www.huawei.com
Security Level:
Huawei LTE
Huawei LTE
Solution Overview
Solution Overview
Contents
LTE Industry Updates
LTE Product KPIs (TDD & FDD)
Huawei LTE Progress
Why LTE ?
LTE is the Key for MBB Success
LTE is the Key for MBB Success
n
Higher Spectrum Efficiency
• From Phone to Smart Device
• From People to Machine
• From Kbps to Gpbs
0
1
2
3
4
GSM
UMTS HSPA+
LTE
LTE-A
LTE-B
0.2
1
1.2
1.7
2.4
3.7
0
200
400
600
GSM
UMTS HSPA+
LTE
LTE-A LTE-B
600
150
50
<10
<10
<10
nLower Latency
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 Launch
Explosive LTE Commercial Launch
Countries with commercial LTE service
Countries with LTE commercial network deployments on-going or planned Countries with LTE trial system
Global LTE Deployment Map
Global LTE Deployment Map
GSA: Mar 13, 2012
0
50
100
150
2009
2010
2011
2012
57
2
17
49
128
2.6G
59% of 29
1.Armenia: MTS2.Austria: A1 Telekom 3.Austria: T-Mobile 4.Belarus :Yota Bel 5.Kuwait: Viva 6.Kyrgyzstan: Saima 7.Poland: Aero2 8.Russia: Yota 9.Singapore: M1 10.Sweden: Tele2 11.Sweden: TeleNor 12.Uzbekistan: MTS 1.Austria: H3G 2.Denmark: TeliaSonera 3.Denmark: TDC 4.Estonia: EMT 5.Finland: TeliaSonera 6.Finland: Elisa 7.Finland: DNA 8.Hong Kong: CSL 9.Portugal : Vodafone 10.Singapore: SingTel 11.Sweden: TeliaSonera 12.Uzbekistan: Ucell 1.Germany: Vodafone 2.Norway: NetCom 3.Portugal: TMN
4.Saudi Arabia: Mobily 5.UAE: Etisalat 12 5 12 6 1 8
1.8G
46% of 15
1.Poland: Aero2 2.Sweden: Tele2 3.Lithuania: Omnitel 4.Singapore: M1 5.Saudi Arabia: Zain 6.Bahrain: Viva 1.Finland: TeliaSonera 2.Finland: Elisa 3.Denmark: TeliaSonera 4.Latvia: LMT 5.Australia: Telstra 6.Singapore: SingTel 7.Hungary: T-Mobile 8.South Korea: KT 1.Germany: T-Mobile 3 2800M
60% of 5
1.South Korea: SK Tel 2.South Korea: LG U+ 1.Germany: Vodafone 2.Germany: T-Mobile 3.Germany: O2
AWS
50% of 6
1.USA: MetroPCS 2.USA: Mosaic 3.Canada: Rogers 1.Canada: Bell 2.Canada: TELUS 3.USA: Leap 3 3 12.1G
1 50% of 2 1.Japan: NTT DoCoMo 1.Philippines: SmartComm 1 3 1TDD
80% of 5
1.Brazil: Sky 1.Saudi Arabia: Mobily 2.Saudi Arabia: STC 3.Japan: Softbank 1.Poland: Aero2 7700M
0% of 7
1.USA: Verizon 2.USA: Mosaic 3.USA: AT&T 4.USA: Peoples 5.Puerto Rico: AT&T 6.Puerto Rico: Claro 7.Uruguay: AntelLTE Global Landscape
Launched by according to GSA :
HuaweiHuawei ShareShare OtherOther28 of 57 LTE commercial networks were deployed by Huawei as of Mar 13
th, 2012
12 Networks have more than one bands
GL1800 Refarming Becomes a Reality
l
14
LTE1800 network
commercially launched
l15
LTE1800 in deployment,
20+
trials & plans
Poland Australia Germany Lithuania Singapore Latvia Finland Saudi Arabia Denmark
