making 5g happen worldwide
TRANSCRIPT
Tommi Uitto, President of Mobile Networks
Making 5G happen worldwide
© 2019 Nokia
Digital Value Platforms
7
Augmented Cognition Systems
6
External data sources
Emerging Devices & Sensors
0
ConvergedEdge Cloud
Dynamic Data Security
8
Long fibers
Converged Node
Shortwaves & wires
New trust frameworkEcosystem sharingMass edge monitoring
Analytics Machine learning
Web, Enterprise & Vertical apps
Programmable Network OS
5 Dynamiccustomerservices
Dynamicnetwork optimization
Management &Orchestration
SDN NFV
Multi-operatorfederation
Universal Adaptive Core
4 Access agnosticconverged core
Modular, decomposednetwork functions
Common data layer
2
Smart Network Fabric3
Core cloud
Software defined
XRAN
MassiveScale Access
1
Autonomously optimized coverage & capacity
Open APIs
5G Future X – Breakthrough network performance and cost reduction
Quantum leap in radio economics
3x increase of cell site throughput, slashing energy costs
Embedding AI into the architecture
Zero-touch network optimization
Cloud-native architecture
Web-scale capacity and programmability
Fully automated network slicing
30% TCO savings
© 2019 Nokia
Nokia E2E 5G strengths
© 2019 Nokia
A strong LTE layer is fundamental to build great 5GPublic RootMetrics 1H2019 data confirms leading networks
Overall performance
Network reliability
Network speed
Dataperformance
Call performance
Text performance
Analysis of 1H2019 data from 125 metro markets for all tier 1 US operators
© 2019 Nokia
Nokia powers 80% of the fastest LTE networksOokla US market-by-market analysis
7 out of the 10 fastest networks powered by Nokia LTE radio(Ericsson: 3 out of 10)
17 out of 25 fastest networks powered by Nokia LTE radio(Ericsson: 8 out of 25)
68%
The fastest network powered by Nokia LTE radio is 82% faster than nationwide average in downlink
+82%
The fastest network powered by Nokia LTE radio is 63% faster than nationwide average in uplink
+63%
© 2019 Nokia
Nokia LTE consistently outperforms the competition in EuropeAccording to Tutela crowdsourced data
Crowdsourced data *) - Data is collected via Measurement software (SDK) which is globally installed on hundreds of
millions of end user devices via dedicated apps or embedded inside 3rd party apps (e.g. games, utilities)
© 2019 Nokia
Deploying a high quality and reliable mobile broadband experience
5G/4G/SRAN
WiFi/LAA
AirScale Base Stationpowered by ReefShark
Zero Emission
Small CellsAirScale
Cloud RAN
Microwave Distributed
Radio
CloudifiedCentralized
Communication Service Providers Webscale Enterprise
Our portfolio covers all 66 3GPP frequency bands
© 2019 Nokia
Eight key technology drivers
How Nokia radio platforms deliver leading 4G and 5G
3Leanest radio sites
4Macro supported by the richest Small Cells and microwave PF76
Evolve best performing LTE to 5G5
Sharp focus on energy efficiency
1High capacity baseband to differentiate 2
Early mMIMO in multiple form factors
8
Architecture and use case flexibility
All the way to 5G leading mmWave performance
Dual and triple band radios with integrated PIM cancellation, unique 3-sector RF modules
Accelerating move towards SoC, further SW optimizations
8T8R, 32T32R, 64T64R and dual band
Nokia’s Small Cells portfolio ranked #1 by Current Analysis, Gartner and IHS
Everything from centralized to distributed; cmwave to mmWave, evolution from NSA to SA
In NSA mode 5G relies on LTE; Nokia with great LTE performance metrics
Leading platforms with in-house SoC developmentExpanding investments in the ReefShark chipset family
© 2019 Nokia
Boosting our performance
© 2019 Nokia
Our silicon strategy
2000TB/day
Sectors in
3.5 GHz band
>150k
Share of 5G traffic
>10%
Planned population coverage by end of 2019
80%
South Korea: the first massive 5G deployment
© 2019 Nokia
Live throughputs when drive testing (LTE+5G)
400-600 Mbps
Peak DL throughput in
the field 1.45 Gbps
Nokia 5G performing well in Korea
© 2019 Nokia
© 2019 Nokia
Launching 5G Networks globally in mid-band spectrum Analyzing Sprint launch in New York, Los Angeles, Washington DC and Phoenix
“Blasting two different technologies LTE and NR from your base station and your phone...is like trying to catch two fly balls at the same time with one glove and do it correctly a billion times a second. [These markets] have the most valuable customers so we do not want to screw up LTE experience. That was the task we put on Nokia – make sure this gets done right! Nokia is a trusted partner.”
John Saw, Sprint CTO
64T64R active antenna provides 5G and replaces existing LTE equipment. Improves performance and reduces tower load
Network launch included live VR calls and even a cloud gaming tournament, to put the network to test
© 2019 Nokia
Enabling Ultra-wideband 5G with new mmWave portfolio Now live in several US cities using 28GHz and 39GHz spectrum
Cloud and Classic Deployments
• Commercial 5G vRAN1.0 Deployment (CU in Cloud, DU integrated with Radio)
• Commercial Airscale Baseband Deployments
Shipping new mmWave portfolio
• High power RF to deploy on existing sites
• Psuedo-Omni solution for 360 coverage at street level
First networks live since Q2 2019
• Leverage strong LTE networks (NSA, EN-DC)
• Support 4CC CA (400MHz) from day-1, developing 8CC CA (800MHz)
© 2019 Nokia
Record traffic volumes
Ensuring excellent network for Hajj since 2001
YoY increase of data traffic
50%
All KPIs in target range
>60TB/km2
k Erl/km2
2Mpilgrims
© 2019 Nokia
50 commercial 5G agreements in key markets16 live commercial networks
South Africa
70+ technical engagements planned or on the way in 2019
Over
1005G engagements
Finland
Italy
New Zealand
Austria
Switzerland
Uruguay
>50%of our commercial deals include more than radio
Qatar
© 2019 Nokia Confidential
Summary
Nokia is the only global 5G E2E vendor. More than 50% of our deals include more than just RAN.
Strong actions being taken to improve further Nokia’s competitive position in 5G. Accelerating SoC and cost reduction plans.
Leading network performance results in early markets, showing that a strong LTE foundation pays off on the 5G evolution.
Global Analyst Forum 2019