LTE Solution Overview - Huawei

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HUAWEI TECHNOLOGIES CO., LTD.

Huawei LTE Huawei LTE Solution OverviewSolution Overview

Contents

LTE Industry Updates

LTE Product KPIs (TDD & FDD)

Huawei LTE Progress

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential Page 3

Why LTE ?

LTE is the Key for MBB SuccessLTE is the Key for MBB Successn Higher Spectrum Efficiency From Phone to Smart Device

From People to Machine

From Kbps to Gpbs

01234

GSM UMTS HSPA+ LTE LTE-A LTE-B

0.21 1.2

1.72.4

3.7

0

200

400

600

GSM UMTS HSPA+ LTE LTE-A LTE-B

600

15050


LTE Blooming in Global Market

301 operators investing in LTE in 95 countries

57 commercial networks in 32 countries

GSA forecasts 128 commercial LTE networks in

56 countries by end 2012

Explosive LTE Commercial LaunchExplosive LTE Commercial Launch

Countries with commercial LTE serviceCountries with LTE commercial network deployments on-going or plannedCountries with LTE trial system

Global LTE Deployment MapGlobal LTE Deployment Map

GSA: Mar 13, 2012

0 50 100 150

2009

2010

2011

2012 57

2

17

49

128


2.6G

59% of 291.Armenia: MTS2.Austria: A1 Telekom3.Austria: T-Mobile4.Belarus :Yota Bel5.Kuwait: Viva6.Kyrgyzstan: Saima7.Poland: Aero28.Russia: Yota9.Singapore: M110.Sweden: Tele211.Sweden: TeleNor12.Uzbekistan: MTS

1.Austria: H3G2.Denmark: TeliaSonera3.Denmark: TDC4.Estonia: EMT5.Finland: TeliaSonera6.Finland: Elisa7.Finland: DNA8.Hong Kong: CSL9.Portugal : Vodafone 10.Singapore: SingTel11.Sweden: TeliaSonera12.Uzbekistan: Ucell

1.Germany: Vodafone2.Norway: NetCom3.Portugal: TMN

4.Saudi Arabia: Mobily5.UAE: Etisalat

12

5

126

1

81.8G

46% of 151.Poland: Aero22.Sweden: Tele23.Lithuania: Omnitel4.Singapore: M15.Saudi Arabia: Zain6.Bahrain: Viva

1.Finland: TeliaSonera2.Finland: Elisa3.Denmark: TeliaSonera4.Latvia: LMT5.Australia: Telstra6.Singapore: SingTel7.Hungary: T-Mobile8.South Korea: KT

1.Germany: T-Mobile

3

2800M

60% of 5

1.South Korea: SK Tel2.South Korea: LG U+

1.Germany: Vodafone2.Germany: T-Mobile3.Germany: O2

AWS

50% of 6

1.USA: MetroPCS2.USA: Mosaic3.Canada: Rogers

1.Canada: Bell2.Canada: TELUS3.USA: Leap

3 3

1 12.1G

50% of 2

1.Japan: NTT DoCoMo

1.Philippines: SmartComm

1

3

1

TDD

80% of 5

1.Brazil: Sky

1.Saudi Arabia: Mobily2.Saudi Arabia: STC 3.Japan: Softbank

1.Poland: Aero2

7

700M

0% of 7

1.USA: Verizon2.USA: Mosaic3.USA: AT&T4.USA: Peoples5.Puerto Rico: AT&T6.Puerto Rico: Claro7.Uruguay: Antel

LTE Global LandscapeLaunched by according to GSA : HuaweiHuawei ShareShare OtherOther

28 of 57 LTE commercial networks were deployed by Huawei as of Mar 13th, 201212 Networks have more than one bands

GSA: Mar 13, 2012


GL1800 Refarming Becomes a Reality

l 14 LTE1800 network commercially launched l 15 LTE1800 in deployment, 20+ trials & plans

Poland

Australia

Germany

Lithuania

Singapore

Latvia

Finland

Saudi Arabia

Denmark

1515 Commercially launchedCommercially launched Total 75MHz in 1800M Band Most operators owns10~25MHz

1800M spectrum underused

GL1800 co-site, co-coverage

Larger capacity than HSPA+

Frequency ready 30%~50% TCO saving by

SingleRAN

41 LTE1800 devices announced Multi-mode, multi-band

Finland

Hongkong

SingaporeHungary

South Korea

Sweden

Source: GSA report. Mar 13, 2012

LTE1800 commercially launchedLTE1800 in deployment, trials, study


LTE Devices Enabling a Rapid and Robust Ecosystem

q 269 announced devices by January 22, 2012, an increase of about 25 times compare to 2010

