the development of wimax - itu: committed to … · the development of wimax sep. 2005 ......

1

The Development of WiMAX The Development of WiMAX Sep. 2005Sep. 2005

1Huawei confidential ©2005Huawei confidential ©2005

Broadband Access Solutions

Cable

Power Line

Satellite

Fiber

IP(v

6) b

ased

Bac

kbon

eIP

(v6)

bas

ed B

ackb

one

UsersUsersWW

W

W

Broadband Wireless

Deployment factors:• Existing network and evolution• Requirements of service• Cost• Etc.

DSL

2


SME/SMB Residential

SOHO

Requirements from Broadband Market Development

OperatorExisting Network

WiFi

WiFiWiFi

WiFiiSite

OutdoorMacro BTS

iSite

Base station backhaul

Lack of wirelineLow cost and quick deployment

IndoorMacro BTS

WiFi backhaul

? ?

?? ?

WiMAX


A Glance of WiMAX

Worldwide Interoperability for Microwave Access

BENEFIT•Unified standard•Conformance and Interoperability Certification •Lower Cost CPE and multiple vendor•Lower investment risk

IEEE 802.15 - Bluetooth

WAN

MAN

LAN

PAN ETSI HiperPAN

IEEE 802.11 –Wireless LAN

ETSI HiperLAN

IEEE 802.16-Wireless MAN

ETSI HiperMAN &

HIPERACCESS

IEEE 802.20(proposed)

3GPP,3GPP2

APPLICATIONWHAT

3


• IEEE 802.16 standard status– IEEE 802.16-2004 launched in July,2004.– 16e is expected to be launched in September,2005.

• WiMAX Forum status– Now 330 members, more than 120 members are carriers. – Certification test will start at Oct., 2005.

• Industrial chipset roadmap– Chipset based on 16d launched in April, 2005.– 16e chipset will be launched in 2006Q3.

• Industrial equipment roadmap– WiMAX 16d-based equipment will be trial in 2005H2, mass

commercial application in 2006.

Standard and Industrial Status


WiMAX v.s MMDS

Real Low cost on FBWAReal Low cost on FBWA…………only after there is WiMAX ( 802.16d/e standard only after there is WiMAX ( 802.16d/e standard & Conformance and Interoperability Certification).& Conformance and Interoperability Certification).

WiMAX WiMAX proportion will be proportion will be 660% 0% of total PMP market of total PMP market in 2008in 2008..

�Source ABI

Fixed/Potable/Mobile

FixedApplication

NLOSLOSCoverage

Evolution

Price

Certification

Standard

PHY layer

16d/16e portable/16e mobile

No

Low(<500$/CPE)

High(1000$/CPE)

WiMAXNo

802.16d/ePrivate

OFDM/OFDMA

Single carrier

WiMAXMMDS

4


WiMAX Spectrum

Projected BWA Spectrum MixProjected BWA Spectrum Mix2006 Forecast

9%

12%3%

35%

41%

2.4 GHz2.5-2.8 GHz3.4-3.8 GHz5-6 GHzOthers

Source: Skylight Research, Q2’03

3.5GHz 3.3—3.8 , 2.5GHz 2.5-2.8 , 5.8GHz 5.25—5.85


US WCS2305-23202345-2360

Low/MidUNII-band(802.11a)5150-5350

UpperUNII-band~5725-5850

ISM (11b/g)2400-2480

MMDS~2500-26902700-2900

3300-3400

3.5GHz band3400-3600

WRC (new)5470-5725

WiMAX profiles available

Other Bands

Spectrum Condition

5


��1

� ��

� ��

3 � �

��

� �

� � � � �

��

��

��

2

4� ��

WiMAX 16e

� � �� ! �� WiFi

WiFi

WiFi

WiMAX Application Segments

WiFi


WiMAX deployment strategy

Start/EndOption 7

endStartOption 6

Stage2(end)Stage 1Option 5

endStartOption 4

Start/endOption 3

endStartOption 2

Start/endOption 1

Full MobileSimple MobilePortableNomadicFixedService

Various deployment strategy is possible and may be chosen by different players according to specific business conditions and future planning

WiMAX Deployment strategy

6


� " # $ � �� %� � & �' # $ � & ()

� * �+ � & ,�- . . / - . . �

��

��

��

Opportunity1: Fixed Wireless Access

��

��

��

��

��

��

��

��

��

WiMAX 16d

Existing network

!� �"��


� " # $ � �- �%� � � �' # $ � & (�)

� � � � �# ' �� ,�- . . � - . . 0

� � �� ! ��

��" # " ��$ ��

�%�� & '�& � �� %(

� � � ' �� ! ��" � ��

��

�) ��*� ��& � �� %( ��& ) (

Opportunity2: Portable & Mobile Broadband Access

Suburb Rural

Urban

Dense Urban

Existing Existing networknetwork CBD

WiMAXWiMAX

Hot spot

7


Huawei’s effort on WiMAX

�� 1 � ! - . . � ��2 . - 3� � �$ �# ! & # � & �� # 4 5 �! 6 ,�5 � 7 �� 4 " ! � �� 6 7 �� $ � # � 4 " ,�1 � ! - . . � ��2 . - 3� � �$ �# ! & # � & �� # 4 5 �! 6 ,�5 � 7 �� 4 " ! � �� 6 7 �� $ � # � 4 " ,�

� * � � 8� * � � �8� �� * � � 8� * � � �8� �� 99

�� 4 - . . - �� 2 . - 3� � �: � � �� 7 : � ��: � � & � 4 �$ �� $ � # � 4 "� � 4 - . . - �� 2 . - 3� � �: � � �� 7 : � ��: � � & � 4 �$ �� $ � # � 4 "

�� 6 - . . ; ��1 � �! � & �� 6 - . . ; ��1 � �! � & �� * � � � <* � � � <

�� 1 # ! - . . / �� $ �� & �� 2 . - 3� � � � $ $ �� ! �= > / ��! �1 # ! - . . / �� $ �� & �� 2 . - 3� � � � $ $ �� ! �= > / ��! � # ! 7 # # ! 7 # ,��" �! #,��" �! #

�� 1 � ! - . . / ��" # �� < # ! �� 1 � ! - . . / ��" # �� < # ! �� ? ! � �< # !� ? ! � �< # !

�� & �! # �� < �� 2 . - 3� � �� %�" �! # �� < < � ! �4 # �� ! $ �� & �! # �� < �� 2 . - 3� � �� %�" �! # �� < < � ! �4 # �� ! $ �

�# ! & # � & ��$ $ � 4 �# �� ! ( �# ! & # � & ��$ $ � 4 �# �� ! (


A Promising Wireless Solutions Provider

CGGGSNMGW

Billing Center

Mobile INHLR/HSS MMS WAP

MSC

PDSN/FA

SGSN

AS

HA

AAA

WLAN

Data Service Platform

AC

AP AP AP

RemoteRadio Unit

SMC/VMS

MSC Server

GSM / GPRS/EDGEGSM-Trunking/GSM-R

Outdoor MacroBTS

Mini BTS

Container

BTS

PCU

BSC

Indoor Macro BTS

CDMA2000

Outdoor MacroBTS

BSC

PCF

Mini BTSIndoor Macro

BTS

ODU

MiniNodeB

RNC

NodeB

NodeB

TD-SCDMA

LANSWITCH

RemoteRadio Unit

WCDMA

RNC

Indoor MacroNodeB

Outdoor Macro NodeB

Mini Base Band Unit

WiMAX

BSBS

SS

ASN-GW

OMC

the development of wimax - itu: committed to … · the development of wimax sep. 2005 ......

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