GL 1800M Refarming Solution V2.0

HUAWEI TECHNOLOGIES CO., LTD. Huawei Confidential

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LTE MO/LTE Solution Sales Dept, GSS

G/L 1800M Refarming Solution

December 12, 2011

– A Promising Option for MBB Market

Author/ Email: Zhou Dongfei / [email protected]: V2.0(20111212)

HISILICON SEMICONDUCTORHUAWEI TECHNOLOGIES CO., LTD. Page 2

Author / ID Zhou Dongfei / 00136396

Co-author / IDZhu jikui / 50497

Chentangbai / 47935

Approver / ID Hao Guangming 00168132

Description

Introduce the GSM/LTE 1800M refarming solution, including the following contents: • Drivers for G/L1800M refaming (performance, TCO, eco-system)• Huawei SingleRAN solutions for G/L 1800M refarming: spectrum strategy, site solution, GUL synergy• Success stories (Aero2 world 1st LTE1800, T-mobile, etc)

Based on previous version:- LTE1800 – A Promising Option for MBB Market V1.5.pptx- Win GL1800 Refarming with Huawei-V1.0(20100702).ppt

Please consider to delete this slide before

you present


Drivers for G/L 1800M Refarming

Huawei G/L 1800M Refarming Solution

Success Stories

Content


GL1800 Refarming Becomes a Reality

Poland

Australia

Germany

Lithuania

Singapore

Latvia

Finland

Saudi Arabia

Denmark

14 Commercially launched

GSA report. Jan 5, 2012

• 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

Singapore

Hungary

South Korea

14 LTE1800 network commercially launched

14 LTE1800 in deployment, 20+ trials & plans


• LTE offers higher performance than HSPA+

• Significant coverage improvement with 1800 MHz vs 2600 MHz

High Performance

• Spectrum available & technology neutral

• Re-use of existing infrastructure

• Re-use of 2G/3G equipment (e.g. SingleRAN BTS)

Lower TCO

• Abundant spectrum in 1800 MHz band.

• LTE 1800 Infrastructure is ready

• LTE 1800 Terminal ecosystem is ready

Eco-system Ready

Why LTE 1800 MHz ?


LTE1800 Provides Better Coverage & User Experience

Average throughputin 10MHz

200kbps

0

2

4

6

8

10

12

14

16

18

EDGE HSPA+ R8 LTE

200kbps

0

2

4

6

8

10

12

14

16

18

EDGE HSPA+ R8 LTE

13Mbps

17Mbps

10

20

40

60

80

ms

HSPA+ LTE

Latency

• In both average throughput and latency, LTE1800 is better than HSPA+, it can provide better user experience • 2.6 GHz needs 2x more sites to match 1800MHz mobile coverage!

Coverage Gain with Low Frequency

Wide Coverage

2.6GHz

1800MHzDD 800MHz

Distance

4dB

10dB

Urban


1800MHz bandwidth is the richest resource compared with other bands.

• 75MHz - Richest spectrum resource on 1800MHz

• Most operators own 10-25 MHz in 1800M band

• 1800M is lightly used, since GSM900 is the main choice for voice service.

Frequency Bandwidth

2600MHz 70MHz

2100MHz 60MHz

1800MHz 75MHz

900MHz 35MHz

1800M Band Has Huge Potential For LTE Deployment

1800MHz: GSM

frequency

1800MHz: GSM+LTE

frequency

Lightly used

Refarming in 1800M maximizes the spectrum potentialUplink: 1710MHz - 1785MHzDownlink: 1805MHz - 1880MHz


G/L1800 Refarming, A Cost Effective Way to Win MBB

• Significant cost-saving without applying new spectrum license.

• 30%~50% site quantity saving due to LTE1800 1.5~2 times larger coverage.

• About 50% in-site TCO saving with SDR solution.

1800MHz2600MHz

50%~100% more

Saving 30%~50% Sites than LTE-2600

GSM1800

BBU

• Add LTE Card

• SW Upgrade

RRU

BBU

RRU

GSM1800+ LTE1800

50% TCO Saving buy SDR


LTE 1800MHz Device Ecosystem is Ready

LTE1800 commercial USB dongle are available

CPE, Mobile WiFi are available for test now.