Chipset

Source: GSA report January 22, 2012

Device

0

50

100

150

200

250

300

2009 2010 2011, Jan 2012

LTE announced devices annual growth

Femto Cell

USB modem

Router

Smartphones

PC card

Notebook

Tablet

Module

700MHz , 142

800MHz , 52

1800MHz , 502600MHz , 65

800/1800/2600MHz , 43

AWS , 51

TDD 2300MHz , 36

TDD 2600MHz B38, 36

TDD 2600MHz

B41, 5


Evolution Comparison

GSMGSM GPRSGPRS EDGEEDGE

TD-SCDMATD-SCDMA TD-HSPATD-HSPA TD-HSPA+TD-HSPA+

WCDMAWCDMA HSPAHSPA HSPA+HSPA+

CDMA IS-95CDMA IS-95 CDMA 2000 1xCDMA 2000 1x

LTE FDDLTE FDD

LTE TDDLTE TDD

CDMA 2000 1xEVDO

CDMA 2000 1xEVDO

EVDO Rev. AEVDO Rev. A EVDO Rev. BEVDO Rev. B

802.16d802.16d 802.16e802.16e 802.16m802.16m


E-UTRA Band

UTRA Band

GSM/EDGE Band

Uplink (UL) Downlink (DL)FUL_low FUL_high FDL_low FDL_high

1 I 1920 MHz 1980 MHz 2110 MHz 2170 MHz

2 PCS1900 1850 MHz 1910 MHz 1930 MHz 1990 MHz

3 DCS1800 1710 MHz 1785 MHz 1805 MHz 1880 MHz

4 1710 MHz 1755 MHz 2110 MHz 2155 MHz

5 GSM850 824 MHz 849 MHz 869 MHz 894 MHz

6 830 MHz 840 MHz 875 MHz 885 MHz

7 2500 MHz 2570 MHz 2620 MHz 2690 MHz

8 E-GSM 880 MHz 915 MHz 925 MHz 960 MHz

9 1749.9MHz 1784.9 MHz 1844.9MHz 1879.9 MHz

10 1710 MHz 1770 MHz 2110 MHz 2170 MHz

11 1427.9MHz 1452.9 MHz 1475.9MHz 1500.9 MHz

12 698 MHz 716 MHz 728 MHz 746 MHz

13 X 777 MHz 787 MHz 746 MHz 756 MHz

14 X 788 MHz 798 MHz 758 MHz 768 MHz

15 XV

16 XVI

17 704 MHz 716 MHz 734 MHz 746 MHz

18 815 MHz 830 MHz 860 MHz 875 MHz

19 XIX 830 MHz 845 MHz 875 MHz 890 MHz

20 XX 832 MHz 862 MHz 791 MHz 821 MHz

21 XXI ... 1447.9 MHz 1462.9 MHz 1495.9 MHz 1510.9 MHz

LTE FDD Commercialization Trend

Sub-Urban

Rural

Urban

L-2600 (20 MHz)

Hotspot

L-1800 (>10 MHz) L-800 (5, 10, 15 MHz)L-900 (5 MHz)

Commercialization Trend

2.6GHz is most popular for commercialization;

700MHz and 800MHz are adopted as wide coverage frequency in North America and Europe;

There is requirement on GL900UL2100 refarming, but not a mainstream trend;

2

3

4

1800M spare frequency + GL1800 refarming is hot in Europe and Asia Pacific area; 5

1 low frequencyhigh frequency for heterogeneous network construction


LTE TDD Commercialization Trend

TD-LTE global main frequency bands: 2.3/2.6G (Band 38/40) & then band 3.5 (band 42/43);

TDD frequency band is above 1.8 GHz, but the coverage benefit for LTE FDD in low frequency is not obvious in the dense urban area;

MSR & E-UTRA Band No.

Flow Fhigh

33 1900 MHz 1920 MHz

34 2010 MHz 2015 MHz

35 1850 MHz 1910 MHz

36 1930 MHz 1990 MHz

37 1910 MHz 1930 MHz

38 2570 MHz 2620 MHz

39 1880 MHz 1920 MHz

40 2300 MHz 2400 MHz

42 3400 MHz 3600 MHz

43 3600 MHz 3800 MHz

WiMAX Operators

LTE TDD

LTE TDD LTE FDD/TDD

LTE FDD/TDD

Service Network

Femto Cell

Pico

High frequency resource of TD-LTE is for absorbing indoor/hotspot traffic; Low frequency resource of FDD LTE could be used for coverage; The FDD/TDD spectrum resource in the same frequency level can be used for

either indoor/outdoor coverage;

W/L Refarming in 2.3/2.5 GHz will be the first choice

Operators Having FDD&TDD Spectrums


LTE Forecasts


LTE TDD Naturally Converged with Wireless Industry Ecosystem

Multi-Mode chipset/devices are mainstream

60+ CPE/ USB/Mobile WiFi available now, smartphone /tablet is coming LTE TDD commercialization in huge population countries make device cost decreased fast

