4G - Bringing new mobile bro adband paradigms - CICOMRA. D. RAKITI… · NSN LTE Docomo LTE PCMCIA Card Qualcomm-based multimode LTE terminals –commercai l avaial bility ... 13

4G - Bringing new mobile broAugust, 2011g

Demetrio RakitinHead of LTE Sales LAT

© Nokia Siemens Networks

Head of LTE Sales LAT

oadband paradigms

Strong momentum in Mobile Bro

• Over 5.000 million mobile subscriptions, today ...• where +700 million are mobile broadband (50%where 700 million are mobile broadband (50%

• Global LTE susbscribers will reach 300 million by 20• Asia to have 129 million LTE subs by 2015 (4• Americas to reach 12 million LTE subs by 20

• Mobile internet users will overtake fixed internet useyears


Source: GSA, Wireless Intelligence Dec2010 and NSN BI

years

Mobile Broadband: includes all WCDMA subscribers including HSP

oadband

% yoy growth)% yoy growth)

015 (100%)43%)15 (4%)

ers in 2-3

PA

The Present of mobile communic

Mobility, broadband, and new device technology change the way

News, inanywherdevice technology change the way

people connect and communicate

AugmentedAugmented reality


New subscriptions and revenu

cations is all about applicationsCommunities sharingCommunities, sharing

nformation re

LocationLocation

Business on the move, email, Skype, e-meeting

Music and entertainment

ue are a huge opportunity

Wikitude.org


Mobile Broadband brought a new


w service offering dimension

Business opportunity: The Clout’s already herey

Photosclo

Video in the cloud

Music in the cloud

Subscriber exOn Sep 7th, Netflix will anounce,


that it is coming to Argentina.

ud

Shopping / stuff in the cloud

Apps / documents in

the clouds in the oud

pectation

Security SolutionsHigh-quality, wireless broadband conn

t l l b k tcontrol, also as back-up system

Security SolutionsSecurity Solutions

nectivity for remote connectivity and

Metering applicationsHigh-quality, wireless broadband connd t i iti (SCADA)data acquisition (SCADA)

Industry-specific seri i ti

Think about:

irrigation, power m

Smart grids

nectivity for supervisory control &

rvice support (oil & gas, water / t i )metering)

Logistics applicationsHigh-quality, wireless broadband conn

d i d kfland improved workflow

Logistics (inventory, work-flow)Think about:

Tracking high value-goodsNavigation

Remote assistance, technical support, m

nectivity for logistics

maintenance

Bandwidth requirement when allthe same broadband connection


Source: Arthur D Little analisys

l the services are delivered overn

LTE user devicesEcosystem growing faster thany g g

… devi161 LTE devices h b

64% increasecompared to

HTC ThundeLTE+CDMA

HTC Sense, Skype w

have been announced by 45 suppliers(GSA, July 29, 2011)

compared toMarch 2011

Motorola XOLTE+WiFi (2Q

Android 3.0 Hone

… devices launched in 2010

(GSA, July 29, 2011)

Huawei, 2G, 3G, LTE multimode (Qualcomm-based)Tele 2 Sweden

Samsung B3730, TeliaSonera, multimode Fully integrated in NSN LTE

Docomo LTEPCMCIA Card

Qualcomm-based multimode LTE terminals – commercial availability expected in 4Q10