700 MHz

800 MHz

1800 MHz

2600 MHz

800/1800/2

600 MHz

AWS

0

20

40

60

80

100

120106

42 4152

36 35Series1

Source of data: Status of the LTE Ecosystem report – GSA: October 28, 2011

IP Wireless Huawei E398

Huawei E392Sierra Wireless BandRich

Mobile WiFi (Dec.2011)CPE E593




Success Stories

Content


Major Concerns of GL1800M Refarming

Performance

SpectrumInterference

Mitigation

Capacity of GSM Retaining

Interworking

Service Migration

Spectrum Allocation

Easy Deployment

Smooth Evolution

Site

FeaturesOf G/U/L

TCO Saving

O&M Integration


Interference Mitigation

Efficiency Improvement

Spectrum Allocation

Capacity & Coverage

consideration

Service migration

consideration

Sandwich frequency

allocation

G/L Co-site deployment

Guard Band

Refarming Buffer Zone

Flexible spectrum

sharing

Compact bandwidth

Retain GSM capacity

(TFR, VAMOS)

Spectrum Solution


Spectrum Allocation Regarding Coverage and Capacity

Coverage

Thr

ough

put

Sub-Urban

Rural

Urban Hotspot

LTE2600

UMTS2100

GSM1800, LTE1800

LTE800 / LTE700

• High frequency for capacity (1800MHz, 2100MHz, 2600MHz)

• Low frequency for coverage (900MHz, 800MHz, 700MHz)

LTE1800 Fits for both Coverage and Capacity

GSM900 UMTS900


Spectrum Allocation Regarding Service Migration

Migrate voice service to GSM900 for coverage and UMTS2100 for capacity Introduce LTE1800 to improve both capacity and coverage for data service.

900MHz: GSM

1800MHz: GSM

2100MHz: UMTS

2600MHz: LTE

Voice

Voice & Data

Data

900MHz: GSM+UMTS

1800MHz: GSM+LTE

2100MHz: UMTS

2600MHz: LTE

Voice & Data

Data

frequency

frequency

frequency

frequency

frequency

frequency

frequency

frequency

Data Load

Voice Load


Interference Mitigation: Sandwich Frequency Allocation

Advantage:• Facilitate GSM frequency planning and expanding to second LTE

• Only one side GL interference needs to be considered

Disadvantage:• A frequency gap f2 should be reserved between LTE carrier and the

adjacent GSM carrier of other operator.

Advantage:• No Interference problem need to be re-considered for the LTE1800

and other operator’s system.

• Save more GSM frequencies when using non-standard separation

Disadvantage:• Discontinuous frequencies make GSM frequency planning more

complicated.

• Edge Allocation Mode

• Sandwich Allocation Mode (Recommended)

LTE

f1 f2

f1

GSMOther GSM

f1 f2

f1 f2

GSM GSM

LTE

Other GSM


Interference Mitigation: G/L Co-Site Deployment

Best mode

G/L 100% Co-Site G/L Partial Co-Site G/L on different Site

G1800 BTS

L1800 eNodeB

Least Interference Medium Interference High Interference

G/L Co-site is preferred regarding interference and TCO

• G/L Co-site, ACLR can meet standard requirement with 200kHz guard band

• G/L Non co-site, ACLR of LTE DL and GSM DL has a gap of 6 dB in urban/suburban area.

Worst modeMedium mode

VS VS


Interference Mitigation: Huawei MSR Saving Guard Band 0.2MHz

Huawei MSR Module:

Compliant with 3GPP MSR standard.

Smooth refarming from GSM -> GSM/LTE -> LTE only

Saving 0.2MHz guard band when channel BW > 3 MHz

LTE GSMGSM

Guard Band

LTE bandwidth

GL co-site guard band Huawei

GL co-site guard band

Standard

1.4MHz 0.2 0.2

3MHz 0.2 0.2

5MHz 0 0.2

10MHz 0 0.2

15MHz 0 0.2

20MHz 0 0.2

GSM LTE

GSM/LTE MSR (Multi Standard Radio)

GSM+LTEGSM+LTE


Area 3: GSM1800• More Bandwidth could be used in GSM, increase Voice capacity.