Naturally converged with all wireless

MSM8960

TDD/FDD/DO/HSPA+/EDGE

MDM 9X00 MSM8600

TDD/FDD

Balong 710 Balong 700

LTE TDD/FDDLTE TDD/FDD

GSM/UMTSGSM/UMTS

WiFiWiFi

CDMACDMA

TDS/WiMAXTDS/WiMAX

Evolution

Complementary

Diversity multi-mode devices to market, cost will be affordable POP:

1,339,724,852POP:

1,339,724,852POP:

1,210,193,422POP:

1,210,193,422

POP:

143,030,106POP:

143,030,106POP:

127,730,000POP:

127,730,000


LTE TDD Fully Leverage 3.5GHz Ecosystem

Balong 700

2011Q1

SQN3120

Altair 3800

2012Q2 2012Q4

Balong 710 Balong 720

Chipset of LTE in Band 42/43

CPE in Band 42/43 quantities supply in April 2012, and Mobile-WiFi will hit the market in the end 2012

Qualcomm plans to provide 3.5GHz chipset after 2012

Multi-Bands & Multi-Modes supported already Mitrastar, Gemtek and Seowon will provide

3.5GHz LTE device in the end 2012

3.5GHz Roundtable in Barcelona 2012, industry alliance is brewing. 20+ vendors and carriers participated


3.5GHz LTE TDD Device Overview

100

200

300

2011 2012 2013 2014 2015

USD

Time

Multi-band and multi-mode devices are becoming available and affordable.

Fixed line replacement, data card and Mobile WiFi with 3G dual mode would be popular types at service launch.

Mobile Phone in 3.5G will follow the trend to support this important segment.

From: Huawei Terminal

3.5GHz LTE TDD USB Dongle and CPE price cure (expected)


Contents


LTE Product KPIs (TDD & FDD) TDD LTE FDD LTE

Huawei LTE Progress


An Unique Window of Opportunity New Business of 3.5GHzOpportunity Business

2010 2011 2012 2013 2014

20

40

60

80

100

Num

ber

of d

evic

e in

UK

(mill

ion)

MBB-enable tablet Tablet sales

Source: Mason

Mobile WiFi Mobile WiFi

TDFi

Backhaul for WiFi

Mobile WiFi

MBB Service

Smartphone & tablet are now a firmly established category, large screen devices will drive yet more growth, MNO problems are only just beginning

eRelay

Backhaul for Micro

3G coverage extensionLTE TDD BS

3.5G LTE TDD air interface

LTE TDD BS LTE TDD CPE+WiFi AP WiFi Device

Cost

LOW

High


AAA

AC or BRAS

WiFi User1Portal

TDD CPE with WiFi APWiFi User2 eNodeB

MMESGW/PGWHSS

LTE TDD Network

Data Path1

Data Path2

WiFi Core NetworkWiFi Access Network

Authentication: WiFi user and AP indentified by AC, WiFi user differentiated by username and password

QoS: WiFi user QoS guaranteed by WiFi network mechanism

Accounting: WiFi user accounting by WiFi AAA

LTE TDD Network work as IP Transmission for WiFi

TDFi ( LTE TDD + WiFi) : WiFi access

Extend LTE TDD service to WiFi users with manageable Extend LTE TDD service to WiFi users with manageable QoSQoSExtend LTE TDD service to WiFi users with manageable Extend LTE TDD service to WiFi users with manageable QoSQoS


WiFi AP

eRelay HAP

Distributed HAB

Small Cell

eRelayTDD frequency bands:2.3/2.6/3.5/4.9/5.8GHzMacro Cell

M2000

DL: 405 Mbps/3 sectorsUL: 105 Mbps/3 sectors MU-MIMO, Beamforming Higher order modulation:256QAM

HAP

Distributed BTS

DL 60MbpsUL 25Mbps


3.5G LTE TDD Device Portfolio

Mobile Access

FixedAccess

~2012H1 2012H2

Mobile WiFi:E589 (Customization

Indoor CPEB593s-42 (3400~3700MHz)

Outdoor CPEB222s-42A (3400~3700MHz)

Outdoor CPEB222s-42 (3400~3700MHz)

2013H1

Smart Phone:M2xx (Customization

USB Dongle:E3xx (Customization

Planned or under development

ReleasedPlanning


Micro

BTS3202E

Femto

Pico(Plan in 2012Q4)

(Plan in 2013Q3)

