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Mark Neild Nsn Beyond 4 G

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1) By 2020, mobile networks will need to support 1000 times more traffic than 2010 levels through advancements in spectral efficiency, available spectrum, network densification, and new technologies. 2) New radio technologies aim to reduce latency by 10 times to 1ms and improve spectral efficiency 10 times through techniques like coordinated multipoint and interference cancellation. 3) Ten times more spectrum could be made available through initiatives to drive spectrum availability and technologies like cognitive radio. 4) The number of base stations is expected to grow to over 50 million by 2020, 80% being micro, pico or femtocells, to support 1000 times more network capacity through densification.

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Mobile Broadband Beyond 4G Mark Neild Head of Business Transformation West Europe 11.07.2012 Customer presentation 1 息 Nokia Siemens Networks
What will the world want from wireless by 2020? Mobile data traffic Support up to Rock solid, 1000 times 1000 EB ubiquitous more traffic 1000x connectivity 1 EB 2010 2015 2020 息2011 Intuitive Surgical, Inc. Apps bandwidth demand Millisecond Gbps peak 3D HD speeds latency for Ultra HD true local 3D SDTV feel Super HD HD 0Mbps 100Mbps 200Mbps 300 2 息 Nokia Siemens Networks
By 2020 radio can reduce latency 10x Latency in radio networks Radio latency can be pushed to 1 ms by 20 ms 2020 by using a shorter frame length 15 ms The main benefit is 10 ms realized when content is close. 1 ms limits fiber length to 100 km. 5 ms 0 ms Enable low-latency HSPA LTE B4G M2M solutions Base station Air interface UE 3 息 Nokia Siemens Networks
By 2020 - radio can improve in spectral efficiency 10x Spectral efficiency [bps/Hz/cell] Spectral efficiency can be improved by managing inter-cell 8 interference. 6 Efficiency is not limited by Shannon 4 law but by inter-cell interference. 2 Cell edge data rates 0 improve twice as HSPA LTE LTE + CoMP + UE + further today 2x2 Advanced interference innovations much 4x4 cancelation 4 息 Nokia Siemens Networks
By 2020 - there can be 10x more spectrum available Evolution of available radio spectrum Unlic 5GHz 1500MHz Unlic 2.4GHz 3700 MHz 3400 MHz 10 times more 2600 MHz spectrum can be 1000MHz 2300 MHz made available if we 2100 MHz TDD drive for it. 2100 MHz 1800 MHz 500MHz 900 MHz Cognitive radio 800 MHz enables optimized 700 MHz spectrum usage over 450 MHz multiple operators 2010 2012 2015 2020 5 息 Nokia Siemens Networks
By 2020 - there will be 10x more base stations Global base station forecast Number of cellular base stations grows 50 Mn to over 50 Million 40 Mn 80% will be microcell 30 Mn or smaller 20 Mn 10 Mn Additionally more than 0 Mn 500 M WiFi APs 2010 2015 2020 Micro, Pico, Femto BTS Macro BTS 6 息 Nokia Siemens Networks
Up to 1000 times more capacity 10x 10x 10x 1000x Performance Spectrum Base stations capacity 7 息 Nokia Siemens Networks
How about the old radios in 2020 GSM will still be HSPA and LTE Carrier WiFi will Spectral efficiency [Bps/Hz] around driven e.g. networks will deliver carry up to 50% of by installed M2M the ubiquitous total traffic . 8 base and billions of mobile broadband 5 legacy devices experience. 2 1 HSPA LTE B4G Latency [ms] 20 10 1 HSPA LTE-A B4G 8 息 Nokia Siemens Networks
How can we build this? Radio frequency bandwidth System on Chip enables Laws of physics determine capability of basestations small radios, low power antenna size consumption & integration 200MHz of intelligent functions. SDR is no problem for digital processing! 60MHz 2MHz 20MHz Continous growth of 1990 2000 2010 2020 1990 2000 2010 2020 computing power with Moores law 60Bn Switched mode power For same performance, amplifier, high-voltage GaAs antenna size does not get HBT and GaN technologies smaller. Size even increases for wideband radios with 2Bn if beamforming is required 2Mn 60Mn multicarrier capabilities 1990 2000 2010 2020 9 息 Nokia Siemens Networks
What will a macro site look like? Bulky shelters have RF module is disappeared - base integrated with the stations installed on antenna mast tops Baseband New antenna form processing is factors emerge: integrated with the panels, arrays, antenna, or pooled irregular shapes at central site 10 息 Nokia Siemens Networks
What will a small base station look like? Pico/Micro size is Femto module dictated by shrinks to finger required antenna tip size performance 11 息 Nokia Siemens Networks
How can we deploy, commission and maintain all the radios, frequency bands and layers? All cells and frequency Multi-technology layers automatically managed by advanced SON All spectrum under unified RRM for instant capacity and coverage optimization Cognitive networks will reduce errors, improve quality and lower operation and energy costs 12 息 Nokia Siemens Networks
Gigabit Experience Reliable, Efficient and Personal Ubiquitous Connectivity Unified Radio Cognitive Resource Networks Management Active Wideband Liquid Radio Antennas Multiradio Multi- Multi- Heterogenous Self Organized Carrier Standard Networks Networks 13 息 Nokia Siemens Networks
Thank you! 14 息 Nokia Siemens Networks

