WHAT IS ETSI ?. 2 Agenda Environment Organization Members Work Relations Services Standards Innovation

WHAT IS ETSI ?

2

Agenda

Environment

Organization Members Work Relations Services

Standards Innovation

3

Agenda

Environment



4

Talking about a revolution…

Not so long ago…

• Telco considered a utility- Basic services & no competition

• State-owned incumbents

• National/regional players

• Less than 5 regulatory bodies worldwide

• 120 Members in ETSI (3% Asso.)

… Today

• Deconstruction of traditionalvalue chains > value networks

• Liberalization/privatization > New entrants, new businesses& users become clients

• Global markets-global playersWall Street agendas & market caps > many countries’ GDPs

• 120+ regulatory bodies worldwide

• 600 Members in ETSI (20% Asso.)

5

Big Trends in World of Standards

Partnership model and/or merger becoming popular (e.g. 3GPP, OMA, MPLSF, L2F)

A plethora of new fora is slowing but still significant

IPR Policies may be changing with some going “Royalty Free” (W3C)

Traditional bodies are still leader for some topicse.g. long haul optical networks in ITU-T

3GPP has become the “main place” for mobile standards

6

The SDOs jungle...Telecoms view

Traditional bodies

IETF and “friends”

ETSI

TIAITUT1

ATM-F

W3C

OMA

IPv6F

ICANN

TMFIMTC

DSL-F

IPCC

MSF NVIOT

3GPP2

Marketing fora

WiFiA

FTTHC

MPLS-FIETF

3GPP

Interop fora

GCF

Trends - Household Telecoms Spend

“Weekly household expenditure on television and telephony rose from £10.06 to £16.36 from 1999 to 2003, and now makes up 4.0% of total household expenditure.”

The Communications Market 2004 – Ofcom – August 2004

8

Agenda

Environment



9

The mission of ETSI is to develop globally applicable deliverables meeting the needs of the ICT community,

while supporting EU and EFTA regulations and initiatives. In order to achieve its mission

ETSI favours international co-operation.

10

ETSI IS

A not-for-profit association

Independent

Created in 1988

Secretariat located at Sophia Antipolis, France

Global standards

Market driven (users, administrations, manufacturers, operators, service providers, others)

26 Technical bodies (125+ working groups)

Services are Fora hosting, Interoperability testing and PTCC

11

The family tree

CEPT (1959)EC Green Paper

(1987)

MoU January 1988

ETSI, March 88

12

JEECJEEC

User GroupUser Group

SAGESAGE

Special Committees

General AssemblyGeneral Assembly

BoardBoardIMPACTIMPACT

Finance CommitteeFinance Committee

SecretariatSecretariat

Technical Organization

ETSI Technical Committees ETSI Technical Committees

ETSI ProjectsETSI Projects

ETSI Partnership ProjectsETSI Partnership Projects

Director GeneralDeputy Dir Gen

Director GeneralDeputy Dir Gen

OCGOCG

> 3500 active expertsSpecialist Task Force (STF)

OCG-EMTEL

AIG

ETSI Organization

13

ETSI Secretariat

Director-General Deputy Director-General

GDAGDADirectorate

AFAAFAAdministration

and FinanceArea

SPASPAStandardsProduction

Area

ISAISAInformation

and ServicesArea

14

ETSI Secretariat staff

Supports all activities of the Institute Around 100 staff Includes a ‘Mobile Competence Centre’

Fixed Competence Centre andRadio Competence Centre

and a ‘PEX and Testing Competence Centre’ Additional technical experts on a full time

basis in Specialist Task Forces (STF) based at ETSI headquarters at any time, about 30 STFs, 100 experts

15

Technical Organization

Produces and approves technical standards Work programme determined by ETSI members Consists of Technical Bodies (TB)

Technical Committees (TC) ETSI Projects (EP) ETSI Partnership Projects (EPP)

More than 200 groups More than 3500 experts

16

ETSI’s TECHNICAL BODIES 1 (4)

GENERAL MATTERS

• EE Environmental Engineering• EMTEL Emergency Telecommunications *• ESI Electronic Signatures & Infrastructures• HF Human Factors• LI Lawful Interception *• MTS Methods for Testing and Specification• STQ Speech Processing, Transmission and Quality• SEC Security *• SAFETY Safety *• SCP Smart Card Platform• EPP MESA Mobility for Emergency and Safety Applications *

* Of interest to security bodies

17


FIXED NETWORKS

• AT ACCESS & TERMINALS(TO NETWORKS)

• PLT POWERLINE TELECOMMUNICATIONS

• TC32 (ECMA) PRIVATE NETWORKS

• TISPAN VOICE OVER IPSERVICES & PROTOCOLSFOR ADVANCED NETWORKS

• TM TRANSMISSION & MULTIPLEXING

18


MOBILE COMMUNICATIONS

• EPP 3GPP THIRD GENERATIONPARTNERSHIP PROJECT

• MSG MOBILE STANDARDS GROUP

• DECT DIGITAL ENHANCEDCORDLESS TELECOM.

• TETRA TERRESTRIAL TRUNKED RADIO *

• RT RAILWAY TELECOMMUNICATIONS

•* Of interest to security bodies

19


RADIOCOMMUNICATIONS (WITHOUT MOBILE)

• ERM EMC & RADIO SPECTRUM MATTERS

• SES SATELLITE E.S. & SYSTEMS

• JTC BROADCAST (EBU, CENELEC, ETSI)

• BRAN BROADBAND RADIO ACCESS NETWORKS

20

TC EEEnvironmental Engineering

Ch: Maurizio Grossoni- Telecom Italia

CP: Laurent Vreck

EP BRANBroadband Radio Access Networks

Ch: Bernd Friedrichs- Marconi Communications

CP: Bernt Mattsson

TC ERMEMC and Radio Spectrum Matters

Ch: Oliver Wheaton - DTI

CP: Michael Sharpe

IMPACTInternationalMarketing

& Promotional ActivitiesCh: Bernard Vilain – Alcatel S.A.