Distributed eNodeB Macro eNodeB 1 2

LTE Product Portfolio For All Scenarios

Small-cell eNodeB 3

n5B3M1C

nMulti-band, Multi-mode

n Indoor: BTS3900/BTS3900L

nOutdoor: BTS3900A/BTS3900AL

mRRU

3mRRU4mRRU

SDR for G/U/LCompact RRU

Broadband PA

ARU(Active Radio Unit)4

Multi-mode: - GSM/UMTS/LTE

Multi-band: - 1.8/2.1/2.6GHz - Band random combination

Multi-sector:- 6 sectors

ARU


n Long term No.2 in Saudi Arab mobile market

n Fierce competition and more than 100% mobile penetration

n Huge requirements both on mobile & fixed broadband, but hard to deploy fiber/cable

n Leading in MBB is the only way for Mobily to lead the market

n Mature multi-antenna technologies (4T4R, MIMO, BF.etc) inheriting from WiMAX on new LTE TDD system

n Innovative solution for coexisting interference control: SFR 1*3*1 BBU

WiMAX / LTE TDD Dual mode BTS

WiMAX/LTE TDD SingleRANn Support LTE TDD based on existing WiMAX BS

n Saving site infrastructure cost greatly

n Rapid evolution & deployment solution

n Sufficient spectrum utilization (total 30M)

n LTE: 20M, 1 carrier

n WiMAX: 10M, 1 carrier

RRU

How to make the second mobile operator to be No. 1

Huawei helps Mobily to hit the target

Antenna

Mobily: World 1st SingleRAN WiMAX / LTE


SingleRAN G/U/LTE TDD

Fast delivery to be the 1st on commercial

Excellent throughput benchmarking

STC senior management are satisfied with LTE TDD performance

UMTS

UMTS

UMTS

GSM

GSM

GSM

GSM

GSM

GSM

G900 +G1800 + L111

2.1G UMTS

BBU

LTE TDD RRU

One site one vendor strategy

Fierce competition

More than 100% mobile penetration

MBB:STC Deploy SingleRAN to Keep Leading Position

Market Share

STC Mobily Zain

Challenge

LTE TDD Advantage LTE TDD brings strong brand


Interface 4 Ethernet interface (RJ45) 2 POTS interface (RJ11) 2 USB interface 1 SIM card slot 1 WLAN button 1 WPS button 1 POWER button

Chipset: Hisilicon Balong700Features: LTE Cat 3 UE: 68/17Mbps DL MIMO, Single-stream Beamforming Tx Power: 23dBm External antenna Gain: 5dBi(no Internal Antenna) VoIP 802.16 b/g/n Firewall, TR069 Remote Management IPv4, DLNA, Fax, Print, VLAN(option function) Up to 32 simultaneous users/devicesFrequency: LTE TDD 3400~3800MHzSize: 190mm 35mm 165 mmWeight: < 500g

Product FeaturesTime Scenario

Commercial Ready

Indoor CPEB593s-42 (3400~3800MHz)


Interface 2 Ethernet interface (RJ45) 1 POTS interface (RJ11) 1 SIM card slot 1 POWER button

Chipset: Hisilicon Balong700Features: LTE Cat 3 UE: 68/17Mbps DL MIMO, Single-stream Beamforming Tx Power: 23dBm External antenna Gain: 16dBi VoIP Firewall,TR069 Remote Management IPv4, VLAN(option function) IP65 waterproof (ODU) Up to 16 simultaneous users/devicesFrequency: LTE TDD: 3400~3800MHzSize: 255*254*58mm(ODU), 188*131*41mm(IDU)Weight:


Size: 113*62*13.5mmWeight:


Product FeaturesTime Scenario

Concept roadster streamline ID Extremely high surf experience High performance and stability Plug & Play

Chipset: HiSilicon Balong700

Size: 92mm x 31.5mm x 14.4mmWight:


Size/Weight: 132.7*65.4*10.5 ~140g

Connectivity: WiFi 802.11b/g/n BT 3.0 GPS/A-GPS MicroUSB (High Speed USB) Gyroscope/Proximity Compass/G-sense/ALS DLNA

Memory: 1GB RAM / 4GB ROM MicroSD (up to 32 GB)

Battery: 2000 mAH

Music/Video: HSMp3, AAC+, Enhanced AAC etc. 3.5mm Headset Connector 30 fps @1080p (MPEG-4/H.263/H.264) decode 30 fps @1080p (MPEG-4/H.263/H.264) encode

Frequency: LTE TDD 3500MHzLTE FDD TBDUMTS 900/2100MHzGSM 850/900/1800/1900MHz

Display: 4.3 inch AMOLED LCD qHD (960*480) 16M colors

CPU & Modem: Balong 710Dual core 1.0G

Operating System: Android Ice-cream Sandwich

Imaging: 8.0 M AF with Flash &1M HD FF front 1080P video recording/1080P video playbackApplications: Popular games & apps preloaded Huawei HiSpace services

Note: This is a general version. The customized version needs a detailed discussion with operator.