Area 2: Buffer Zone• Impact Freq. between Area 1 LTE with Area 3 GSM will not be used in buffer zone;

• Normally, 2 or 3 layers of site are needed to form this area.

Area 1: LTE1800

• More bandwidth could be used in LTE, increase Data Capacity.

LTE GSM

LTE GSM

LTE GSM

Interference Mitigation: Huawei “Refarming Buffer Zone”

Benefits:

• Refarming Buffer Zone can eliminate GL

interference on the same frequency

• Similar solution has already been used for GU900


Improve Flexibility: Huawei GL Flexible Spectrum Sharing

Benefits:

• Huawei MSR enables the flexible spectrum sharing between GSM and LTE

• Spectrum can be flexibly shared between GSM and LTE according to voice / data traffic load or operators’

strategies. It supports smooth evolution of networks and smooth service migration.

• When voice service is the majority

– More BW for GSM– Less BW for LTE

• When data service is the majority

– Less BW for GSM– More BW for LTE

• When LTE bears both voice/data service

– All BW for LTE

Huawei MSR

frequency

LTE

frequency

LTEGSM

frequency

GSM


Improve Efficiency: Huawei Compact Bandwidth Solution

LTE carrier

GSM carriers

6MHz 18.4MHz

24.4MHz

LTE carrier

GSM carriers

4.4MHz 20MHz

24.4MHz

LTE carrier

GSM carriers

6MHz 15MHz

24.4MHz

15M-LTE S1/1/1 + GSM S5/5/5

3.4MHz

3.4MHz is wasted GSM capacity is sacrificed No waste, No GSM impact

20M-LTE S1/1/1 + GSM S3/3/3 18.4M-LTE S1/1/1 + GSM S5/5/5

VS VS

• Full use of frequency, Avoid

precious spectrum waste

• Flexible frequency planning,

one step to plan whole network

LTE carrier with standard BW

Interfered OR Interfering

LTE carrier with Compact BW

Edge RB be squeezed

CompactBandwidth

(MHz)Available RB

numberStandard

Bandwidth (MHz)

4.8 25 59.6 50 10

14.6 75 1518.22 94 2018.58 96 2018.94 98 2019.3 100 20

7594RB

15M 18.4M

+25%


Huawei Compact Bandwidth Case: Georgia Mobitel 9.6MHz

Scenario: Suburban, Rural

1800Mhz Spectrum: 9.6MHz

LTE Site Configuration: S1/1/1

CASE: Bandwidth = 9.6MHz

Huawei MSR with Sharper Filter

0.3 Effective BW 9MHz(50RB) 0.3

LTE BW 9.6MHz

VimpelCom Group

Georgia Mobitel

Peak rate DL: 71.1 MbpsPeak rate UL: 23.7 Mbps


Improve Efficiency: Huawei GSM Tighter Frequency Reuse

Tighter Frequency Reuse solution retain GSM capacity and free more bandwidth for LTE.

IBCA and UISS already commercial deployed and verified

Ba

nd

wid

th

GSM Reuse Pattern

Total 15MHz, TFR to ensure GSM capacity as S444 during refarming

InterferenceCancellation

LTE

GSM

•GSM S444 retained •LTE capacity maximized

FR LOAD 70%

IBCA (Interference based channel allocation)

UISS (U interface soft synchronization w/o GPS)

ICCAMR

50% Half-Rate

S333 configuration3*3 reuse patternDTXPower control

Industry

4*3 reuse pattern

10MHz

5MHz9MHz

5MHz

10MHz

6MHz


Huawei Tight Frequency Reuse

Huawei GSM TFR Case: Saving 25%~56% Spectrum

GSM Capacity to Bandwidth Map Table

Config.Normal

(4x3 reuse)

TFR

(70% load)

Freq.

