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Next Generation Broadband Communications Dr. Ian Y. Chiou - - PowerPoint PPT Presentation

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Industrial Technology Research Institute Computer & Communication Research Laboratories Next Generation Broadband Communications Dr. Ian Y. Chiou Director, Comm. System Division,

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SLIDE 1

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Next Generation Broadband Communications

  • Dr. Ian Y. Chiou

Director, Comm. System Division, CCL/ITRI

April 23 , 2005

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SLIDE 2

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

AGENDA AGENDA

  • Market Status & Trends

Market Status & Trends

  • Metro Networks

Metro Networks

  • Access Networks

Access Networks

  • CCL/ITRI R&D

CCL/ITRI R&D

  • Technology Trends

Technology Trends

  • Home Networks

Home Networks

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SLIDE 3

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Number of fixed (wired) telephone users saturated and is now decreasing Number of mobile (cellular) telephone users is also nearly saturated The number of Broadband users is rapidly increasing Network operators are looking for new sources

  • f revenue (new broadband services)

Next Generation Broadband Networks are expected to be the key for operators to win out in the future

Where We Are Today Where We Are Today

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SLIDE 4

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Global Broadband Statistics

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SLIDE 5

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

100Mbps

54Mbps 30Mbps 12Mbps 1.5Mbps

5 5 min min 8 sec 8 sec 180 180 min min 480 480 min min 39 39 sec sec 22.5 22.5 min min 60 60 min min 16 16 sec sec 9 9 min min 24 24 min min 9 9 sec sec 5 5 min min 13 13 min min 20 sec 20 sec 5 5 sec sec 2 2 min min 42 sec 42 sec 7 7 min min 12 sec 12 sec

100Mbps 54Mbps 30Mbps 12Mbps 1.5Mbps Movies Movies DVD/120 min. DVD/120 min. TV Prog. TV Prog. 45 min. 45 min. Music Music CD/60 min. CD/60 min.

Download Contents Contents Music Music Video Streaming Video Streaming Video Conf. Video Conf. TV Images TV Images High High-

  • Density TV Images

Density TV Images ADSL2+(up to 24Mbps) ADSL2+(up to 24Mbps) VDSL (up to 52Mbps) VDSL (up to 52Mbps) ADSL2++ (up to 50Mbps) ADSL2++ (up to 50Mbps)

SOURCE：Japan Intelligence Comm.﹐2003

ADSL (up to 8Mbps) ADSL (up to 8Mbps) FTTH (up to 100 Mbps) FTTH (up to 100 Mbps)

How Much Bandwidth is Adequate? How Much Bandwidth is Adequate?

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SLIDE 6

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Required BW per Subscriber Required BW per Subscriber

Source : (KT 2003)

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SLIDE 7

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Worldwide Broadband Video Services Worldwide Broadband Video Services Market Share & Forecasts Market Share & Forecasts

($M)

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SLIDE 8

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Worldwide FTTH Opportunity Worldwide FTTH Opportunity

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SLIDE 9

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Source: IDC May, 2004 322.0 278.6 182.0 144.4 112.4 85.8 Worldwide 3.1 2.8 2.5 2.4 2.0 1.0 ROW 0.0 10.6 24.0 65.0 57.4 43.0 Asia 22.8 20.0 18.0 17.0 11.0 8.0 Europe 296.1 245.2 137.5 60.0 42.0 33.8 North America 2008 2007 2006 2005 2004 2003

Worldwide BPON Equipment Revenue by Region Source ($M) Worldwide EPON Equipment Revenue by Region Source ($M)

754.6 1083.9 868.0 523.7 270.8 16.7 Worldwide 1.6 1.2 0.7 0.2 0.1 0.0 ROW 747.8 1078.1 863.3 520.5 268.5 15.0 Asia 3.4 3.3 3.0 2.4 1.8 1.4 Europe 1.6 1.3 1.0 0.7 0.5 0.2 North America 2008 2007 2006 2005 2004 2003

Worldwide PON Revenue

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SLIDE 10

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

AGENDA AGENDA

  • Market Status & Trends

Market Status & Trends

  • Metro Networks

Metro Networks

  • Access Networks

Access Networks

  • CCL/ITRI R&D

CCL/ITRI R&D

  • Technology Trends

Technology Trends

  • Home Networks

Home Networks

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SLIDE 11

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Ethernet Ethernet-

  • based Fiber Access Solution

based Fiber Access Solution

  • Ethernet in the First Mile (EFM)

Ethernet in the First Mile (EFM)

  • IEEE 802.3ah (Standardized in 06/2004)

IEEE 802.3ah (Standardized in 06/2004)

