Standardization Strategy for FMBC Realization for FMBC Realization - - PowerPoint PPT Presentation
Standardization Strategy for FMBC Realization for FMBC Realization Standardization activity for Telecom Operators FMBC with ultra 3G in NEW ERA Standardization areas for FMBC Summary Summary 2009.9.8 Hi Hiroshi TANAKA
Standardization activity for Telecom Operators FMBC with “ultra 3G” in NEW ERA Standardization areas for FMBC Summary Summary
2009.9.8 Hi hi TANAKA Hiroshi TANAKA Emerging Technologies and Spectrum Division KDDI Corporation KDDI Corporation
The main objectives of Standardization in telecommunication field has b
“Interconnectivity and Interoperability”
been “Interconnectivity and Interoperability”. In addition to this, currently main objectives are;
(i) To reduce the cost of network equipments through their market (i) To reduce the cost of network equipments through their market
expansion based on globally agreed technical specifications,
(ii) To increase IPR royalty fee or better positioning in cross- (ii) To increase IPR royalty fee or better positioning in cross-
licensing in the competitive market.
from telecom operators’ point of view, (i) is important.; ■ Its adopted systems/technologies are widely spread in the market
■ Its adopted systems/technologies are widely spread in the market through standardization cost-effective ■ Adoption of systems/technologies in advance of standardization has a risk to be isolated from the market
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not cost-effective
The other issues STANDARDIZATION makes sense to us are ■ Migration of Systems and Services
to assure smooth migration from existing system by to assure smooth migration from existing system by incorporating in the relevant standards the necessary interworking interfaces with existing networks
To input its own IPR into standard is not so important as vendor companies. Adherence to its own IPR could p have a risk of isolation from the worldwide market 2
Enhancement of the 3G network to offer attractive services and applications seamlessly over the packet-based core network with a variety of access systems which complement each other variety of access systems which complement each other. IMS Applications
3GPP ITU T SG9 SG13
IMS, Applications
Services and applications N di
Collaboration between Communication and Broadcast
ITU-T SG9, SG13 OMA Download channel Digital broadcast New radio interface Wireline xDSL
Packet-based Core net ork
Access systems
WiFi xDSL
Core network
IMT-2000 Cellular 2nd generation 3GPP,
WiMAX Forum
Access systems
Other 3GPP, 3GPP2 IrDA Other entities Short range connectivity
KDDI applications
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KDDI applications based on Rec. ITU-R M.1645
M bil Wi l B d ti N t k IP I f T h Mobile-Wireless-Broadcasting Network - IP
F
OMA WiMAX IETF OIF W3C IｒDA
3GPP2/3GPP IEEE 802.16/21 Home Plug FLO Forum NFC Forum ISO/IEC JTC1 ITU-R ITU-T
Dej
JTC1
ure
KDDI Group KDDI Group
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・NGN Interconnection : ITU-T NGN-GSI NGN Interconnection : ITU T NGN GSI ・Common IMS : 3GPP
・IMT-Advanced : ITU-R SG5 WP5D ・Evolved IMT-2000 : 3GPP/3GPP2 ・Mobile WiMAX : IEEE802 16/WiMAX Forum
・Mobile WiMAX : IEEE802.16/WiMAX Forum
・IPTV : ITU-T IPTV-GSI
roadcast
IPTV : ITU T IPTV GSI ・Home Network : ITU-T SG9 ・Video Technology : ISO/IEC JTC1 SC29/WG11 (MPEG) M lti di B d ti FLO F
roadcast
・Multi-media Broadcasting : FLO Forum ・Mobile Multicast : GPP(MBMS*), 3GPP2(BCMCS) *Multimedia Broadcast and Multicast Service
Multimedia Broadcast and Multicast Service
・FMC Seamless Mobility : OMA/3GPP 5 ・Giga IR : IrDA
shown later
※ CDMA 2000 specific feature 〔EV-DO Unicast〕
〔BCMCS〕
※ CDMA-2000 specific feature Timeslot : user = 1 : 1
Timeslot : user = 1 : N
A B C D A B C D ・・・・・・ time ① ② ・・・・・・ ti time
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IMS KDDI Integrated Core Network
だいじょう ぶ ^^v
IMS FTTH g
When riding on a bus, TV phone for Rx At home, video via TV After getting off the bus, Regular phone conversation p text message for Tx （Asymmetric service） voice via cell phone （mixed-media service） via cell phone
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“A session is kept while changing services and devices.”
High High-
speed bulk bulk file file transfer transfer between between mobile mobile phone phone and and digital digital appliances appliances and and digital digital appliances appliances
250 times faster than conventional IrDA interfaces.
A li ti i
Transferring music file of 20 to 30 songs (100MByte) within a second
T f ti f 100 MB t d t
Mobile Phone
Application image Transfer time of 100 MByte data
DVD Recorder TV Proposed DVD Recorder
Mobile Phone
technology (1Gbit/s) IrDA (4Mbit/ )
0.8 sec 3min20sec
PC Printer
Mobile Phone
High-speed and short range wireless data transmission
(4Mbit/s) Bluetooth2.0+EDR (3Mbit/s)
3min20sec 4min27sec
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wireless data transmission
Focus & Selection based on ・service deployment policy ・market principle
KDDI, by setting “mobile & IP” as a core competence of the KDDI, by setting mobile & IP as a core competence of the business and responding to the customers’ further reliance and satisfaction, aims to become a “Ubiquitous Solution Company”.
“Ubiquitous Solution Company”.
9 www.kddi.com