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LTELTELTELTE----Advanced Advanced Advanced Advanced –––– Strong Evolution Ahead from Radio Enhancements to New Use Cases Strong Evolution Ahead from Radio Enhancements to New Use Cases Strong Evolution Ahead from Radio Enhancements to New Use Cases Strong Evolution Ahead from Radio Enhancements to New Use Cases
100xcapacity
150 Mbps
10x data rate
Unlicensed Device-to-device
Expanding to new use cases
Boosting capacity
2
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
10x more devices
150 Mbps LTE
10x coverage
Machine-to-machine
Broadcast Car-to-car
Public safety
LTELTELTELTE----AdvancedAdvancedAdvancedAdvanced Peak Data Peak Data Peak Data Peak Data RateRateRateRate EvolutionEvolutionEvolutionEvolution
• 150 Mbps (Cat 4) with contiguous 20 MHz
• 300 Mbps with 20 + 20 MHz starting 2014
• 450 Mbps with 3 Carrier Aggregation (60 MHz)
• FDD + TDD aggregation in Release 12>1 Gbps
3
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
20122013
150 Mbps
20 MHz2x2 MIMO
150 Mbps
10+10 MHz2x2 MIMO
2014
300 Mbps
20+20 MHz2x2 MIMO
450 Mbps
3CA2x2 MIMO
100 MHz4x4 MIMO
600 Mbps
4CA or4x4 MIMO
300 Mbps Carrier Aggregation in Live Network300 Mbps Carrier Aggregation in Live Network300 Mbps Carrier Aggregation in Live Network300 Mbps Carrier Aggregation in Live NetworkElisa, Finland together with Nokia and Broadcom, February 2014Elisa, Finland together with Nokia and Broadcom, February 2014Elisa, Finland together with Nokia and Broadcom, February 2014Elisa, Finland together with Nokia and Broadcom, February 2014
LTE1800 (20 MHz) +
LTE2600 (20 MHz)
4
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
Peak rate hitting 300 Mbps
SpectrumSpectrumSpectrumSpectrum UsageUsageUsageUsage EvolutionEvolutionEvolutionEvolution
1800
2100
35005800
Unlicensed bands Licensed bands
3.5 GHz spectrum for smallcells
2600
5
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
900
1800
700
470 – 700
700 – 2600 MHz aggregatedtogether into single pool
Convergence of mobile broadband and broadcast
800
1000
1200
1400
1600
5800 MHz
3500 MHz
2600 MHz
2300 MHz
2100 MHz
LTELTELTELTE----AdvancedAdvancedAdvancedAdvanced Peak Peak Peak Peak RateRateRateRate EvolutionEvolutionEvolutionEvolution
130 MHz
210 MHz
3500 MHz
5800 MHz
2 Gbps
3 Gbps
Downlink spectrum per operator
Downlink peak rate with 4x4 MIMO
> Up to 1.5 Gbps with 700 - 2600 MHz
> Up to 3 Gbps with 3.5 – 5.8 GHz
6
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
0
200
400
600
800
1
MHz
2100 MHz
1800 MHz
900 MHz
800 MHz
700 MHz
100 MHz
130 MHz
700 – 2600MHz
3500 MHz
1.5 Gbps
2 Gbps 3.5 – 5.8 GHz
> Assumes 4x4 MIMO
Nokia Centralized RAN Nokia Centralized RAN Nokia Centralized RAN Nokia Centralized RAN Gives Gives Gives Gives 2222----3x More Capacity with Uplink 3x More Capacity with Uplink 3x More Capacity with Uplink 3x More Capacity with Uplink CoMPCoMPCoMPCoMP
• Mass event challenge
- Data upload is larger than data download
- Uplink capacity is limited by interference
• Nokia solution
- Turn interference into signal by uplink CoMP(=Coordinated multipoint)
Stadium Capacity +100..200%
7
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
Nokia 4TX4RX Nokia 4TX4RX Nokia 4TX4RX Nokia 4TX4RX Enhances Cell Enhances Cell Enhances Cell Enhances Cell Edge Data Rates and CoverageEdge Data Rates and CoverageEdge Data Rates and CoverageEdge Data Rates and Coverage
Higher cell edge date rate+60%/100% (DL / UL)
Larger cell area +3 dB with +40% larger cell
8
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
with +40% larger cell
Higher cell capacity +20%/70% (DL / UL)
No changes to terminals required. 2-antenna terminals assumed.
Main Topics in 3GPP Release 12Main Topics in 3GPP Release 12Main Topics in 3GPP Release 12Main Topics in 3GPP Release 12
• Release 12 will be completed in 3GPP by end-2014
Small cellenhancements
MIMO and beam-forming evolution
UE interference
Machine-to-machine
HetNet mobility Device-to-device
Small cells Macro cells Other topics
9
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
UE interferencecancellation
HetNet mobilityenhancements
Device-to-devicecommunication
Enhanced CoMP(Multi-cell scheduling)
FDD + TDD aggregation
3GPP – WLAN interworking
Small Cell Small Cell Small Cell Small Cell Enhancement Enhancement Enhancement Enhancement in Release 12in Release 12in Release 12in Release 12
Key Technologies in 3GPP Release 12Dual connectivityInter-site carrier aggregation256QAM
Macro
10
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
Dual ConnectivityDual ConnectivityDual ConnectivityDual Connectivity
Macro
Small cellUE
LTE LTE LTE LTE EvolutionEvolutionEvolutionEvolution: : : : New Use CasesNew Use CasesNew Use CasesNew Use Cases
LTE-U = Unlicensed Band
LTE on UHF BandsLTE-B
= Broadcast = eMBMS
LTE-M = Machine-to-Machine
LTE-D = Device-to-Device
Replace terrestrial TV
Internet of things
Proximity services
500 MHz more spectrum at 5 GHz
LTE on 470 – 700 MHz
New Application Areas New Spectrum
Authorized sharedaccess
Sharing with incumbent user
11
Harri Holma ”LTE Evolution Towards Vision 2020”, Mobile Broadband Conference, London, May 2014
LTE for Public SafetyRun public safety on
your LTE
LTE for Voice (VoLTE)Move voice to IP in
LTE network
LTE for Connected CarsConnectivity for car
entertainment
LTE for Airplane Connections
Wi-Fi backhaul for airplanes