© Nokia 20172
• Cable Wi-Fi / wireless initiatives• 5G introduction - Motivation- Key enablers- Key use cases - Standards and product timelines
• 5G fit with the MSO access network - 28 GHz 5GTTH example
• 5G Mobile Core
Agenda
© Nokia 20173
Community Wi-Fi & Hot SpotChurn ReductionNew Revenues
Venue Coverage
Brand opportunityNew Revenues
EnterpriseWi-Fi
FMC BundlesTeleworking
Quad Play Bundle
Churn ReductionBrand opportunityNew Revenues
Wi-Fi First
Churn ReductionCost Optimization
Small Cell &MobileBackhaulLeverage Facilities & FootprintNew Revenues
Managed Wi-Fi
Schools, Retail Stores, HospitalityNew Revenues
Fixed WirelessAccess
In areas where DOCSISor FTTH not feasible
Key MSO Wi-Fi & wireless initiatives
4 © Nokia 2017Confidential
Will 5G change the world?
10 yearson battery
100+ Mbpswhenever needed
Ultrareliability
10-100x more devices
10 000x more traffic
M2Multra low cost
>10 Gbpspeak data rates
<1 msradio latency
Massivemachine
communication
ExtremeMobile
Broadband
Critical machine
communication
© Nokia 2017Confidential5
Of fatalities in car accidents are caused by human error. Majority could be avoided with assisted driving and connected cars> 1m deaths, > 20m injuries, disablement / year (globally)
90%
Of US water consumption iswasted in leakages
20%Of energy is wasted due to inefficient HVAC systems in US buildings
50%
Economic benefits for governments by leveraging smart city applications
50bn €
Annual global fatalities for not following doctor’s prescriptions –addressable with patient monitoring
1million
Which problems does 5G solve?
6 © Nokia 2017
Antenna size
Small antennaNarrow beams
Very small Very narrow
beams
Medium –large antenna
5G key enablers: more spectrum and higher antenna gains
CapacityFrequency
Up to 800 MHz
Up to 5 GHz
Capacity booster
Ultra high capacity booster
Up to 200 MHz Coverage and high capacity
Cell size
300 MHz
3 GHz
30 GHz
10 GHz
100 GHz
10 cm
1m
More spectrum
Moreantenna gain
A lot morecapacity
x =
1 cm
3 mm
cm waves
mm waves
<6 GHz
7 © Nokia 2017
10 years100 Mbps 10-100 x10,000 x ultra low>10 Gbps <1 ms
Key Enabler of 5G – Massive MIMOChip-scale antennas, high beamforming & multiplexing gain
Exploiting high frequency bands with chip scale antenna array researchà Compensating path loss with high antenna gain
700%Cell edge gain
+80%Spectral efficiency
100 Mbps10,000 x >10 Gbps
Controllable antenna elements16, 32, 64, 256,…
8 © Nokia 2017
5G Product Timeline
2016 2017 2018/2019 2020
Mobile devicesFixed devices
Mirrored BTS IntegratedModem + CPE
Form factor devicesUser Suitable
FPGA FPGA SoC More suppliers
PoC 3GPP5GTF
9 © Nokia 2017
Use Case : 5GTTH
The last 200m
Business Proposal• Alternative to FTTH
Technical Solution• 1.5 Gbps cell edge• 28 GHz, 800 MHz 2x2• Small Cell Radius (100-200m)• Fixed, indoor CPE• 5G Core
vRAN & EPC Early Deployments 2017
10 © Nokia 2017
Use Case: Mobility & Dual Connectivity
UHD 360° Video
Business Proposal• VIP video service
Technical Solution• n Gbps cell edge• 28GHz, 800MHz, 2x2 / 4x4• Mobile CPE• Fiber backhaul• 5GTSA spec• LTE core network
Early Deployments 20185GBTS
Video Feed
11 © Nokia 2017
5GTTH (e.g. 28 GHz) deployment example
Pole Height 8m
mmWave
1 Access Antennaper home(indoor or outdoor)
CO
Feeder route
fiber distribution point
mmWave
Distribution 100 Mbps DL BW requirement
12 © Nokia 2017
• Target service: 1Gbps DL @ cell edge, outdoor CPEs
• Average heights considered for the study:− Pole height = 8m− Street light height = 5m− Buildings height = 7m− Vegetation height = 8m
• Fixed wireless use case − Suburban areas− Rural areas
Inputs and Assumptions
13 © Nokia 2017
• Center frequency = 27.925GHz• Bandwidth = 800MHz
• EIRP per Tx = 52dBm• Tx antenna gain = 26.5dBi• Sector width azimuth = 60 deg (+/- 30 deg)• Sector width elevation = 14 deg (+/- 7 deg)
• CPE Tx power = 23dBm• CPE antenna gain = 10dBi• CPE height = at rooftop, 7.5m height / at building façade, 5m height
• 3D buildings database• Bell Labs propagation model
Inputs and Assumptions
14 © Nokia 2017
Model Outputs• Performance Characteristics - Prediction (coverage) Plots - Mean UE throughput- Cell edge throughput (95th percentile), sector throughput- Throughput CDFs
• Other Insights- Deployment strategies- Site selection with SCORE!
15 © Nokia 2017
5G Mobile Converged Core
Value of common core • Core required to enable seamless
mobility across Wi-Fi, 4G, and 5G• Tighter control of service offerings
• Subscriber identity, charging, monitoring
• Flexibility to Introduce new services• Network insights for capacity planning
and improved customer experience• Monitor user behavior and usage
patters to fine tune plans and upsell• Support new use cases such as IoT