Saved

S1/1/1 2.4 2.4 0%

S2/2/2 4.8 3.6 -25%

S3/3/3 7.2 4.2 -42%

S4/4/4 9.6 5 -48%

S5/5/5 12 5.9 -51%

S6/6/6 14.4 6.7 -53%

S7/7/7 16.8 7.6 -55%

S8/8/8 19.2 8.4 -56%

Huawei and Ericsson are leading in this solution.

KPI Preserved

Case: India Reliance

With 4.4MHz Spectrum: S2/2/2 changed to S4/4/4


Huawei VAMOS Double HR Capacity

Use scenario:

Refarmed thin GSM network, temporary carrier

load raise needed.

* VAMOS performance depends on frequency reuse pattern and penetration of VAMOS terminals.

20% capacity gain under 100% penetration of traditional SAIC terminals

30% capacity gain under 100% penetration of VAMOS Level 1 terminals

• To achieve higher capacity in existing radio resource

• Two voice users is multiplexed (downlink with α-QPSK techs, uplink

with Multi-user MIMO) into one Half rate time slot.

FR

HR

HR 1

1 sub 2 subs 4 subs

FR HR VAMOS

43

2

VAMOS - Voice services over Adaptive Multi-user channels on One Slot

Romania

PHILIPPINE

Already deployed at:

Vodacom: Improve Voice Capacity ~20%


CabinetRF Modules

MSR RFU

MSR RRU

Lightest RRU

Ultimate Site

Site Solution


G/L MSR – Full RF Portfolio for Various Scenarios

G/L

G/L

G/L

G/L MSR (Max G8, G6L1, or L2)

1800MHz / Band 3 Full band 2T2R per RRU IBW= 40MHz Output power: 2*80 W Channel BW =

1.4/3/5/10/15/20 Mhz 12.5kg, 8.54L



1.4/3/5/10/15/20 Mhz 23.5kg, 24L

RRU3929

BBU

mRFUdRRU3928

BBU



1.4/3/5/10/15/20 Mhz 13.5kg, 12L


G/L MSR - Smooth Network Evolution

GSM & LTE1800GSM1800

MSR to LTE

GSM1800 GSM1800+LTE1800

BBU3900

• Add LTE Card

• SW UpgradeBBU3900

• Hardware ready for GSM & LTE1800 from day one

• Smooth evolution from GSM->GSM/LTE->LTE

BBU3900 BBU3900

or or

frequency

LTEGSM

frequency

GSM


Non-MSR

G/L MSR - Better Antenna & Feed Sharing

GSM1800

GSM

GSM

GSM

LTE1800

LTE

LTE

LTE

GSM LTE

GL1800

G/L

G/L

G/L

GSM/LTE

VS

MSR

Combiner MSR

Co-RF module No Yes

Guard Band 0.5~5MHz 0~0.2MHz

Insert Loss 0.6 or 3dB 0

• Less guard band (zero guard band

when channel BW > 3MHz)