Sunshine Push To The Extreme (Customization)


Contents



Huawei LTE Progress


FDD LTE High Performance RF modules

RRU3929RRU3929l 900/1800MHz

l Full Bandwith, 35/40M IBW

l24L, 21Kg

l 2600GHz Band 7

l Full Bandwidth(70MHz)

l 2T2R: 2x60W

l 18L, 20Kg

l2600MHz-RRU3240

l1900MHz-RRU3942

l 2T4R, 2x60W

l 24L, 21Kg

l AWS (Band 4)

l 4T4R: 4x30W

l or 2T4R: 2x60W

l 24L, 23.5Kg

RRU3229RRU3229

RRU3240/3942RRU3240/3942

RRU3841RRU3841

High TX Power- Better Indoor Penetration and MSR co-coverage

2T4R/4T4R- Higher Spectrum Efficiency

Multi Carrier and CA Ready


3mRRU Serves All Scenarios

xmRRU Fit for Various Deployment

3mRRU: Smallest RRUMulti-carrier, Multi-mode, MIMO

Urban Hotspot Suburban Rural

Multi-band:LTE800M+ G/U900M Size: 24L(w/o cover)

Output Power: 2*60W

4mRRU: Dual-band RRUMulti-carrier, Multi-mode, MIMO, Multi-band

2T2R per RRU

Max. IBW: 40MHz

Output power: 2*40 W

w/o cover: 12 L, 13.5Kg

l Combiner free, not insert lossl Space saving


Innovative ARU Brings Multiple GainARU (Active Radio Unit): Integrate multi-RRUs plus multi-antennas

GSM,UMTS and LTE

Multi-band support


Highest Integrated Gbit BBU

n Gbit Capability: Ready for LTE-A Evolution

n Signaling Enhancement: Address the potential LTE

signaling storm

n Multi-mode Ready: Hardware ready for GUL Co-MPT

DL+UL:1.2Gbps(IPSec enabled) Signaling Capacity: 60 CAPS

Active Users: 10800 users

MAX 18 Cells

3x20M 2T2R

DL/UL Throughput:

300M/100Mbps

Users: 1800 RRC-

Connected

LBBPc LBBPd1 (eRAN3.0)

3x20M 2T2R

DL/UL Throughput:

450M/225Mbps

Users: 3600 RRC-

Connected

LBBPd2 (eRAN3.0)

3x20M 4T4R

DL/UL Throughput:

600M/225Mbps

Users: 3600 RRC-

Connected

Gbit BBU

UMPT

LBBP

UMPT eRAN3.0)


5-Band 3-Mode 1-Cabinet SingleRAN Site

L800L2600

G1800 U2100G900

UMTS LTEGSM

Large SingleRAN Site

12RFU+6RRU 2BBU

9RFU+9RRU or 6RFU+12RRU 3BBU

Indoor BTS3900L Outdoor BTS3900AL

L800GU900

GL1800U2100L2600

BTS3900L

GSM /UMTS900

LTE 1800

UMTS2100

GSM 1800

LTE 2600

l GigaSite capacity

l Easy deployment

l TCO saving

9RFU + 6RRU+2BBU

Case: Vodafone D2 Germany ~50% TCO saving within 5 years


LTE Refarming, Smooth Evolution

frequency

GSM

HuaweiHuaweiMSRMSR

Add LTE Card

SW UpgradeBBU3900

orLBBP

BBU

RRU RFU

BBULBBP

Add LTE Card (capacity)

Remove GSM Card

LMPT

GTMU

frequency

GSM LTE

frequency

LTE

GSM 900

GSM 1800

UMTS2100

GSM /UMTS900

LTE 1800

UMTS2100

GSM 1800

GSM /UMTS900

LTE 1800

UMTS2100

ServiceService

SpectrumSpectrum

voice data


Contents



Huawei LTE Progress


Leading 3GPP contributor in LTE Core Specification since 2010.

Serving 89 key rolesIn international standards organizations.