15
15
Commercially launched
Commercially 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 Singapore Hungary South Korea SwedenSource: GSA report. Mar 13, 2012
LTE1800 commercially launched
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 , 50
2600MHz , 65
800/1800/26
00MHz , 43
AWS , 51
TDD
2300MHz , 36
TDD
2600MHz
B38, 36
TDD
2600MHz
B41, 5
Evolution Comparison
GSM
GSM
GPRS
GPRS
EDGE
EDGE
TD-SCDMA
TD-SCDMA
TD-HSPA
TD-HSPA
TD-HSPA+
TD-HSPA+
WCDMA
WCDMA
HSPA
HSPA
HSPA+
HSPA+
CDMA IS-95
CDMA IS-95
CDMA 2000 1x
CDMA 2000 1x
LTE FDD
LTE FDD
LTE TDD
LTE TDD
CDMA 2000 1x
EVDO
CDMA 2000 1x
EVDO
EVDO Rev. A
EVDO Rev. A
EVDO Rev. B
EVDO Rev. B
802.16d
E-UTRA
Band
UTRA
Band
GSM/EDG
E Band
Uplink (UL)
Downlink (DL)
F
UL_low– F
UL_highF
DL_low– F
DL_high1 I 1920 MHz – 1980 MHz 2110 MHz – 2170 MHz 2 Ⅱ PCS1900 1850 MHz – 1910 MHz 1930 MHz – 1990 MHz 3 Ⅲ DCS1800 1710 MHz – 1785 MHz 1805 MHz – 1880 MHz 4 Ⅳ 1710 MHz – 1755 MHz 2110 MHz – 2155 MHz 5 Ⅴ GSM850 824 MHz – 849 MHz 869 MHz – 894 MHz 6 Ⅵ 830 MHz – 840 MHz 875 MHz – 885 MHz 7 Ⅶ 2500 MHz – 2570 MHz 2620 MHz – 2690 MHz 8 Ⅷ E-GSM 880 MHz – 915 MHz 925 MHz – 960 MHz 9 Ⅸ 1749.9MHz – 1784.9 MHz 1844.9MHz – 1879.9 MHz 10 Ⅹ 1710 MHz – 1770 MHz 2110 MHz – 2170 MHz 11 Ⅺ 1427.9MHz – 1452.9 MHz 1475.9MHz – 1500.9 MHz 12 Ⅻ 698 MHz – 716 MHz 728 MHz – 746 MHz 13 XⅢ 777 MHz – 787 MHz 746 MHz – 756 MHz 14 XⅣ 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) Hot spot 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 GL900、UL2100 refarming, but not a mainstream trend;
2
3
4
1800M spare frequency + GL1800 refarming is hot in Europe and Asia Pacific area;
5
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
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/FDD
LTE TDD/FDD
GSM/UMTS
GSM/UMTS
WiFi
WiFi
CDMA
CDMA
TDS/WiMAX
TDS/WiMAX
Evolution
Complementary
Diversity multi-mode devices to market, cost will be affordable
POP:
1,339,724,852
POP:
1,339,724,852
POP:
1,210,193,422
POP:
1,210,193,422
POP:
143,030,106
POP:
143,030,106
POP:
127,730,000
POP:
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
Ø
CPE in Band 42/43 quantities supply in April
2012, and Mobile-WiFi will hit the market in
the end 2012
Ø
Qualcomm plans to provide 3.5GHz chipset
after 2012
Ø
Multi-Bands & Multi-Modes supported already
Ø
Mitrastar, Gemtek and Seowon will provide
3.5GHz LTE device in the end 2012
3.5GHz LTE TDD Device Overview
100
200
300
2011
2012
2013
2014
2015
USD
Time
Ø
Multi-band and multi-mode devices are becoming available and affordable.
Ø
Fixed line replacement, data card and Mobile WiFi with 3G dual mode would be popular types at service launch.