• No insert loss, Better coverage

• Co-RF / co-cabinet, saving TCO


RF RF

10M

Huawei G/L MSR – Higher Capacity, Broader Bandwidth

　 Vendor-X HUAWEI RFU

Weight（ Kg ） 18 12.5

Volume 5.25L 8.54L

Transmit Power （ w）

1×60W 2×80W

IBW （ M）

20M 40M

• Huawei MSR with 40MHz IBW saves 1 RF module for each sector

2*2 MIMO: The basic configuration for LTE

2T2R per RRU Max. IBW: 40MHz

RF

Huawei MSR

VS RF

Vendor-X

RF

• Huawei MSR with 2T2R saves 1 RF module for each sector

IBW: 50% operators owns more than 20MHz spectrum

10M 10M

RF

Huawei MSR Vendor-X

10M 10M 10M　 Vendor-X HUAWEI RRU

Weight （ Kg ）

21kg

Volume 24L

Transmit Power （ w）

2×40W 2×60W

IBW （ M ） 20M 40M

VS

mRFUd

RRU3929


Huawei G/L MSR – Higher Power for Higher Configuration

GSM

GSM

……

GSM

GSM

……

GSM

LTE

LTE

LTE


2T2R per RRU

Output power: 2*80 W


2T2R per RRU

Output power: 2*60 W

Maximum: 8 GSM carriers

Maximum: 6 GSM carriers+ 1 LTE carrier

Maximum: 2 LTE carriers

mRFUd

RRU3929

GSM:20w/C LTE: 2*40w/CGSM:15w/CLTE: 2*20W/C

GSM

GSM

……

GSM

GSM

……

GSM

LTE

Maximum: 8 GSM carriers

Maximum: 6 GSM carriers+ 1 LTE carrier

Maximum: 2 LTE carriers

GSM:15w/C LTE: 2*30w/CGSM:12w/CLTE: 2*20W/C

LTE

LTE


Typical Macro Site Refarming: Lowest Power Consumption

• 15~30% power saving with Huawei solution

Typical configuration

•3 sectors•2x2 MIMO

New GL18003 GL MSR RFU

G/L

G/L

G/L

New GL18006 “1T2R” RFU

G/L

G/L

G/L

BBU

G / L

New GL18002 “1T2R” 3-sector RFU

BBU

G / L

Vendor 1

3-sector 1T2R RFU

1-sector 1T2R RFU

1-sector 2T2R RFU

Vendor 1 Vendor 2 Huawei

Power Consumption

Power Consumption

15~30% power saving

G/L

G/L

G/L

G/L

G/L

BBU VS VS

Vendor 2 Huawei


Huawei Lightest MSR - Easiest Deployment

Urban Site Rural SiteSuburban SiteHot Spot Site

3M RRU Serves All the Scenarios

3 RRU3928 equal to 1 Traditional RRU size

Traditional RRU (with cover) Volume/Weigh

46L / 24kg

RRU3928 (with cover) Volume/Weigh

12L / <15kg

RRU3928: Lightest RRU, 13.5kg, 12L

2T2R per RRU Max. IBW: 40MHz Output power: 2*40 W 12 L, 13.5Kg

Benefits:• Lightest RRU for easy installation• Low TCO: no equipment room, no feeders, reuse of

existing 19 inch cabinets.• Easily add LTE service without affecting existing

network.

RRU3928


800 LTE

900G/U

1800G/L

2100UMTS

RRU2.6GHz

800MHz900MHz

2100MHz1800MHz

BTS3900L

2.6GHz 1800/2100MHz

800/900MHz

Ultimate Site with 5 Bands & 3 Modes: One Site One Vendor

• One cabinet for all: BTS3900L can support 5 bands (800M,

900M, 1800M, 2100M, 2600M) and 3 modes (GSM, UMTS, LTE)

with just one cabinet.

• Low TCO: less footprint, lower power consumption

• Macro + distributed flexible deployment

• Smooth evolution: compatible with MSR RF modules, reuse

GSM1800 feeders and antennas; support smooth GL refarming

and evolution

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


Co-TRM SingleOSSInterworking

GUL Inter-RAT Service

Continuity

Flexible User Steering

GUL Co-transmission Unified OSS for GUL

Features of G/U/L


Service Continuity with Inter-RAT Interworking Solution

• Finished GUL Inter-RAT IOT test for PS connectivity.

• 1st vendor to finish CSFB call from LTE to UMTS/GSM.

• Flash CSFB to further reduce voice handover delay.

2 s

4 s

1.64 s

HeavyLoad

HeavyLoad

LTE

GSM/UMTS

Cell Reselection PS Handover

LTE

GSM/UMTS

CS connectivity

CS Fall back (CSFB)/ Flash CSFB SRVCC

HeavyLoad

HeavyLoad

PS connectivity

R8 redirection

Flash CSFB with SIBs

Flash CSFB(blind)

Measurement Read GERAN System information Others

R8 redirection

Flash CSFB with SIBs

Flash CSFB(blind)

Measurement Read UTRAN System information Others

Flash CSFB: LTE -> UMTS

Flash CSFB: LTE -> GSM

2s

1s

1.6s

4s


SPID Make Precise and High Efficiency User Operation

UserSPID

User Properties

RAT Freq DRX ……

1 LTE F1 Yes ……

2 UMTS F2 No

3 GSM F3 Yes ……

256 … … … ……

EPC/GSN GUL SingleRANHSS

Operator Define Policy

SPID SPID

UE LTE

UMTS

GSM

USB dongle

IPhone

Only Voice

LTE NW Implement Policy UEs Follow the Policy

SPID:

• Improve User QE from the aspects of mobility and throughput.