Huawei Leading Contributions to LTE Standards

ABI Research: Huawei is the No.1 contributor

260+ approved contributions since 2010 Leading LTE-A standardization: MIMO, MBMS, CoMP,

AAS, MTC

Relative Positions of Leading Contributors to 3GPP LTE RAN Standards

2005-2008 2009 2010 2011

HuaweiHuawei 1

2

5

3

6

4

2

3

6

4

5

4

3

2

5

7

2

5

3

6

4

Ericsson

Alcatel Lucent

Qualcomm

Samsung

1

Nokia & NSN 1

1

3GPP

IEEE

Wireless world

research

IETF

ETSI

ITU

Source: ABI Research 3Q2011

0

50

100

150

200

250

300 265

210193 181

127 121

Huawei ALU Ericsson Nokia Samsung Qualcomm


Huawei LTE Industry Recognition in 2011

Significant Progress for a Commercial Launch of LTE by a Vendor

Best LTE Network Elements

(SingleRAN BTS3900L)

Vodafone & Huawei: Worlds 1st LTE DD800 commercial network

Aero2 & Huawei: :Worlds 1st LTE 1800M & LTE FDD/TDD commercial networkMay, 2011 Jul, 2011

Best Contribution to R&D for LTE

Contribution to LTE Standards (Dr. Xiang Chen)

Nov. 2011, Dallas, USA


Huawei Milestones of Driving LTE Commercialization

2009 Dec. Norway TeliaSonera,Worlds 1st LTE commercially launched network

2009 Dec. Sweden Net4Mobility, Worlds 1st MOCN, GL900 network

2010 Sep. Germany VDF/TMO,Worlds 1st LTE DD800commercial networks

2010 Sep. Poland Aero2, Worlds 1st LTE 1800 FDD & LTE2500 TDD commercial network

2011 Apr. Philippines Smart Communications, one of Top2 LTE 2100 commercial network

2011 Aug. Hong Kong Genius, Asia 1st MOCN LTE2600 network

2011 Aug. Canada Bell & Telus, LTE-AWS network

2011 Sep. Japan Softbank, Worlds 1st largest LTE TDD commercial network

2011 Oct.UK Broadband: Worlds 1st LTE TDD 3.5GHzNetwork

2011 Nov. Colombia UNE, South America 1st LTE Commercial contract

2011 Dec. Japan eAccess, 1.8GHz UMTS & LTE


TeliaSonera Norway


Network Modernization with SingleRAN GSM/UMTS/LTE

Benefits Huawei E2E SingleRAN GSM/UMTS/LTE solution modernized

TeliaSoneras legacy GSM/UMTS networks, and easy deployment for LTE TCO saving: SingleRAN with three features TeliaSonera can now meet rapidly increasing MBB requirements

"We are building a new world class mobile network in Norway with

GSM, UMTS and LTE access to offer our customers an enormous

coverage and speed improvement. We have selected Huawei to

deliver the southern part of the Norwegian network based on their

high quality technology and competitive total solution."

Claes Nycander, CTO and SVP of Mobility Services

Project Profilen In 2009,1st Global Commercial LTE Contract covering whole

Oslo city with 2.6 GHz spectrum Worlds 1st LTE Commercially launched in Dec. 2009.

n In Jan.2011, Awarded Huawei SingleRAN expanding LTE network & GU network modernization contract

Total 7,600+ sites (70% Market share) covering Oslo, Bergen and Stavanger

Swap 4000+ Vendor N GSM and UMTS sites 84Mbps HSPA+ / 150Mbps LTE Ready, Seamless MBB

70% Market Share


TeliaSonera Deployment/Optimization Experience

End to end solution delivery, including deployment/Optimization tools and professional services

Industrial cooperation (IOT with terminals, and education/cooperation with deployment 3rd parties, etc)

Benchmarking network performance with capacity/coverage advanced features (MIMO/ICIC/IRC, etc)

l Unet for RNP site selection

l Nastar/Probe optimization

l 90Mbps/32Mbps peak/ave.

RNP & RNO

l 95 co-site with 3G

l Multiple type Backhaul

l Samsung terminal IOT

Trans. Deployment & IOT

l 10Mbps improvement with

MIMO enhanced

l HO successful rate from

95.1% to 99.45%

eRAN2.0 Upgrade

Sep. 2010

l Sevral hundreds

eNodeB, MIMO

DBS3900, eRAN1.0

l OSLO City, 80+km2

eNodeB Production


Net4Mobility Sweden


Project Profilen Sole provider, covering 99% population

n ~10K sites swap & new added

n Launched LTE service , 16 Nov, 2010

n Average speeds of 20-40 Mbps , can reach speeds of 80 Mbps

Values for Net4Mobilityn RAN-Sharing solution match market strategy of convergence

n Speed up time to market

n World 1st GL900 SDR achieve significant TCO saving

Worlds 1st LTE Multi-Mode, Multi-band, RAN-SharingWorlds 1st LTE Multi-Mode, Multi-band, RAN-Sharing