Ø
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 Industry Updates
LTE Product KPIs (TDD & FDD)
•
TDD LTE
•
FDD LTE
An Unique Window of Opportunity – New Business of 3.5GHz
Opportunity
Business
2010 2011 2012
2013 2014
20
40
60
80
100
N
um
be
r o
f d
ev
ic
e
in
U
K
(m
illi
on)
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 extension LTE TDD BS
3.5G LTE TDD air interface
LTE TDD BS LTE TDD CPE+WiFi AP WiFi Device
Cost
LOW
AAA
AC or BRAS WiFi User1
Portal
TDD CPE with WiFi AP
WiFi User2 eNodeB
MME SGW/PGW HSS
LTE TDD Network
Data Path1 Data Path2WiFi Core Network
WiFi 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 QoS
QoS
Extend LTE TDD service to WiFi users with manageable
Extend LTE TDD service to WiFi users with manageable QoS
QoS
WiFi AP eRelay HAP Distributed HAB Small Cell
eRelay
TDD frequency bands:
2.3/2.6/3.5/4.9/5.8GHz
Macro Cell M2000DL: 405 Mbps/3 sectors
UL: 105 Mbps/3 sectors
– MU-MIMO, Beamforming– Higher order modulation:256QAM
HAP Distributed BTS
DL 60Mbps
UL 25Mbps
<4kg, 4.4L
Local mesh network, Evolve to MBB in future
eRelay
TM
: Enables Fast & Flexible Network Deployment
Innovative capacity enhancement solutions meet backhaul demand
Innovative capacity enhancement solutions meet backhaul demand
Innovative capacity enhancement solutions meet backhaul demand
Innovative capacity enhancement solutions meet backhaul demand
3.5G LTE TDD Device Portfolio
Mobile
Access
Fixed
Access
~2012H1
2012H2
Mobile WiFi:
E589 (
Customization
)
Indoor CPE:
B593s-42 (3400~3700MHz)
Outdoor CPE:
B222s-42A (3400~3700MHz)
Outdoor CPE:
B222s-42 (3400~3700MHz)
2013H1
Smart Phone:
M2xx (
Customization
)
USB Dongle:
E3xx (
Customization
)
Planned or under development Released PlanningMicro
BTS3202E
Femto
Pico
(Plan in 2012Q4)
(Plan in 2013Q3)
Distributed eNodeB
Macro eNodeB
1 2
LTE Product Portfolio For All Scenarios
Small-cell eNodeB
3n5B3M1C
nMulti-band, Multi-mode
n
Indoor: BTS3900/BTS3900L
nOutdoor: BTS3900A/BTS3900AL
mRRU
3mRRU
4mRRU
SDR for G/U/L Compact 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
n Long term No.2in Saudi Arab mobile market
n Fierce competitionand more than 100%mobile penetration
n Huge requirementsboth on mobile & fixed broadband, but hardto deploy fiber/cable n Leading in MBB is the only way for Mobily to lead the market
n Maturemulti-antenna technologies (4T4R, MIMO, BF.etc) inheriting from WiMAX on
new LTE TDD system
n Innovative solution for coexistinginterference control: SFR 1*3*1 BBU
WiMAX / LTE TDD Dual mode BTS
WiMAX/LTE TDD SingleRAN
n Support LTE TDD based on existing WiMAX BS n Saving site infrastructure costgreatly
n Rapidevolution & deployment solution n Sufficientspectrum 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 1
ston
commercial
Excellent
throughput
benchmarking
STC senior
management are
satisfied with LTE
TDD performance
U M T S U M T S U M T S G S M G S M G S M G S M G S M G S M G900 + G1800 + L111 2.1G UMTSBBU
LTE TDD RRUOne 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
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 Balong700
Features:
•
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/devices
Frequency:
•
LTE TDD 3400~3800MHz
Size: 190mm ×35mm ×165 mm
Weight: < 500g
Product Features
Time
Scenario
Commercial Ready
Indoor CPE:B593s-42 (3400~3800MHz)
Interface
• 2 Ethernet interface (RJ45)
• 1 POTS interface (RJ11)
• 1 SIM card slot
• 1 POWER button
Chipset: Hisilicon Balong700
Features:
•
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/devices
Frequency:
•
LTE TDD: 3400~3800MHz
Size: 255*254*58mm(ODU), 188*131*41mm(IDU)
Weight: <1.1kg(ODU), <300g(ODU)
Product Features
Time
Scenario
Test Sample
2012.7
Commercial
2012.9
Size: 113*62*13.5mm Weight:<120g
Battery: 3000mA, Working time 6H Screen: 1.45 inch TFT
Chipset: Hisilicon Balong 710 Features:
l LTE TDD Cat 4 UE
l DC-HSPA+/HSPA/EDGE/GPRS/GSM l Receive Diversity, Data service l DL 2*2 MIMO Frequency: l LTE TDD 3500MHz l LTE FDD TBD l UMTS 900/2100MHz l GSM 850/900/1800/1900MHz Connectivity: l 802.11b/g/n l Up to 10 simultaneous users/devices
• The newest generation Mobile WiFi • Streamline and slim ID
• Bigger screen &Longer working time • Extremely high surf experience • High performance and stability
Commercial Need Customization
Product Features
Time
Scenario
Product Features
Time
Scenario
• Concept roadster streamline ID • Extremely high surf experience • High performance and stability • Plug & Play
Chipset: HiSilicon Balong700
Size: 92mm x 31.5mm x 14.4mm
Wight: <50g
Form: Rotator
Features:
l
LTE Cat 3: 68/17Mbps @ 20M BW
lData service, DL 2*2 MIMO
Frequency:
lLTE TDD 3500MHz
lLTE FDD TBD
lUMTS 900/2100MHz
lGSM 850/900/1800/1900MHz
Travel Work Surf BusinessCommercial
Need
Customiz
ation
E3xxs-42
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 3500MHz •LTE FDD TBD •UMTS 900/2100MHz •GSM 850/900/1800/1900MHz Display: • 4.3 inch AMOLED LCD • qHD (960*480) • 16M colors
CPU & Modem:
• Balong 710 •Dual 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 playback
Applications:
• Popular games & apps preloaded • Huawei HiSpace services
Note:
This is a general version.