• Quick Service response and Battery Power save by UE in proper layer

• More flexible traffic steering for Network


GUL Co-transmission Saving 5%~10% Bandwidth

Co-IPSec for LTE eNodeB and GSM/UMTS

Non-trusted network

Trusted network

BSC/RNC

MME

BTS / NodeB

eNodeB

Security GW

Security GW

S-GW/P-GWIPSec tunnel

NO impact to existing GU throughput by LTE5% to 10% capacity gain achieved by co-transmission

GSM /UMTS

LTEeNodeB transmission scheduling

BSC / MSC

MME/S-GW

BTS / NodeB eNodeBGSM

UMTS

LTE OR


SingleOSS Saving 86% Hardware Investment

GSM

UMTS

LTE One Network

One OSS

One Team

Huawei OSS

Huge capacity with Server Load Sharing system

Master Standby

Slave1 Slave3

New

GSMBTS

UMTSNB

LTE

eNB

N : 1 Disaster recovery

Performance module

Slave2

New

Case in CMCC: 86% hardware investment is saved


Huawei LTE-1800 MBB Device Roadmap 2011

2011Q1

E398 Rotator

B593 L/U/G Multi-modeWiFi b/g/n+4FE+2POTS+2USBTest Sample Ready

2012Q12011Q2 2011Q3 2011Q4

modem

Mobile WiFi

CPE

4 BandsL/U/G Multi-modeReady

E392 Stick5 BandsL/U/G Multi-modeTest Sample July

World’s 1stL/U/G Multi-modeReady

B593TDD/FDD Uni-mode WiFi b/g/n+4FE+2POTS+2USB Test Sample July

E589L/U/G Multi-modeScreen:1.45 inchBattery:3000mA Test Sample 2012 Q1

2012Q2

E392 StickTDD/FDD Uni-modeL/U/G Multi-modeTest Sample Q4




Success Stories

Content


World 1st LTE1800 commercial contract awarded to Huawei by Poland Aero2 in 2010Q2

50+% commercially launched LTE1800 networks are from Huawei

Huawei Leading G/L1800 Refarming Deployment

Huawei 8 LTE1800 commercial contracts as of 2011Q3Poland

Australia

Germany

Lithuania

Singapore

Latvia

Finland

Saudi Arabia

Denmark

5/9 Commercially launched

Norway

Germany

Lithuania

Singapore

Australia

UAE

Saudi Arabia

Poland

Source: GSA Oct. 2011


World’s 1st G/L1800MHz Refarming Commercial Network

Dedicated to MBB Business MRRU: SDR from GSM 1800 to LTE 1800

LTE 1800 USB Dongle

• SDR enables “one click” upgrade

• E2E LTE1800 solutions to ensure TTM

• LTE FDD & TDD convergent network to meet MBB business

GSM LTE

GSMGSM LTELTE

Software Upgrade

2500MHz

Frequency

850MHz

1800MHz

900MHz

50MHz

Bandwidth

5MHz

19.8MHz

5MHz

LTE TDD

Mode

HSPA+

LTE

HSPA+

Hot Spot

Deployment

Nationwide

Nationwide

Nationwide

Sub-Urban Rural

U900/U850

LTE1800

U900/U850

LTE1800

Urban

U900/U850

LTE1800/LTE2500

• 1800M Refarming: transit GSM to LTE network

• Make full use of frequencies to data services

IPWireless

Huawei E398

Huawei E392


HUAWEI

Vendor 2

• Mar. 2010: LTE DD800 contract

• Nov. 2010: GSM/LTE contract

(GSM sites modernization and newly-

built 1.8G LTE sites)