n Multi-Mode: GL900n RAN Sharing: Telenor & TELE2n Multi-Band: 2.6G & 900MHz

RAN sharingRAN sharing

Shared eRAN

Telenor

Tele2 GSM

GSM+LTEGSM+LTE

LTEMulti-ModeMulti-Mode

900MHz cell2.6GHz cell

Co-site LTE on different frequency

Multi-BandMulti-Band


Commercial MOCN and GL SDR Solution

Existing resource reuseExisting resource reuse

Co-Site / Antenna / Cabinet / Transmission

The MOCN network launched already, 5 cities by 2010 and 100 cites by 2011The MOCN network launched already, 5 cities by 2010 and 100 cites by 2011The MOCN network launched already, 5 cities by 2010 and 100 cites by 2011The MOCN network launched already, 5 cities by 2010 and 100 cites by 2011

eRAN sharing for Tele2 & eRAN sharing for Tele2 & TelenorTelenor

Shared eRAN

Telenor EPC: Huawei

Tele2 EPC: Nokia-Siemens

LTELTE Dual Band for Hetnet layers Dual Band for Hetnet layers

900MHz cell

2.6GHz cell

Co-site LTE on different frequency

SingleRAN for SingleRAN for G/U/LG/U/L

GSM

GSM+LTE SingleRANGSM+LTE SingleRAN

UMTS

LTEUMTS Not in

N4M, but viable for others

TCO Saving

G/L Power & Spectrum Sharing increase Capacity & Investment Efficiency

G/L SingleRAN save cost

Site & auxiliary facility reuse save cost

eRAN Sharing save cost

Dual band LTE enhance coverage and capacity to improve Experience

Dual band LTE co-site save cost


LTE Widely Coverage in Sweden with Better Performance

80

32 30

11.2

90

43.3 40

10.1

90

4540

12.5

0102030405060708090

100

DL Peak(Mbps) DL Ave.(Mbps) UL Peak (Mbps) UL Ave.(Mbps)

TS (E///) Tele2 (Huawei) Telenor (Huawei)

Source: Swedish Magazine, 2010 July

Swedish LTE Network Performance Evaluation

Karlskrona

Gothenburg

Malm

Stockholm

Launched cities as of Nov 2010Planned buildout 2011

Telenor: Coverage of over 100 cities by the end of 2011, 99% population coverage by the end of 2013

Tele2: 15 further cities to be covered within a few months, 99% population coverage by the end of 2012

Commercial Device

Huawei E392


Genius: Best LTE Network in Hong Kong

Solution and Benefit Best LTE network :Higher throughput! Lower latency Asia 1st LTE MOCN : Excellent fairness solution Asia 1st SingleEPC/SDB (Service Database)

Network E2E LTE Network

Challenge and Need High density urban environment : 50m ~ 500m

between buildings; High smart phone penetration rate: 50%;

Genius: Joint Venture of PCCW and Hutchison

Band 7, 2.6GHz; Bandwidth:15MHz 2x2 MIMO;2000+ sites

Genius Network Another LTE Network

2011 AugSigning Contract

2011 DecPhase1 1000 sites

2012 Dec Phase2 1000+sites

2011 SepNetworkPlan

Higher throughput Lower latency


Vodafone D2 Germany


Worlds 1st 5-3-1 SingleRAN Commercial Network

Worlds first Distributed Site Solution@DD800MHz

Challenges and Needs Commitment to Germany Government for universal broadband

coverage with DD800M in rural area

Reducing OPEX (energy, leasing and rental cost, O&M, etc.)

Minimizing Complexity with One Site, One Vendor strategy

All IP Network for MBB service booming

Solutions and Benefits Best Practice for Cost Reduction

Smallest & lightest 3mRRU: fast deployment

Future site solution: ~50% TCO saving within 5 years

Best Approaches to Network Convergence SingleRAN: 1st vendor with 5 bands & 3 modes in 1 cabinet

Best LTE Performance

1st vendor to provide E2E LTE800 solution (June, 2009)

u July 2010, Awarded SingleRAN

Contract. 50% market share

nationwide

u Secures 67% share of 1500

base stations for LTE upgrade

in the 1st phase

u Until Nov 2011, HW has

received the PO of 2015

sites, 29 BSC and 3 OSS.

Project Profile:

Huawei

Vendor1

Vendor2


Show caseMoU

Test start(MVTC & Field)

2G/3G/LTERFQ

RFQ Response

Huawei award

Roll-outstart

Jun2009

Aug2009

Nov2009

Jan2010

Jul2010

Aug2010

Sep2010

Press Release Commercial

1060 sites On air, 1280 sites Installed;

Metrozone Trial Preparing

Jan2012

FY09/10 FY10/11

License available

Jun2010

Huawei cooperated with Vodafone D2 and WDR to test LTE800.

Huawei awarded commercial contract with Vodafone D2.

1st LTE800 was launched on Sep. 15th 2010 by Huawei.