The customized version
needs a detailed discussion
with operator.
Contents
LTE Industry Updates
LTE Product KPIs (TDD & FDD)
•
TDD LTE
•
FDD LTE
FDD LTE High Performance RF modules
RRU3929
RRU3929
l 900/1800MHz
lFull 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
RRU3229
RRU3229
RRU3240/3942
RRU3240/3942
RRU3841
RRU3841
ü
High TX Power- Better Indoor
Penetration and MSR co-coverage
ü
2T4R/4T4R- Higher
Spectrum Efficiency
3mRRU Serves All Scenarios
xmRRU Fit for Various Deployment
3mRRU: Smallest RRU
Multi-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 RRU
Multi-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 loss
lSpace saving
Innovative ARU Brings Multiple Gain
ARU (Active Radio Unit):
• Integrate multi-RRUs plus multi-antennas
• GSM,UMTS and LTE
• Multi-band support
• <36L/36Kg
• Commercial in 2012Q3 (UMTS first)
Individual Tilt:
~5%
capacity gain
Beam-forming:
~30%
capacity gain
. . . TRX D UP D BF & Di gi ta l P ro ce ss or TRX D UP TRX D UP TRX D UP TRX D UP In te rf ace ARU structureUMTS
GSM
Cell Split:
~80%
capacity gain
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/100M
bps
•Users:
1800
RRC-Connected
LBBPc
LBBPd1 (eRAN3.0)
•3x20M
2T2R
•DL/UL Throughput:
450M/225M
bps
•Users:
3600
RRC-Connected
LBBPd2 (eRAN3.0)
•3x20M
4T4R
•DL/UL Throughput:
•600M/225M
bps
•Users:
3600
RRC-Connected
Gbit BBU
UMPT
LBBP
UMPT (eRAN3.0)
“5-Band 3-Mode 1-Cabinet” SingleRAN Site
L800
G900
G1800 U2100
L2600
UMTS
LTE
GSM
Large SingleRAN Site
• 12RFU+6RRU • 2BBU
• 9RFU+9RRU or • 6RFU+12RRU • 3BBU
Indoor BTS3900L Outdoor BTS3900AL
L800
GU900
GL1800
U2100
L2600
BTS3900L
GSM /UMTS900 LTE 1800 UMTS2100 GSM 1800 LTE 2600 lGigaSite capacity
lEasy deployment
lTCO saving
9RFU + 6RRU+2BBU
Case: Vodafone D2 Germany
LTE Refarming, Smooth Evolution
frequencyGSM
Huawei
Huawei
MSR
MSR
• Add LTE Card
• SW Upgrade
BBU3900or
LBBP BBU RRU RFU BBU LBBP• Add LTE Card (capacity)
• Remove GSM Card
LMPT GTMU frequencyGSM
LTE
frequencyLTE
GSM 900 GSM 1800 UMTS2100 GSM /UMTS900 LTE 1800 UMTS2100 GSM 1800 GSM /UMTS900 LTE 1800 UMTS2100Service
Service
Spectrum
Spectrum
voice dataContents
LTE Industry Updates
LTE Product KPIs (TDD & FDD)
•
TDD LTE
•
FDD LTE
Leading 3GPP contributor
in LTE Core Specification since 2010.