Project Profile:

Challenges and Needs

• Develop MBB service to increase the revenue

• MBB with LTE 1800 in Urban area • LTE 800 for ADSL substitution in rural area

• Modernize network to improve network performance

• Optimize vendor map to guarantee network evolution

Solutions and Benefits• Future-Oriented SingleRAN solution ensures smooth

evolution, protecting investment

• E2E LTE solution with excellent performance helps for MBB service deployment

• Green product and solution to reduce TCO greatly

T-Mobile LTE1800MHz SingleRAN LTE Solution

50% GL market share

End-to-End LTE Solution

Huawei CPE

http://www.telekom3.de/dtag/cms/content/dt/de/9624;jsessionid=3AF1210BF70E28BF2F90A3B60AAB53E9


M1 Singapore : LTE Introduction and GSM Modernization

Solutions and Benefits• Innovative DBS solution L2600 and GL1800

• Huawei E2E LTE1800 solutions meet MBB

Tailored L2600/1800 dual band device provided by Huawei

Refarming Buffer Zone can eliminate GL interference on

the same frequency

HetNet (Multi-Layer Coverage) to improve spectrum

efficiency and offload Hotspot Traffic

• Multi-band combination to meet both capacity and coverage

requirements

May 2011, Awarded LTE

Commercial Contract .100%

market share nationwide

LTE E2E Solution for M1

2000+ Sites including Macro,

DBS

Challenges and Needs• Fast growth mobile data and low growth service

revenue

• Boosting in data traffic bring hotspot congesting and effect experience

• Keep leading in Singapore MBB market

Southeast Asia’s 1st LTE launched on Jun. 21th 2011

E398 E392

The First Multimode LTE Modem in the world

FDD LTE 2600HSPA+/HSPA/UMTS 2100

5 FDD Bands all-in-one Multimode LTE Stick

FDD LTE: D800/900/1800/2100/2600HSPA+/HSPA/UMTS 900/2100

Thank youwww.huawei.com


E398 World’ s 1st Multi-mode USB Stick

Size: 92mm x 31.5mm x 14.4mm

Wight: <50g

Form: Rotator

Features:•LTE Cat 3:100/50Mbps @ 20M BW•DC-HSPA+/HSPA/UMTS/EDGE/GPRS/GSM•Receive Diversity , Data service ， DL 2*2 MIMO

Frequency: •LTE 1800/2100/2600MHZ•UMTS 900/2100MHZ•GSM 850/900/1800/1900MHZ

Chipset: Qualcomm MDM9200

OS support: Win XP SP2/SP3, Vista SP1/SP2, Win7, Mac OS X 10.5, 10.6 with latest upgrades

Product Features

Travel

Work

Surf

Time*

Test Sample Ready

Commercial Ready

Scenario

Concept roadster streamline ID

Extremely high surf experience

High performance and stability

Plug & Play

Business

E398u-1, Limited Promotion


E398 World’ s 1st Multi-mode 4-Band USB Stick

Size: 92mm x 31.5mm x 14.4mm

Wight: <50g

Form: Rotator

Features:•LTE Cat 3:100/50Mbps @ 20M BW•DC-HSPA+/HSPA/UMTS/EDGE/GPRS/GSM•Receive Diversity, Data service ， DL 2*2 MIMO

Frequency: •LTE DD800/1800/2100/2600MHZ•UMTS 2100MHZ•GSM 850/900/1800/1900MHZ



Product Features

Travel

Work

Surf

Time*

Test Sample Ready

Commercial Ready

Scenario

Concept roadster streamline ID



Plug & Play

Business

E398u-15, Limited Promotion


E392 L/U/G Multi-mode USB Stick

Size: 100mm x 35mm x 13.8mm

Wight: <40g

Form: Stick

Features:•LTE Cat 3:100/50Mbps @ 20M BW•DC-HSPA/HSPA/UMTS/EDGE/GPRS/GSM•Receive Diversity, Data service, DL 2*2 MIMO