Huawei and Vodafone D2 Cooperation Milestone-- Make LTE800 Dream Come True within 1 Year

FY11/12


Reducing OpEx

Minimizing Complexity

All IPNetwork

Single Access

SingleOSS

Single Transmission

l 5 bands 3 modes in one sites

l 3mRRU

l Convergencel Intelligencel Accuracy

Huawei Future Site Matches Vodafone D2s Vision


Typical Scenarios of 5 Bands and 3 Modes Convergence

3mRRU:

l LTE 800MHzlUMTS 2100MHzl LTE 2600MHz

GSM 1800MHz

GSM 900MHz MRFU

MRFU

MRFU

fiber

MRFU

MRFU

MRFU

Outdoor:LDD800 + G900 + G1800 + U2100 + L2600

BBU

Indoor: LDD800 + G900

Transmission Space

3mRRU:

l LTE 800MHz

lGSM 900MHz

BBU

IP MW IDU


Aero2 Poland


Worlds First LTE1800 Commercial Network Fully Reuse Existing GSM Equipments

Challenges and Needsn New mobile operator in Poland telecom market, hard to compete with

existing operators.

n Saturated voice market drive Aero2 seeking development in MBB.

n Make full use of 19.8MHz bandwidth on 1800MHz with few GSM1800

subscribes.

Values for Areo2n GL1800 refarming satisfied Areo2 challenge and needs.

n Huawei E2E LTE1800 solutions meet MBB requirement.

Tailored LTE1800 terminal provided by Huawei.

20MHz LTE solution takes full advantage of operators resource.

n Huawei mature SDR ensure fully reuse existing GSM equipments fast

deployment with lower TCO.

l RF unit deployed on tower evolved from GSM to LTE directly by software upgrade, new add LTE baseband card in BBU, fully reuse GSM equipments.

l One RF unit support 20MHz LTE bandwidth.

LTE Board


Aero2 GL1800 Refarming Project Milestone

Sep. Oct. Apr. May. 8th

Sep.

2009

Aero2 and Huawei Assigned GSM1800 Contract

Aero2 and Huawei AssignedGL1800 Refarming contract

Aero2 and Huawei Finished GL1800 Roll-out Test, Download Speed Up to 148Mbps

Aero2 Announced LTE1800 Network commercial. Test show Download Speed Up to 120Mbps

2010

Official First CallInstall 349 Sites


LTE1800 E2E Solution with Excellent Performance

l Huawei provides E2E LTE1800 solution for trial test

l 148Mbps downlink speed rate in trial test with 20MHz LTE bandwidth.

Solution and Benefits

148Mbps downlink speed rate in trial test

Huawei provides E2E LTE1800 solution

DL Speed:148.7Mbps


M1 Singapore


Cooperation Milestone between M1 and Huawei

Show caseMoU

Jun.2010

Aug.2010

Sep.2010

Mar.2011

Jun.2011

Mar.2012

M1 and Huawei Assigned LTE Contract

L2600 commercial

launch

L2600 lab and field trial

L1800 lab and field trial

L1800 commercial launch; National-wide LTE commercial deployment

FY10 FY10/11 FY11/12

Huawei awarded commercial contract with M1.

Huawei cooperated with M1 to test LTE.

Southeast Asias 1st LTE was launched on Jun. 21th 2011 by Huawei.


Improve Cell Edge Users QoE with IRC and Dynamic ICIC

Interfering cellVictim cell

Interfering

Gain of 7dB at 10-1 FER in interference limited

environment

l Max SNR gain of 7dB can be achievedl 50% higher UL data rate for cell edge usersl 15% higher UL cell throughput

Without ICIC

With ICIC

Frequency

Cell 1Power

Frequency

Cell 2Power

Frequency

Cell 3Power

Load of Cell Edge User in cell 2 is high

X2 Signal

l Reduce the inter-cell interference among neighbor cells

l 30-50% higher throughput for cell edge users (


5 FDD Bands all-in-one Multimode LTE Stick

Test Sample: JuneCommercial Launch: August

FDD LTE: DD800/900/1800/2100/2600HSPA+/HSPA/UMTS 900/2100

LTE/HSPA+/HSPA/EDGE/GPRS MultimodeLTE: CAT3, DL 100Mbps / UL 50Mbps2*2 MIMO, Receive DiversityMicro SD cardSupport Windows, MAC, Linux OS

E392

The First Multimode LTE Modem in the world

FDD LTE 2600HSPA+/HSPA/UMTS 2100

LTE/HSPA+/HSPA/EDGE/GPRS MultimodeLTE: CAT3, DL 100Mbps / UL 50Mbps2*2 MIMO, Receive DiversityMicro SD cardSupport Windows, MAC, Linux OS

Test Sample: ReadyCommercial Launch: 15th,April

E398

Huawei Commercial LTE Device for M1

Thank youwww.huawei.com

Documents

LTE Solution Overview - Huawei