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Mark Neild Nsn Beyond 4 G

  • 1. Mobile Broadband Beyond 4G Mark Neild Head of Business Transformation West Europe 11.07.2012 Customer presentation 1 息 Nokia Siemens Networks
  • 2. What will the world want from wireless by 2020? Mobile data traffic Support up to Rock solid, 1000 times 1000 EB ubiquitous more traffic 1000x connectivity 1 EB 2010 2015 2020 息2011 Intuitive Surgical, Inc. Apps bandwidth demand Millisecond Gbps peak 3D HD speeds latency for Ultra HD true local 3D SDTV feel Super HD HD 0Mbps 100Mbps 200Mbps 300 2 息 Nokia Siemens Networks
  • 3. By 2020 radio can reduce latency 10x Latency in radio networks Radio latency can be pushed to 1 ms by 20 ms 2020 by using a shorter frame length 15 ms The main benefit is 10 ms realized when content is close. 1 ms limits fiber length to 100 km. 5 ms 0 ms Enable low-latency HSPA LTE B4G M2M solutions Base station Air interface UE 3 息 Nokia Siemens Networks
  • 4. By 2020 - radio can improve in spectral efficiency 10x Spectral efficiency [bps/Hz/cell] Spectral efficiency can be improved by managing inter-cell 8 interference. 6 Efficiency is not limited by Shannon 4 law but by inter-cell interference. 2 Cell edge data rates 0 improve twice as HSPA LTE LTE + CoMP + UE + further today 2x2 Advanced interference innovations much 4x4 cancelation 4 息 Nokia Siemens Networks
  • 5. By 2020 - there can be 10x more spectrum available Evolution of available radio spectrum Unlic 5GHz 1500MHz Unlic 2.4GHz 3700 MHz 3400 MHz 10 times more 2600 MHz spectrum can be 1000MHz 2300 MHz made available if we 2100 MHz TDD drive for it. 2100 MHz 1800 MHz 500MHz 900 MHz Cognitive radio 800 MHz enables optimized 700 MHz spectrum usage over 450 MHz multiple operators 2010 2012 2015 2020 5 息 Nokia Siemens Networks
  • 6. By 2020 - there will be 10x more base stations Global base station forecast Number of cellular base stations grows 50 Mn to over 50 Million 40 Mn 80% will be microcell 30 Mn or smaller 20 Mn 10 Mn Additionally more than 0 Mn 500 M WiFi APs 2010 2015 2020 Micro, Pico, Femto BTS Macro BTS 6 息 Nokia Siemens Networks
  • 7. Up to 1000 times more capacity 10x 10x 10x 1000x Performance Spectrum Base stations capacity 7 息 Nokia Siemens Networks
  • 8. How about the old radios in 2020 GSM will still be HSPA and LTE Carrier WiFi will Spectral efficiency [Bps/Hz] around driven e.g. networks will deliver carry up to 50% of by installed M2M the ubiquitous total traffic . 8 base and billions of mobile broadband 5 legacy devices experience. 2 1 HSPA LTE B4G Latency [ms] 20 10 1 HSPA LTE-A B4G 8 息 Nokia Siemens Networks
  • 9. How can we build this? Radio frequency bandwidth System on Chip enables Laws of physics determine capability of basestations small radios, low power antenna size consumption & integration 200MHz of intelligent functions. SDR is no problem for digital processing! 60MHz 2MHz 20MHz Continous growth of 1990 2000 2010 2020 1990 2000 2010 2020 computing power with Moores law 60Bn Switched mode power For same performance, amplifier, high-voltage GaAs antenna size does not get HBT and GaN technologies smaller. Size even increases for wideband radios with 2Bn if beamforming is required 2Mn 60Mn multicarrier capabilities 1990 2000 2010 2020 9 息 Nokia Siemens Networks
  • 10. What will a macro site look like? Bulky shelters have RF module is disappeared - base integrated with the stations installed on antenna mast tops Baseband New antenna form processing is factors emerge: integrated with the panels, arrays, antenna, or pooled irregular shapes at central site 10 息 Nokia Siemens Networks
  • 11. What will a small base station look like? Pico/Micro size is Femto module dictated by shrinks to finger required antenna tip size performance 11 息 Nokia Siemens Networks
  • 12. How can we deploy, commission and maintain all the radios, frequency bands and layers? All cells and frequency Multi-technology layers automatically managed by advanced SON All spectrum under unified RRM for instant capacity and coverage optimization Cognitive networks will reduce errors, improve quality and lower operation and energy costs 12 息 Nokia Siemens Networks
  • 13. Gigabit Experience Reliable, Efficient and Personal Ubiquitous Connectivity Unified Radio Cognitive Resource Networks Management Active Wideband Liquid Radio Antennas Multiradio Multi- Multi- Heterogenous Self Organized Carrier Standard Networks Networks 13 息 Nokia Siemens Networks
  • 14. Thank you! 14 息 Nokia Siemens Networks