Samsung Craft LTE/CDMA Samsung Sequans TD-LTE trial

LG single mode trial device Fully integrated in NSN LTE

LG Adrenaline, ATT, multimode

… and new se

Samsung Craft, LTE/CDMA, MetroPCS

Sa su gTD-LTEprototype Fully integrated in NSN LTE

Sequans TD-LTE trial device

Nokia LTE prototypemodem RD-3

Cat. 3 USB-modems launched during 2010 LTE in


Cat. 3 USB modems launched during 2010 LTE in

Smartphones account for 48% of terminal vol

n with any previous technologyy p gy

ces announced by Verizon Wireless at CES for 1H2011

erboltA with video

LG RevolutionLTE+CDMA

Android 2.2, hot spot capability

Moto Droid BionicLTE+CDMA

Android , See What I See Video

Samsung smartphoneLTE+CDMA Android 2.2

Compaq CQ10-688nrLTE+CDMA

OOMQ/11) eycomb

Samsung GalaxyLTE+CDMA, Android 2.2

Novatel MiFi 4510LLTE+CDMA WiFi

Samsung Mobile HotspotLTE+CDMA WiFi

HP Pavilion dm1-3010nrLTE+CDMA

for egments Cisco Cius Business Tablet

LTE-capableNetgear MBR1000

LTE+CDMA

4Home monitoring solution

Ionicis home monitoring & control GW

BL HealthcareTCx-I terminal with LTE

for HD-video enabled telemedicine

Cradlepoint6 different router/adapter

models with Pantech UML290

Cisco ISR2 G2 WAN-cardLTE-capable card to routers

for small and medium enterprises

SierraWireless MC7750LTE+CDMA embedded module Onstar car solution

e.g. video over LTE

SerComm LTE-enabled IP camera

NVIDIA and Acer tabletsEA’s Rockband

multiplayer onlinegaming over LTE

smartphones, notebooks, tablets, MiFi, … during 2011smartphones, notebooks, tablets, MiFi, … during 2011

lume sales in 1H11 in Argentina. Source: Carrier & Asoc

The ten LTE devices announced

HTC ThunderboltLTE+CDMA

TC Sense, Skype with video

LG RevolutionLTE+CDMA

Android 2.2, hot spot capability

Moto DrLTE+

Android , See

Motorola XOOMNovatel MiFi 4510L

LTE+CDMA WiFi


Motorola XOOMLTE+WiFi (2Q/11)

Android 3.0 HoneycombSamsung Galaxy

LTE+CDMA, Android 2.2

by Verizon @ CES 2011

roid Bionic+CDMA What I See Video

Samsung smartphoneLTE+CDMA Android 2.2

Compaq CQ10-688nrLTE+CDMA

Samsung Mobile HotspotLTE+CDMA WiFiLTE CDMA WiFi

HP Pavilion dm1-3010nrLTE+CDMA


nitial LTE Terminal Categories

Class 1 Class 2

Peak rate DL/UL

RF bandwidth

10/5 Mbps 50/25 Mbps

20 MHz 20 MHz

Modulation DL

Modulation UL

64 QAM 64 QAM

16 QAM 16 QAMModulation UL

Rx diversity

16 QAM 16 QAM

yes yes

MIMO DL optional 2 x 2


Class 5Class 3 Class 4

s 100/50 Mbps 150/50 Mbps 300/75 Mbps

20 MHz 20 MHz 20 MHz

64 QAM 64 QAM 64 QAM

16 QAM 16 QAM 64 QAM16 QAM 16 QAM 64 QAM

yes yes yes

2 x 2 2 x 2 4 x 4

Smartphones will soon be the mmarkets

100

Smartphone vs non-s2009-2015

e80

100

omer

bas

e

More than 50% of

40

60

on o

f cus

toMore than 50% of US handsetshipments will besmartphones by

20

40

pene

trat

io2012

Source: In-Stat, Jan 2011

02009 2010

% p

5 © Nokia Siemens Networks

Source: Arthur D Little, 2010

ajority of phones in mature

smartphone penetration in Europe,

2011 2012 2013 2014 2015

Non-smartphones

Smartphones

Laptops drive data traffic, but thsmartphone users globallyp g y

25

Mobile Internet traffic [ExaByte/year] [1018 Byte/year]

15

20Mobile LaptopSmartphones

Mobile Internet access

5

10

0 2008 2009 2010 2011 2012 2013 2014 2015

Source: Nokia Siemens Networks 2010

T-Mobile GER and Elisa FIN report average consumer dongle usage of: 2GB/month


2009 2010

Sources: Nokia Siemens Networks, Informa, tietokone.fi, TeliaSonera 20

ere are far more

Telia Sonera in Finland reports average monthly traffic:Nokia E71 – 40 MB

2010: Informa estimates that 65% of global mobile data traffic is generated by smartphonesNokia N97 – 105 MBApple iPhone – 310 MBAverage traffic per user in TeliaSonera:375 MB per month (3G smartphone) 5 GB per month (3G dongle)15 GB per month (LTE dongle)

TeliaSoneramobile

1 billion broadbandtraffic grew10 times in years

2011 2012 2013 2014

010, Gigaom Nov 2010, Elisa May 2011

A hint of what’s coming

Monthly data traffic by device type, Novemb

12

15

med

, GB

14.9 GB

9

a co

nsum

3

6

onth

ly d

at

5

0Fixed data traffic

(Cisco)