Serving 89 key roles
In 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 Huawei Huawei 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
265 210 193 181 127 121Huawei LTE Industry Recognition in 2011
Significant Progress for a Commercial Launch of LTE by a Vendor
Best LTE Network Elements
(SingleRAN BTS3900L)
Vodafone & Huawei:
World’s 1st LTE DD800 commercial network
Aero2 & Huawei: : World’s 1st LTE 1800M & LTE FDD/TDD commercial network
May, 2011 Jul, 2011
Best Contribution to R&D for LTE
Contribution to LTE Standards
(Dr. Xiang Chen)
Huawei Milestones of Driving LTE Commercialization
…
2009 Dec.
Norway
TeliaSonera,
World’s 1st LTE
commercially
launched network
2009 Dec.
Sweden
Net4Mobility,
Wor
ld’s 1st
MOCN
, GL900
network
2010 Sep.
Germany
VDF/TMO,
World’s 1st LTE
DD800
commercial
networks
2010 Sep. Poland
Aero2, World’s
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, World’s
1st largest LTE
TDD
commercial
network
2011 Oct.UK
Broadband:
World’s
1st LTE
TDD 3.5GHz
Network
2011 Nov. Colombia
UNE,
South America
1st LTE
Commercial
contract
2011 Dec.
Japan
eAccess,
1.8
GHz UMTS &
LTE
Network Modernization with SingleRAN GSM/UMTS/LTE
Benefits
§
Huawei E2E SingleRAN GSM/UMTS/LTE solution modernized
TeliaSonera’s 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 Profile
n
In 2009,
1st
Global
Commercial LTE Contract covering whole
Oslo city with 2.6 GHz spectrum
•
World’s 1st
LTE Commercially launched in Dec. 2009.
nIn 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
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 3
rdparties, 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+km
2eNodeB Production
Project Profile
n
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 Net4Mobility
n
RAN-Sharing solution match market strategy of convergence
nSpeed up time to market
n
World 1st GL900 SDR achieve significant TCO saving
World’s 1st LTE Multi-Mode, Multi-band, RAN-Sharing
World’s 1st LTE Multi-Mode, Multi-band, RAN-Sharing
n
Multi-Mode:
GL900
n
RAN Sharing:
Telenor & TELE2
n
Multi-Band:
2.6G & 900MHz
RAN sharing
RAN sharing
Shared eRAN Telenor Tele2 GSM GSM+LTE GSM+LTE LTEMulti-Mode
Multi-Mode
900MHz cell 2.6GHz cell Co-site LTE on different frequencyMulti-Band
Multi-Band
Commercial MOCN and GL SDR Solution
Existing resource reuse
Existing resource reuse
Co-Site / Antenna / Cabinet /
Transmission
The MOCN network launched already, 5 cities by 2010 and 100 cites by 2011
The MOCN network launched already, 5 cities by 2010 and 100 cites by 2011
The MOCN network launched already, 5 cities by 2010 and 100 cites by 2011
The MOCN network launched already, 5 cities by 2010 and 100 cites by 2011
eRAN sharing for Tele2 &
eRAN sharing for Tele2 & Telenor
Telenor
Shared eRAN
Telenor EPC: Huawei
Tele2 EPC: Nokia-Siemens
LTE
LTE 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/L
G/U/L
GSM
GSM+LTE SingleRAN
GSM+LTE SingleRAN
UMTS
LTE
UMTS Not in N4M, but viable forothers
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
LTE Widely Coverage in Sweden with Better Performance
80 32 30 11.2 90 43.3 40 10.1 90 45 40 12.5 0 10 20 30 40 50 60 70 80 90 100DL 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
Malmö
Stockholm
Launched cities as of Nov 2010
Planned 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
Genius: Best LTE Network in Hong Kong
Solution and Benefit
•
Best LTE network :
Higher throughput! Lower latency
•
Asia 1
stLTE MOCN : Excellent fairness solution
•
Asia 1
stSingleEPC/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 Aug
Signing
Contract
2011 Dec
Phase1
1000 sites
2012 Dec
Phase2
1000+sites
2011 Sep
Network
Plan
•
Higher throughput
•
Lower latency
World’s 1st “5-3-1” SingleRAN Commercial Network
World’s 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
Ø
Smallest & lightest 3mRRU: fast deployment
Ø
Future site solution: ~50% TCO saving within 5 years
•
Best Approaches to Network Convergence
Ø
SingleRAN: 1st vendor with 5 bands & 3 modes in 1 cabinet
•
Best LTE Performance
Ø
1
stvendor 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
Show case
MoU
Test start
(MVTC & Field)
2G/3G/LTE
RFQ
RFQ
Response
Huawei
award
Roll-out
start
Jun
2009
2009
Aug
2009
Nov
2010
Jan
2010
Jul
Aug
2010
2010
Sep
Press
Release
Commercial
1060 sites On air,
1280 sites Installed;
Metrozone Trial Preparing
Jan
2012
FY09/10
FY10/11
License
available
Jun
2010
Huawei cooperated with
Vodafone D2 and WDR to test
LTE800.