  • Benefits

Benefits

− − The most efficient infrastructure for data services The most efficient infrastructure for data services − − A simple, globally accepted standard that guarantees A simple, globally accepted standard that guarantees interoperability interoperability − − Future Future-

  • Proof transport for data, video and voice applications

Proof transport for data, video and voice applications

IP Ethernet Physical Ethernet

Physical Physical

Ethernet

Physical Physical

Ethernet

Physical Physical

IP Cat 5 Copper or Fiber Fiber Client CPE Aggregation Node Metro Network

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SLIDE 12

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Why Metro Ethernet Why Metro Ethernet

  • >98% LANs are Ethernet

>98% LANs are Ethernet

  • More economic for providers compared

to legacy SONET/SDH * – OpEx: saving 23% in management environment, engineering cost, etc. – CapEx: saving 39% in core/access facilities

  • More economic services for customers’

Internet Access & Private Data (leased- line, VPN, etc.) ** – 27% of Frame Relay – 23% of Private Line

*Network Strategy Partners, Jan.2004: based on 3yrs estimation for 1~2M metro city with 50K~80K business, among which 13800 subscribe to services; 36 service providers in Europe & North America consulted **Network Strategy Partners, Sept.2002: based on enterprise with one 500+ HQ and four 100~499 branches, private data and Internet access applications

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SLIDE 13

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Worldwide Metro Ethernet Market

  • Growth (source: Infonetics, 2003/2004)

– Equipment CAGR: 20032007

  • Revenue: 27% ($2.9B8.0B)
  • Port: 53% (1.1M5.8M)

– E-Line/E-LAN Services by 2007

~$1.6B, CAGR=35%

  • Trends (source: Light Reading survey, 2004)

– Enterprise/Service provider 2005 spending plans

  • E-LAN: 1st in enterprises (47.7%), 4th in service providers(68.2%)
  • E-Line: 4th in enterprises (34.6%), 2nd in service providers(75.0%)

Worldwide Total Metro Etherent Manufacturer Revenue

$0.0 $1.0 $2.0 $3.0 $4.0 $5.0 $6.0 $7.0 $8.0 $9.0 2002 2003 2004 2005 2006 2007 Calendar Year Revenue (US$ B)

Forecast 2004/07 Forecast 2003/07

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SLIDE 14

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

AGENDA AGENDA

  • Market Status & Trends

Market Status & Trends

  • Metro Networks

Metro Networks

  • Access Networks

Access Networks

  • CCL/ITRI R&D

CCL/ITRI R&D

  • Technology Trends

Technology Trends

  • Home Networks

Home Networks

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SLIDE 15

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

2000 2001 2002 2003 2004 2005 2006 2007 2010

~10Mbps (Copper) ~50Mbps (Copper)/1Gbps(Fiber) ~10Gbps

source： ITRI/CCL, 2004/5

WDM-PON MC/ (A,B,E,G) PON

NG SDH-based MSPP/ Ether Switch + EoVDSL Ethernet Based xDSL + DSLAM (RDSLAM) ATM-Based xDSL + DSLAM (RDSLAM)

FTTE FTTB FTTH FTTC

Ethernet/IP Enabled Fiber in the Loop

The Evolution of Access Network

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SLIDE 16

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Existing DSL-based Broadband Access

Local Exchange Residential

Copper

Business xDSL xDSL DSLAM CPE/IAD

Class 5 Switch

  • Utilize widespread copper infrastructure
  • Support data and legacy voice service simultaneously
  • Avoid the PSTN switch congestion problem

Advantages :

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SLIDE 17

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Local Exchange Residential

Copper

Business xDSL xDSL Broadband Service CPE/IAD

Fiber

RDSLAM

Trend: Fiber Closer to End Users Trend: Fiber Closer to End Users

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SLIDE 18

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

What is FTTx ? What is FTTx ?

  • FTTH : F

FTTH : Fiber iber T To

  • T

The he H Home

  • me
  • FTTB : F

FTTB : Fiber iber T To

  • T

The he B Building uilding

  • FTTC : F

FTTC : Fiber iber T To

  • T

The he C Curb urb

Internet Leased Line Service Nodes Frame/Cell Relay Interactive Video Telephony SNI (VB5) FTTH FTTB FTTC Optical Fiber Twisted Pair

PON VDSL

OLT ONU ONT NT ONT Passive Optical Splitter NT ONU

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SLIDE 19

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

FTTH Techniques FTTH Techniques

Source : (KT 2003)

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SLIDE 20

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Why PON?

