Bill Payne- Motorola- LTE Strategy
Transcript of Bill Payne- Motorola- LTE Strategy
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Strategies in,around & after LTE When a lot
enough!
Bill Payne CTO Motorola Networks
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CDMA: Meeting Challenges 2020 1990 2010 2000 Networks Build-out
Capacity Evolution
Data Explosion Challenges Beyond Bearer Traffic
Crunch
Global mobile data usage growthestimates range from 20% to 40%year on year until at least 2014Sources: ABI and Cisco Visual Networking Index Forecast
Todays 2G/3G networks mustevolve to meet data growth
& Expansion
5-10x Signaling Traffic
30% Session Capacity
12x Backhaul
10% Forward Link UseSource: Motorola & Morgan Stanley Research Source: Motorola and Industry Sources
StandardHandsets
D a
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PDADeviceD
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3
)
LTELa to s
80%+ of Data TrafficConsumption still comes from
Early LTE Deployment. Following the Traffic
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1
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2007 2008 2009 2010 2011 2012 2013 2014 2015 2016
S u
b s c r i
b e r s
(
3 GB45%
LTEMobiles
HSPA Mobiles
HSPALaptops
4.6 GB81%
5.4 GB95%
GB / MonthPenetration
0.9 GB12%
Early LTE can help free up 3G/HSPAcapacity for smartphones onslaught Limit cell splitting and legacy CAPEX Better user experience across the board
Offload 3G/HSPA Laptop Traffic to LTE Early availability of LTE dongles Cheaper to swap Bigger off-load
* Mobiles include Smartphones and Dongles
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Clear Biz Case for LTECapacity Upgrade Cost on HSPA
=> Very Costly Cell Splitting
15MHz HSPA R6
Cell Sites
4,000HPSA+ 64QAM
Capacity upgrade cost on LTE=> LTE overlay in existing sitesInitial LTE deployment in every other HSPA
Sites (Lower ISD in Urban Areas)+LTE 10 MHz
HSPA R6
+LTE 20 MHz
2008 2009 2010 2011 2012 2013 2014 2015
1,000
2,000
3,000
2008 2009 2010 2011 2012 2013 2014 2015
1,000
2,000
3,000
Maximise HSPA without additional CAPEX and Deploy LTE to address Capacity Crunch
Cell Site Model for 3GB/month in 2011(50% penetration) &
5.5GB/month in 2015 (90% penetration)
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2Tx/2RxAdvanced ReceiverProcessing + Intelligent
4Tx/8Rx
EUTRAN Most Advanced SolutionsIRC &2Tx/4RxBaseline
Prevent Future Cell Split
20% Higher Capacity15% Higher CoverageAverage
2X2
200% HigherCapacity40% HigherCoverage
40% HigherCapacity30% HigherCoverage
20% lower TCO than averageLTE eNodeB
30% lower TCO thanaverage LTE eNodeB
Standardsolution2Tx/2RX
Cellsplitting
Cellsplitting
Cellsplitting
Cellsplitting
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LTE Every MHz CountsMaximizes Sector Throughput with LTE
LTE in 2.5MHz 1 HSPA 5MHz CarrierDual Spectrum Deployment Advantage
Capacity and User Experience
5 102.5
3.8 7.85
Carrier BW (MHz)
3.7
L T E
H S P A +
16.7
Provide Spectrum Capacity ReliefOffload indoor users to 2 nd carrier
Better indoor penetration means reduced RFresource impact
Improved Sector Throughput andCoverage (Scheduler Algorithm and Receiver
Quality impact)Dual Carrier / Multi- spectrum BTS is KEY
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Operators require acost-effective
Todays Network Challenges
strategy to address CAPACITY
&
COVERAGE
HETEROGENEOUS NETWORK
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Identical Coverage to LTE FDDCommon resource block size transmitting the same
power over the same time
TD-LTE adaptable ratio Advantage (10MHz FDD and 20MHZ TDD)
30
35
40
TD-LTE AlternativeSignificant Additional
Throughput
Performance - Spectral Efficiency
Adaptable Traffic RatioTDD better suited to handle REAL LIFE traffic imbalance
Less than 2-3% impact difference between FDD andTDD experience, due to DL/UL signalling requirement
Seamless Hand-over to LTE FDDCapacity Relieve and Overlay
Coverage Indoor and Hot Spots
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50/50 60/40 70/30 80/20 90/10DL/UL Ratio
T h r o u g h p u t s M b p s
FDD Downlink FDD Uplink Total FDD Throughput
TDD Downlink TDD Uplink Total TDD Throughput
Capacity Arsenal in Operator Portfolio
Uplink
Downlink
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Future - HeterogeneousToday Traditional
Coverage Macro Pico Metro
Wireless Topology Evolution
Dense Urban
Urban/SuburbanRural
3G/LTENetwork
LegacyNetworkTransport PoP Street Level
Cost effective capacity augmentationStreet Level
Cost effective capacity augmentation
CapacityMacro Macro Wi-Fi
In BuildingCompetitive and alternativeIn Building
Competitive and alternative
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Self OrganisingSmall Cell ChallengesManaging Heterogeneous Networks
Key to addressing challenges
Higher Volume of Nodes will require newManagement Paradigm to providefavorable business case vs. Macro
Collaboration to Maximize SpectralEfficiencies will be key (ICIC)
Backhaul Connection
Quality of Service
Traffic Re-Transmissions
Multiple Air-Interface Management
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UplinkDownlink
Femto Cell
Femto UE
Femto Cell
UplinkDownlink
Relay#2
Relay
Managing Interference in Multiple Networks
Macro ellacro e
Desired Signal
Interference Signal
Macro UE
Macro CellMacro Cell
Desired Signal
Interference Signal
Macro UE #1
Low Power Node Expansion Advanced Receivers Acquisition structures need to be modified
Heterogeneous Deployments Strong Interference scenarios Operation in low geometry environments Interference Co-ordination Techniques (ICIC) tomitigate Interference
ICIC for Maximum GainControl Carrier Aggregation and Beam Forming Macro and Pico cell transmit on two different carrier frequency, with
Macro also supporting two different power levelsData Resource partitioning Frequency domain: Carrier Aggregation techniques, RB silencing Time Domain: MBSFN sub frames Semi-static vs. Dynamic
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Tomorrows Networks
Early LTE DeploymentAvoid HSPA Cell Splitting CAPEX and relieve capacity crunch
Every MHz and EUTRAN feature counts for coverage and capacity
Exploding Data Demand
Bearer and Control Traffic Challenges
Capacity growth demands new solutions
Self Organising NetworkCritical for End-to-End Heterogeneous Networks Management
Simple and Optimized Network Management Solution
Heterogeneous networksThe Ultimate solution - augmenting existing capacity and coverage
Maximizing network assets and enabling new revenues with smaller cells
Growing Global Momentum and cheaper $/MHz Spectrum
Similar Performance, Roaming, and Flexible UL:DL ProvisioningTD-LTE Alternative
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THANK YOU THANK YOU