Huawei awarded commercial
contract with Vodafone D2.
1
st
LTE800 was launched on Sep.
15
th2010 by Huawei.
Huawei and Vodafone D2 Cooperation Milestone
-- Make LTE800 Dream Come True within 1 Year
FY11/12
Reducing OpEx
Minimizing
Complexity
All IP
Network
Single
Access
Single
OSS
Single Transmission l5 bands 3 modes in one sites l3mRRU lConvergence lIntelligence lAccuracyTypical Scenarios of 5 Bands and 3 Modes Convergence
3mRRU:
lLTE 800MHz
lUMTS 2100MHz
lLTE 2600MHz
GSM 1800MHz
GSM 900MHz
M R F U M R F U M R F Ufiber
M R F U M R F U M R F UOutdoor:
LDD800 + G900 + G1800 + U2100 + L2600
BBU
Indoor:
LDD800 + G900
Transmissio
n Space
3mRRU:
lLTE 800MHz
lGSM 900MHz
BBU
IP MW IDU
World’s First LTE1800 Commercial Network Fully Reuse Existing
GSM Equipments
Challenges and Needs
n
New mobile operator in Poland telecom market, hard to compete with
existing operators.
n
Saturated voice market drive Aero2 seeking development in MBB.
nMake full use of 19.8MHz bandwidth on 1800MHz with few GSM1800
subscribes
.
Values for Areo2
n
GL1800 refarming satisfied Areo2 challenge and needs.
nHuawei E2E LTE1800 solutions meet MBB requirement
.
Ø
Tailored LTE1800 terminal provided by Huawei.
Ø
20MHz LTE solution takes full advantage of operator’s 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.
Aero2 GL1800 Refarming Project Milestone
Sep.
Oct.
Apr.
May.
8
thSep.
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 Call
Install 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:
Cooperation Milestone between M1 and Huawei
Show case MoU
Jun.
2010 Aug.2010 Sep.2010 Mar.2011
Jun.
2011 Mar.2012
M1 and Huawei
Assigned LTE Contract L2600 commerciallaunch
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
Improve Cell Edge Users QoE with IRC and Dynamic ICIC
Interfering cell Victim cell Interfering Gain of 7dBat 10-1FER in interference limited environmentl Max SNR gain of 7dBcan be achieved l 50% higher UL data rate for cell edge users l 15% higher UL cell throughput
Without ICIC
With ICIC
Frequency Cell 1 Power Frequency Cell 2 Power Frequency Cell 3 PowerLoad 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 (<50% load). l Provide a better service experience for cell edge users.
Dynamic ICIC
5 FDD Bands all-in-one Multimode LTE Stick
Test Sample: June Commercial Launch: August
FDD LTE: DD800/900/1800/2100/2600 HSPA+/HSPA/UMTS 900/2100
LTE/HSPA+/HSPA/EDGE/GPRS Multimode
LTE: CAT3, DL 100Mbps / UL 50Mbps
2*2 MIMO, Receive Diversity
Micro SD card
Support Windows, MAC, Linux OS
E392
The First Multimode LTE Modem in the world
FDD LTE 2600 HSPA+/HSPA/UMTS 2100
LTE/HSPA+/HSPA/EDGE/GPRS Multimode
LTE: CAT3, DL 100Mbps / UL 50Mbps
2*2 MIMO, Receive Diversity
Micro SD card
Support Windows, MAC, Linux OS
Test Sample: Ready Commercial Launch: 15th,April