Mo

Smartphonedata traffic

(Telia Sweden)

Dodata

(Telia

375 MB


Source: gigaom.com, November 2010

(Telia Sweden) (Telia

ber 2010

15 GB

5 GB

onglea trafficSweden)

LTE dongle data traffic

(Telia Sweden)Sweden) (Telia Sweden)

Wireless data applications


Decoupling traffic volume from n

Traffic volumeMobile networktraffic and costs

Re

Pro

LTus

Voice dominated Data dominated

us


Source: Light Reading (adapted)

network cost

e Network cost (non-Broadband technologies)

LTE reduces the cost/Mb

evenue

ofitability

the cost/Mb

Network cost (LTE)y

TE improves ser experience

d

Time

ser experience

LTE and LTE-A data rate evolutioDesign goals for LTE:Design goals for LTE:

– 200 simultaneous users per every 5MHz spectrum,– Latency 10-20ms,– Optimal cell size of 5 km, 30 km with reasonable perform– Interwoking with legacy systems like GSM and WCDMA.g g y y

3GPP R103GPP R11+

73 (326) Mbps

3GPP R83GPP R10

1 Gbps

MIMO 8x8H MIMO 2 2 (4 4)Hz + MIMO 2x2 (4x4)

58 (86) Mbps500 Mbps

MIMO 8x8MHz + MIMO 2x2 (4x4)


LTE-A

MHz MIMO 2x2 (4x4)

on

mance, and up to 100 km supported with acceptable performance,

•Design goals for LTE-A:100MHz bandwidth (non-contiguous)1Gbps slow mobility / 100Mbps high mobilityUL up to 500MbpsUL up to 500MbpsCo-ordinated multipoint (better perf. at cell edge)Reduced latencyBackwards compatibility with LTE and othermulti-band carrier aggregation

•Availability expected for 2013-2015 time frame

LTE spectrum & ecosystem (31 b

FDD LTE• Early FDD LTE ecosystem mainly building on

2600 (Europe, China, APAC)2100 (Japan)1800 (GSM refarming)1700/2100 AWS (North America)1700/2100 AWS (North America)1600 (US – wholesale)800 digital dividend (Europe, APAC)Upper 700 MHz (Verizon)L 700 MH B/C (AT&T)Lower 700 MHz, B/C (AT&T)

TDTD--LTELTE• Early TD-LTE ecosystem

2300 (India, APAC, China)2600 (E Chi ? USA ?)


2600 (Europe, China ?, USA ?)

bands !!!)Band MHz Uplinks MHz Downlink MHz RegionBand MHz Uplinks MHz Downlink MHz Region1 2x60 1920-1980 2110-2170 FDD UMTS core2 2x60 1850-1910 1930-1990 FDD US PCS3 2x75 1710-1785 1805-1880 FDD 18004 2x45 1710-1755 2110-2155 FDD US AWS5 2x25 824-849 869-894 FDD US 8507 2x70 2500-2570 2620-2690 FDD 26007 2x70 2500 2570 2620 2690 FDD 26008 2x35 880-915 925-960 FDD GSM 9009 2x35 1749-1784 1844-1879 FDD Japan, Korea 170010 2x60 1710-1770 2110-2170 FDD Extended AWS11 2x25 1427-1452 1475-1500 FDD Japan 150012 2x18 698-716 728-746 FDD US 700 MHz Lower (Band A,B,C)13 2x10 777-787 746-756 FDD US 700 MHz Upper (Band C)pp ( )14 2x10 788-798 758-768 FDD US 700 MHz Upper (Band D+)17 2x12 704-716 734-746 FDD US 700 MHz Lower (Band B, C)18 2x15 815-830 860-875 FDD Japan 80019 2x15 830-845 875-890 FDD Japan 80020 2x30 832-862 791-821 FDD EU Digital Dividend21 2x15 1448-1463 1496-1511 FDD Japan23 2x20 2000-2020 2180-2200 FDD S-band24 2x34 1626-1660 1525-1559 FDD US25 2x65 1850-1915 1930-1995 FDD US, extended PCS33 1x20 1900-1920 1900-1920 TDD UMTS core TDD34 1x15 2010-2025 2010-2025 TDD UMTS core TDD35 1x60 1850-1910 1850-1910 TDD US (TDD alternative to FDD)36 1 60 1930 1990 1930 1990 TDD US (TDD lt ti t FDD)36 1x60 1930-1990 1930-1990 TDD US (TDD alternative to FDD)37 1x20 1910-1930 1910-1930 TDD US38 1x50 2570-2620 2570-2620 TDD 2600 TDD part39 1x40 1880-1920 1880-1920 TDD China UMTS TDD40 1x100 2300-2400 2300-2400 TDD China TDD41 1x194 2496-2690 2496-2690 TDD Americas42 1x200 3400 3600 3400 3600 TDD New42 1x200 3400-3600 3400-3600 TDD New43 1x200 3600-3800 3600-3800 TDD New