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SLIDE 21

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

TDMA PON TDMA PON-

  • based FTTH

based FTTH

APON/BPON (G.983) APON/BPON (G.983) GPON (G.984) GPON (G.984) EPON (IEEE 802.3ah) EPON (IEEE 802.3ah) TDMA PON relies on complicated Burst Mode Transceivers and DBA mechanisms

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SLIDE 22

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Key features of optical access systems Key features of optical access systems

IP service Full services （Tel, IP, TDM） Full services （Tel, IP, TDM） IP service Services DBA DBA DBA NA BW control for upstream Available Available Available NA WDM for video services 1.3/1.5 1.3/1.5 1.3/1.5 1.3/1.5 Wavelength (um) 1.25G (1G after decoding) 1.2G、2.4G、 156M（up）, 622M（up） 156M、622M、 1.2G（down） 125M (100M after decoding) Transmission speed （bit/s） Ethernet GEM ATM Ethernet Transmission frame IEEE 802.3ah 1000BASE-PX FSAN/ ITU-T G.984 series FSAN/ ITU-T G.983 series ITU-T G.985 IEEE 100BASE-BX Standards GE-PON G-PON B-PON MC

Source : NTT Access Network Service Systems Laboratories

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SLIDE 23

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

WDMA WDMA-

  • PON based FTTH

PON based FTTH

Ongoing WDMA-PON Trials in Korea

Source : (KT 2003)

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SLIDE 24

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Hybrid of optical & wireless systems Hybrid of optical & wireless systems

LT

FWA (Fixed Wireless access) FWA (Fixed Wireless access)

LT ＡＰ

NWA (Nomadic Wireless access) NWA (Nomadic Wireless access)

SW LT

WT

SW

Fiber Fibe r

Router Core network User Networks

Card

LT Ethernet ＡＰ

Source : NTT Access Network Service Systems Laboratories

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SLIDE 25

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

WiMax WiMax

  • It is a Broadband Wireless Standard being defined by IEEE

It is a Broadband Wireless Standard being defined by IEEE 802.16 Task Force 802.16 Task Force

  • It is a bi

It is a bi-

  • directional transmission mechanism with reach

directional transmission mechanism with reach distance over 30 miles and bandwidth up to 75 Mbps distance over 30 miles and bandwidth up to 75 Mbps

  • 802.16 is originally designed for a point

802.16 is originally designed for a point-

  • to

to-

  • point line

point line-

  • of
  • f-
  • sight

sight

  • transmission. 802.16a is for non line
  • transmission. 802.16a is for non line-
  • of
  • f-
  • sight point

sight point-

  • to

to-

  • multipoint

multipoint

  • transmission. 802.16e is for mobile transmission.
  • transmission. 802.16e is for mobile transmission.

802.16a 802.16

Central Office

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SLIDE 26

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

AGENDA AGENDA

  • Market Status & Trends

Market Status & Trends

  • Metro Networks

Metro Networks

  • Access Networks

Access Networks

  • CCL/ITRI R&D

CCL/ITRI R&D

  • Technology Trends

Technology Trends

  • Home Networks

Home Networks

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SLIDE 27

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

The Promise of Broadband Home The Promise of Broadband Home

W ork from W ork from hom e as easily hom e as easily as in the office as in the office Personal Personal voice and voice and video video conferencing conferencing Digital radio and TV everyw here in the hom e Digital radio and TV everyw here in the hom e Share Share photos and photos and videos w ith videos w ith friends and friends and fam ily fam ily Untethered Untethered access access Big jukeboxes Big jukeboxes

  • f m usic,
  • f m usic,

m ovies, TV and m ovies, TV and gam es gam es Control Control VCRs, AC, VCRs, AC, lights from lights from anyw here anyw here

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SLIDE 28

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Facilitating Multi Facilitating Multi-

  • Service Integration

Service Integration

Home Networking Entertainment Productivity Control Communication

Source: Cahners In-Stat Group

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SLIDE 29

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Enabling Technologies Enabling Technologies

Ethernet

  • HomePNA (phone line)

HomePNA (phone line)

  • HomePlug (power line carrier)

HomePlug (power line carrier) Wireless (HomeRF, IEEE 802.11, IrDA, Bluetooth, UWB)

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SLIDE 30

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

HomePNA

  • Promoter Members
  • Standard’s version updated
  • HomePNA 1.0: adopted Tut Systems at 1 Mbps
  • HomePNA 2.0: adopted Epigram’s “iLine10” at 10 Mbps
  • HomePNA 3.0 specification was released in June 2003
  • Up to 128Mbps(240Mbps optional) with QoS support

