Small Cells - Nokia Networks

Transcription

Small Cells - Nokia Networks
Small Cells
Olivio Duarte / Felipe Frasson
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Nokia Networks 2020 vision:
Enhance mobile networks to deliver 1,000x more capacity by 2020
= 1,000x more
capacity
78% of traffic
handled by small
cells in 2020
10x more
performance
10x more spectrum
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10x more cells
Small cells and Heterogeneous network
DAS
Wi-Fi – LTE – HSPA – GSM
Always best connected
user experience
WiFi
Seamless interworking
between different cell sizes, frequency
layers and radio technologies
Pico
Macro
Micro
Femto
Interference management
Layer optimization and traffic steering
Seamless mobility
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Scalable smart network management
and SON automation
How to manage that?
4© Nokia
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Small Cells Deployment Scenario Examples
Macro site issues
•
•
Site cost, availability, leadtime for new site
Site is too far from optimal
location
RF Regulation
•
Safety / Health regulations
limit the transmitted power
Strategic Areas
•
•
High ARPU subs satisfaction
is key
High roaming revenue area
(event, airport)
Urban Fill-in
>
Street canyons, street
corners, tunnels,
underground car parks
Public Indoor
•
Transport links, shopping
malls, etc…
Rural / Sub-urban
>
>
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Cellular tower or pole is not
accepted by authority
community
New macro site is overkill
Enterprise
•
Enterprise customers
buildings guaranteed QoS
Compulsory Coverage
>
Universities, Hospitals,
Government buildings, etc…
Hot Spot / Hot Zones
•
Macro sites cells capacity is
not enough
Protected Buildings
South Europe – Special events performance
Capacity Underlay / Improve experience @ the event
Set up
• 5x FZ Micro/Pico @ 2.6GHz deployed as underlay in the event
• LTE Competitor Macro underlay @ 1.8GHz (5 sectors covering the area)
• Hot Spot type deployment – Ratio of 1 FZ / macro sector in that area
• FZ ISD 20m to 150m with RF Power 250mW (cell range ~30m) to 5W (cell range ~120m)
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Evolution to ultra-dense networks
LTE Carrier
Agregation with
Licensed and
Unlicensed
frequencies
Extreme high
capacity – Stable
performance with
up to 400 users
Multiple PLMN for
RAN Sharing
Extreme High
Performance with
Inter Site Carrier
Aggregation
Easy Ethernet
connection and
Daisy Chain
Connection
Extreme high
coverage – 4x4
MIMO
Low power
consupmtion per
user when fully
loaded.
Software parity
to Macro BTS
Controller
capacity to up
500 nodes
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2014/15 © Nokia 2014 - File Name - Version - Creator - DocID
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Evolution to ultra-dense networks
High
Performance
Low cost of
deployment
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2014 - File Name - Version - Creator - DocID
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High Scalability
with Cluster
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