Frequency: •LTE DD800/900/1800/2100/2600MHZ•UMTS 900/1800/2100MHZ•GSM 850/900/1800/1900MHZ



Product Features

Travel

Work

Surf

Time*

Test Sample Ready

Commercial Oct.,2011

Scenario

Concept Maglev Train ID



Plug & Play

Business

E392u-12


E392 - FDD & TDD Uni-mode USB Stick

Size: 100mm x 35mm x 13.8mm

Wight: <40g

Form: Stick

Features:•LTE Cat 3: 100/50Mbps @ 20M BW•DC-HSPA+/HSPA/EDGE/GRPS/GSM•Receive Diversity , Data service, DL 2*2 MIMO

Frequency: •LTE FDD DD800/900/1800/2100/2600 MHz &

TDD 2600MHz•UMTS 900/1800/2100•GSM 850/900/1800/1900



Product Features

Travel

Work

Surf

Time*

Test Sample Dec.,2011

Commercial Feb.,2012

Scenario

Business

Concept Maglev Train ID



Plug & Play

E392u-22


E589 – L/U/G Multi-mode Mobile WiFi

Size: 113*62*13.5mmWeight:<120gBattery: 3000mA, Working time 6HScreen: 1.45 inch TFT

Features:•LTE Cat 3:100/50Mbps @ 20M BW•DC-HSPA+/HSPA/UMTS/EDGE/GPRS/GSM•Receive Diversity , Data Service, DL 2*2 MIMO

Frequency: •LTE FDD DD800/900/1800/2100/2600MHz & •UMTS 900/2100MHZ•GSM 800/900/1800/1900MHz

Connectivity:•802.11b/g/n•Up to 5 simultaneous users/devices

Chipset: Qualcomm MDM9200OS support: Win XP SP2/SP3, Vista SP1/SP2, Win7, Mac OS X 10.5, 10.6 with latest upgrades

Product FeaturesTime*

Test Sample Dec.,2011

Commercial May,2012

Scenario

The newest generation Mobile WiFi

Streamline and slim ID

Bigger screen &Longer working time



E589u-12,


External 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

Scenario

B593 – L/U/G Multi-mode CPE

Product FeaturesTime

Size: 190mm ×35mm ×165 mm , Weight: < 500g Features:•LTE Cat 3:100/50Mbps @ 20M BW•DC-HSPA+/HSPA/UMTS/EDGE/GPRS/GSM•Receive Diversity, Data service, LTE DL 2*2 MIMO•Firewall, VoIP, TR069 Remote Management •HTTP Online Upgrade, QoS, USB Share, UPnP•IPv6, DLNA, Fax, Print, VPN, VLAN(option function)

Frequency: •LTE DD800/900/1800/2100/2600MHZ•UMTS 900/2100MHZ•GSM 850/900/1800/1900MHZ

Connectivity:802.11b/g/n. Up to 32 simultaneous users/devices

Chipset: Qualcomm MDM9200OS support: Win XP SP2/SP3, Vista SP1/SP2, Win7, Mac OS X 10.5, 10.6 with latest upgrades

Test Sample Ready

Commercial Oct.,2011

B593u-12


External 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

Scenario

B593 – TDD & FDD Uni-mode CPE

Product FeaturesTimeTest Sample Oct.,2011

Commercial Nov.,2011Size: 190mm ×35mm ×165 mm . Weight: < 500g

Features:•LTE Cat 3:100/50Mbps @ 20M BW•Receive Diversity, Data service, LTE DL 2*2 MIMO•Firewall, VoIP, TR069 Remote Management •HTTP Online Upgrade, QoS, USB Share, UPnP•IPv6, DLNA, Fax, Print, VPN, VLAN(option function)

Frequency: LTE TDD 2300/2600MHz & FDD DD800/1800/2600MHz

Connectivity:802.11b/g/nUp to 32 simultaneous users/devices

Chipset: HiSilicon Hi 6910OS support: Win XP SP2/SP3, Vista SP1/SP2, Win7, Mac OS X 10.5, 10.6 with latest upgrades

B593s-82

Documents

GL 1800M Refarming Solution V2.0