Central Office

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SLIDE 31

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

HomePlug AV HomePlug AV

  • It is a standard defined by HomePlug Powerline Alliance with the

It is a standard defined by HomePlug Powerline Alliance with the goal of sharing multimedia contents among home networking de goal of sharing multimedia contents among home networking devices vices with in with in-

  • home power lines

home power lines

  • The standard is expected to be ratified by June 2005 and will s

The standard is expected to be ratified by June 2005 and will support upport the transmission speed up to 200Mbps the transmission speed up to 200Mbps

  • In-Home

Power Line Net Central Office FTTH

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SLIDE 32

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

IEEE802.11g Bluetooth UWB Freq. 2.4GHz 2.402~2.48GHz 3.1~10.6GHz Transmission Rates 54Mbps <=1Mbps >=480Mbps Distance 10~100m 10m <=10m Power >=1W 1~100mW <1mW Application Supported WLAN PC peripheral , short distance Short distance multi-media Product Types NB 、 PC 、 Pocket PC , etc. NB、handset , etc. Digital TV Set、DVD , etc. Price High Low Low Key Vendors Cisco、Lucent , etc. Nokia、Motorola、 Ericsson , etc. TI、Motorola、Intel , etc. Source：TRI ，2004/02

Wireless Home Wireless Home

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SLIDE 33

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Ad Ad-

  • Hoc Network

Hoc Network

  • Ad hoc Network is an autonomous system of mobile nodes connected

Ad hoc Network is an autonomous system of mobile nodes connected by by wireless links. Each node operates not only as an end wireless links. Each node operates not only as an end-

  • system, but also as

system, but also as a router to forward packets. The nodes are free to move abo a router to forward packets. The nodes are free to move about and organize ut and organize themselves into a network.. themselves into a network..

  • IEEE now forms 802.11s study group to investigate the feasibilit

IEEE now forms 802.11s study group to investigate the feasibility of the y of the Ad hoc Network using 802.11 technology. It could be a poten Ad hoc Network using 802.11 technology. It could be a potential technology tial technology for the interior connectivity in the home network for the interior connectivity in the home network Central Office FTTH Ad Hoc Home Network

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SLIDE 34

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Related Standards Bodies to Related Standards Bodies to Home Networking Home Networking

STANDARD BODY FOUNDING COMPANIES COMMENT TECHNOLOGY

Universal Plug & Play

Microsoft Service discovery and enumeration TCP/IP

Jini

Sun Service lookup discovery JAVA

DLNA

HP, Intel, Microsoft Nokia, Panasonic, Philips, Samsung, Sony Service discovery, Media Format, DRM Framework

Home API

Compaq, Honeywell, Intel, Microsoft, Mitsubishi ,Philips Windows based API

OSGi

Ericsson, IBM, NCI, Nortel, Oracle, Sun, Alcatel, Motorola, Lucent, Enron, EDF, Philips, EDF, Cable & Wireless, Sybase and Toshiba residential gateway /SOHO/ROBO JAVA

Home PNA

3Com, AMD, AT&T Wireless, Compaq, Epigram, HP, IBM, Intel, Lucent, Rockwell , Tut Systems LAN Phone Line

HomeRF

Compaq, Compaq, HP, IBM, Intel, Microsoft, Motorola, PIC, Proxim, Symbionics WLAN + DECT RF

Bluetooth

Ericsson, IBM, Intel, Nokia, Toshiba Over 400 companies IrDA + voice RF

VESA

365 member companies Multimedia 1394

HAVi

GRUNDIG, Hitachi, Matsushita, Philips., Sharp, Sony, Thomson and Toshiba Audio-Video, API 1394, JAVA

Source: HomeRF WG

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SLIDE 35

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Consumers want their devices to work together and share content

The DLNA Vision The DLNA Vision

MEDIA MEDIA

Pre-Recorded Content Personal Media

MOBILE MULTIMEDIA MOBILE MULTIMEDIA

Entertainment, Personal Pictures and Video, Services

BROADCAST BROADCAST

Services, Entertainment

BROADBAND BROADBAND

Entertainment, E-Business, Services

Source: Intel

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SLIDE 36

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

UPnP UPnP

Digital Home Platform Digital Home Platform

Source: http://developer.intel.com/update/contents/it06031.htm#overview

slide-37
SLIDE 37

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

OSGi (Open Service Gateway initiative)

The OSGi Alliance is an open forum. Its mission is to specify, create, advance, and promote an open service platform for the delivery and management of multiple applications and services to all types of networked devices in home, vehicle, mobile and

  • ther environments.

