Infrastructure as a service.Shared among many users.Automated orchestration.Dynamic scaling.


Operators moving into the cloud will benefit from virtualized technology shift; biggest benefit agility and time to market

Convergence of networks and IT data centers

Flattening of architectures

Vendor agnostic

Shifting towards software practices

• Ecosystem of partners gaining relevancy

• Adapted services & integration concepts

• Scalability

Operator Motivation Drivers

shorter innovation cycles

cost reduction

manage fluctuating

demand

new revenues

better customer

experience

16%

13%

31%

25%

16%


NFV Orchestrator

Virtualization Layer Independence

Virtualized Network Functions and management

IaaSAPI

Virtual Infrastructure Manager

Cloud stacks

Openstack VMware(vCenter, vCloud)

VNF Manager Automated Deployment via

Application Templates Elasticity Manager

Network Mgmt FCAPS

Management

NFV Orches-trator

OSS/BSS

Hypervisor

Data center Hardware

VMware(ESXi)

KVM

Virtualized network functions

IMS RegistersTAS MME

Network Orchestrator

Service Orchestrator

Multivendor

IaaS API

Multivendor

InterfaceApplication Managementand DeploymentMonitoring

*) FCAPS: Fault, Configuration, Accounting, Performance, Security

…

Compute Storage Networking

Nokia Telco Cloud solution is hardware and cloud stack agnostic


Nokia is driving commercial availability of Telco cloudKey Trend from leading operators


Nokia prepares the telco cloud environment Four dimensions

NFV

2014+

NFV

telco cloud

SDNCloud

computing

SDN

Data Centre SDNplanned for 2015

Programmable Transport 2016+ 21

RAN

3

E2E Mgmt & Orchestration

2016+

2016+

4

Virtualized network functions ManagementSecurity

Software Defined Networking

Liquid ApplicationsCentralized RANCloud RAN

RANLiquid ApplicationsCentralized RANCloud RAN

3


Distributed RAN (D-RAN)

• Most LTE deployments today

• Only viable option for many operators to optimize LTE performance

Hybrid RAN• 2G and 3G networks with

BSC/RNC• Flexi Zone type concepts

for LTE with centralized controller (C-Plane and/or U-Plane)

Centralized RAN (C-RAN)

• Some deployments today• Improves with fiber

availability but is limited by steep performance requirements to jitter/bandwidth

Network layer

Radio Access Network ArchitecturesPast, present, and future

RF sites(macro, small cell)


Centralized RAN Cloud RAN

Centralization and Cloud technology within the Radio Access Network (RAN)Synergetic concepts but not identical opportunities

What?

Why?

Centralizing and consolidating RAN compute resources for e.g. base station functions (BTS, NB, eNB, ...) and RAN control functions (RNC, BSC, LTE controllers, etc.)

Aggregation savings related to hardware consolidation and simplified management.Radio performance gains from extended coordination (CoMP, traffic steering, etc.)

Virtualization of RAN functionalities as well as radio resources/assetsUse of cloud technologies (NFV, SDN, hardware abstraction, automated deployment, ...) in RAN

Multi-tenancy applications, service agility and elasticity, reduced OpEx from automated management, latency reductions, improved power efficiency, and just-in-time investments

…


the Radio Applications Cloud Server (RACS)Fully integrated with the world’s most compact macro cellular base station*

*Support for award winning Flexi Zone small cell capacity solutionRACS

Computing Storage Offload Radio data

Application platform

Application Application ApplicationApplication

Virtual machine

Virtual machine

Virtual machine

Virtual machine


The worlds leading base station just became “Network in a Box”

Signal processing ePC core on LA

optimized for standard

3GPP functions

fully programmab

le„Cell on Wheels“

build around the telco lifecycle

Data center like flexibility

data in/data out

functionality

computing, storage and contextual

data extraction


Solution architecture Network in a BoxOperator’s LTE network extension

Public Safety

ePC

Operator’s LTE network extension

Network Operator

eNB

Operator’s

Prio-Content

Internet

SGiS1-U

HotspotsSGi

Customers

Network in a Box

Campus

13 © Nokia Solutions and Networks 2014Confidential

Biggest transformation in the role of the base station since the launch of GSM 22 years ago

Tested by major operatorsCompleted the world’s first proof-of-concept of Liquid Applications over LTE

Strong industry commitment during 2013Collaboration to deliver the world’s first mobile edge computing platform

Memorandum of Understanding around a set of objectives to accelerate content and services from the base station

Award winningtechnology


Nokia’s technology places cloud at the heart and edge of the network

Virtualisation at the heart of telco cloud

+ Collaborative Innovation

Key application areas

Content Acceleration

Operationsand Insight

Video pacing

Content cachingDNS caching

Anomaly detectorService performance monitoring

Subscriber profilerIntelligent analyticsDevice database

CDN extenderCDN accelerator

InnovativeServices

Local breakout Augmented reality

Crowd dynamics

Video analytics Speedtest.netHeader enrichment

+ Liquid Apps at the edge of 4G network




THE WORLD IS CHANGING


Technology

CD Melbourne Congress: Nokia's Ray Owen