Status: 3GPP R10, June 2011


Why operators choose LTE?

Cl t 100% 3G t ti

New radio spectrum withneed to create new ecosystem

LTE mandated in

Close to 100% 3G penetration,need for improved efficiency

Better 4G vs. 3G

LTE mandated in frequency license conditions

G

Legacy CDMA2000

Better 4G vs. 3Glicense position

WiMAX ecosystemchallenges and/or

challenges


gevolution for TD-SCDMA

The three major WiMaxanounced their move

I di 2 3 GH ti i• Indian 2.3 GHz auction winners

•German 800 MHz auction winners

German digital dividend auction winners

S dSweden

x sponsors e to LTE

2010 – LTE has become reality2011 – the growth momentum g


ycontinues

• 24 commercial LTE networks launched by June 2011launched by June 2011

• 13 of them running on NokiaSiemens Networks gear

• At least 91 LTE networks expected to be in commercial operation by end 2012

• 166 LTE network operator commitments in 62 countries

• 107% growth since June 2010

300 million subscribers by 201590% up since February 2010F t f LTE l d k t b Wi l i t lliForecast for LTE lead markets by Wireless intelligence

Conclusion – Why LTE?B tt bil b db d iBetter mobile broadband user experience

Throughput latency150 Mbit 150

10ms<1 Mbit

50>42 Mbit

GSM HSPA LTE GSM HSPA LTE

Technology convergence

GSM

WCDMA

CDMA

FDD LTE

LTECDMA

WiMAX

TD- TD-LTE

LTEAdvanced

>90% harmonized in 3GPP


SCDMA

I d t it t b hi d th tIndustry commitment behind the ecosystem

> 300 million LTE subscribers by 2015Forecast for LTE lead markets by Wireless intelligence

166 LTE network operator it t i 62 t i

91+ LTE networks expected to be in commercial operation by end 2012

commitments in 62 countries

Extensive range of radio spectrum support

19 different FDD frequency band options11 different TDD frequency band options

Single operator may deploy both FDD+TDD LTEfor maximum utilization of spectrum assets

+ new ones still being specified both for new band deployment and re-farming casesband deployment and re farming cases

Conclusion

• Applications drive continuous subscribe

• LTE solves operator’s pains:• LTE solves operator s pains:– Traffic growth trend can be decoupled from n– LTE can be deployed on almost every spectr– LTE is the natural evolution for legacy techno– All services can be delivered over the same t– More capacity to more subscribers on the sam– New services allow for new revenue streams

• LTE enhances the end user experiencep– By delivering higher throughput and lower late– This opens a new dimension of services that

▪ Cloud computing, remote back up, e-health, HD


Cloud computing, remote back up, e health, HDgaming, faster download, M2M

er and traffic growth

etwork expansion costum portion the operators have (OPEX reduction)

ologies (e.g: CDMA, GSM, WCDMA, WiMax)echnology (voice, data, video, mobility)me amount of spectrum (better spectrum efficiency)

e:ency (delay)cannot be offered on other mobile technologiesD video streaming, voice-data-video convergence, on-lineD video streaming, voice data video convergence, on line

¡Muchas Gracias!¡Muchas Gracias!

© Nokia Siemens Networks© Nokia Siemens Networks

Documents

4G - Bringing new mobile bro adband paradigms - CICOMRA. D. RAKITI… · NSN LTE Docomo LTE PCMCIA Card Qualcomm-based multimode LTE terminals –commercai l avaial bility ... 13