Source: OSGi Alliance

slide-38
SLIDE 38

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

AGENDA AGENDA

  • Market Status & Trends

Market Status & Trends

  • Metro Networks

Metro Networks

  • Access Networks

Access Networks

  • CCL/ITRI R&D

CCL/ITRI R&D

  • Technology Trends

Technology Trends

  • Home Networks

Home Networks

slide-39
SLIDE 39

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Industrial Technology Research Institute

slide-40
SLIDE 40

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

ITRI Profile

20%

16%

14% 50%

Master: 3307 Ph.D.: 917 Others: 1041 Bachelor: 1294

  • Founded in 1973 by the government
  • A non-profit R&D organization
  • Meet the technological needs of

Taiwan industries

  • A total of 6,559 employees

7 Major L abor ator ie s

  • Computer & Communications

Research Laboratories (CCL)

  • Electronics Research and Service

Organization

  • Mechanical Industry Research Lab.
  • Energy & Resources Laboratories
  • Material Research Laboratories
  • Opto-Electronics & Systems Lab

6 Re se ar c h Ce nte r s

  • Center for Measurement Standards
  • Biomedical Engineering Center
  • Center for Industrial Safety and

Health Technology

  • Center for Aviation & Space

Technology

  • SoC Technology Center
  • Nano Technology Research Center
  • Union Chemical Laboratories

Update: February 2005

Industrial Technology Research Institute

slide-41
SLIDE 41

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

CCL Organization

General Director's Office General General Director's Director's Office Office Administration & Industrial Safety Division PRs & International Collaborations Office Strategy & Planning Division Technology Transfer & Services Division Quality Assurance Department Advanced Technology Center Internet Software Technology Division Internet Platform Technology Division Wireless Communication Technology Division Communication System Division IP Network Technology Division Digital Video & Optical Communications Technology Division Network and Communications Technology Center

slide-42
SLIDE 42

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

March 2, 2005

Total Number : 754 Total Number : 754 Researchers & Engineers : 652 Researchers & Engineers : 652

Administrative Staff 102 人 (14%) Researchers & Engineers 652 人 (86%)

CCL Personnel Profile

Master 491

(75%) Ph.D. 92 (14%)

Bachelor 53

(8%) Others 16 (3 %)

slide-43
SLIDE 43

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

CCL Financial Profile (2004)

Total Number: NTD 2,301 million (~USD 74 Million)

Industry (Services and Contracts) NTD 1077Million ~USD 34.7 Million Government (MOEA Projects) NTD1,224 Million ~USD 39.4 Million

56.3% 43.7 %

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SLIDE 44

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

CCL R&D Focus CCL R&D Focus

Wireless Comm. Broadband Comm.

  • SoMLC：System on

Multi Layer Circuit

  • WCDMA Common IP
  • Re-configurable

Radio Access

  • B3G Radio Access
  • MIMO Technology
  • B3G Interworking
  • NG

Service Enabling Technologies

  • Mobile Multimedia

Comm.Technologies

  • B3G Networking
  • B3G Service Enabling
  • SIP IP Telecom
  • Smart Pervasive Device
  • Human-Machine

interaction

  • E-Learning
  • Internet Security
  • Pervasive

Computing & Sensor Networking

DTV & Video Technologies

  • MHP
  • DTV chipset
  • DAB chipset
  • MPEG-21/IPMP
  • DVB-H
  • FTTx Access

Technology

  • Network Security &

IP-VPN

  • Metro Ethernet

Networking

  • NG-SDH Technology
  • Networked Video
  • IP-based SAN

Intelligent Env.

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SLIDE 45

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

S S-

  • 3C Concept

3C Concept

Solution Solution Software Software

  • mputer
  • nsumer Electronics
  • mmunications

Service Service

CCL Technology Development

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SLIDE 46

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Custom De sign OE M/ ODM T ur n-ke y Syste m Ke y Compone nt Supply T e c hnology T r ansfe r T r aining & Consultanc y

IT RI/ CCL

Spin-off Joint Ve ntur e

MOE A

T e c hnology Ac quisition Str ate gic Allianc e Joint De ve lopme nt Consor tium

Technology Diffusion Model

slide-47
SLIDE 47

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Generic Business Model

Tech Transfer / Joint development / Patent Cross Licensing / Custom Design / OEM / ODM Early License

  • Tech. Transfer

Taiwan Companies Taiwan Companies Distributors/ Customers Distributors/ Customers Government Sponsorshi p Consulting Service Custom Design Testing & Certification Sales/Tender Government Government

International Companies International IP/IC Vendors

Component s

Strategic Alliance Strategic Alliance

  • Joint Spec.
  • Joint R&D
slide-48
SLIDE 48

工業技術研究院

電腦與通訊工業研究所

Industrial Technology Research Institute

Computer & Communication Research Laboratories

Thank you !