CP: Margot Dor

Finance CommitteeCh: Heikki Ahava

- NOKIA CorporationSecr: Wil Dekkers

Status: 2004-03-03 Legend: Ch: ChairmanAct Ch: Acting ChairmanInt Ch: Interim ChairmanConv: ConvenorCP: Contact PersonSecr: Secretary

TC HFHuman Factors

Ch: Stephen Furner - BT Group plc

CP: Ted Laverack

JTC BroadcastEBU/CENELEC/ETSI

On BroadcastingCh: Philip Laven - EBU

CP: Michael Sharpe

ECMATC32Standardizing information &

communication systemsCh: Bernard Hammer – Siemens

CP: Christian Julien

TC TISPANCh: Alain Le Roux – France Telecom

CP: Christian Julien

TC SESSatellite Earth Stations & Systems

Ch: Alain Richard- Alcatel S.A.

CP: Marcello Pagnozzi

TC MTSMethods for Testing &

SpecificationCh: Dieter Hogrefe - IITB

CP: Laurent Vreck

TC ESIElectronic Signatures & Infrastructures

Ch: György Endersz - Telia AB

CP: Claire d’Esclercs

User GroupCh: Karine Iffour

- NormapmeCP: Christian Julien

SAGESecurity Algorithms

Group of ExpertsCh: Steve Babbage - Vodafone

CP: Ted Laverack

JEECJoint ETSI/ECMA committee

Ch: Jan van den Beld- ECMA

Secr: Christian Julien

OCGOperational Co-ordination Group

Ch: Alistair Urie- Alcatel S.A.

Secr: Julian Pritchard

EP TETRATerrestrial Trunked RAdio

Ch: Douglas Gray - Motorola Ltd.


EP DECTDigital Enhanced Cordless

TelecommunicationCh: Günter Kleindl - Siemens AG


ETSI ProjectsTechnical Committees

BOARD

General Assembly

Special Committees

EP SCPSmart Card PlatformCh: Klaus Vedder

- Giesecke & Devrient GmbhCP: Andrijana Jurisic

TC ATAccess and TerminalsCh: Nuno Encarnaçao

- OFCOMCP: Ted Laverack

ETSI Partnership Projects

TC MSGMobile Standards Group

Ch: Francois Courau- ALCATEL S.A.

CP: Cesar Gutierrez

EPP 3GPPThird Generation Partnership Project

CP: John Meredith

3GPP-CNCore Network

Ch: Stephen Hayes- Ericsson (T1)

CP: David Boswarthick

EPP MESAPublic Safety Partnership Project


3GPP-SAServices and System

AspectsCh:Niels Andersen- Motorola (ETSI)

CP: Maurice Pope

MESA SCSteering Committee

Ch: John OblakEF Johnson Co.


MESA SSG SAServices and Applications

Ch: Craig M. Jorgensen- APCO Project 25


MESA TSG SYSSystems

Ch: Adrian BoukalovHelsinki University of

TechnologyCP: Marcello Pagnozzi

EP RTRailway Telecommunications

Ch: Robert Sarfati- Union Inter. Chemins de Fer

CP: Cesar Gutierrez

3GPP-TTerminals

Ch: Sang-Keun Park- Samsung (TTA)

CP: Friedhelm Rodermund

3GPP-RANRadio Access Networks

Ch: François Courau- Alcatel S.A. (ETSI)CP: Cesar Gutierrez

3GPP-GERANGSM/EDGE RadioAccess Network

Ch: Neils Andersen- Motorola (ETSI)CP: Paolo Usai

TC TMTransmission and Multiplexing

Ch: Manfred Gindel - Telekom Austria AGCP: Bernt Mattsson

TC LILawful Interception

Ch: Peter van der Arend- KPN N.V.


TC PLTPowerLine TelecommunicationsCh: Richards Victor Dominguez

- DS2CP: Bernt Mattsson

TC SafetyTelecommunications Equipment Safety

Ch: Ian Marshall – Nortel CP: Michael Sharpe

TC STQSpeech processing

Transmission & QualityCh: John Horrocks - DTI


21

ETSI’s MOST IMPORTANT PROJECTS

• UMTS• GSM EVOLUTION• DECT• TETRA• SATELLITE COMMUNICATIONS• DVB• NGN• VOICE OVER IP• HYPER ACCESS, ~ MAN, ~ LAN2• SMART CARD PLATFORM• M-COMMERCE• POWERLINE• CABLECOM

22

Quality Management in ETSI Secretariat

ETSI has been certified to the ISO International Quality Standard since 1994.

In February 2003, the ETSI Secretariat achieved the official extension of its ISO-certificate showing that the quality management system and its application meet the requirements of the new ISO Standard 9001:2000.

ETSI is also member of the European Foundation for Quality Model (EFQM)

23

24

Agenda

Environment



25

Membership by Category

0

100

200

300

400

500

600

700

800

Total Admin Manuf NO SP &Others

Users

Membership (FM+AM+O)

Total Members (FM+AM)

Full Members

Associate Members

(after GA#43, March 2004)

26

Membership by Status

Full Members

74%

Associate

Members

21%

Observers

5%

27

Membership status

Full memberEstablished in geographical area of CEPTCommitted to ETSI Statutes and Rules of Procedure

Associate memberCommitted to ETSI’s work, but not eligible for full

membership (usually for geographical reasons)

ObserverEntitled to be full member, but not wishing to

participate in ETSI’s technical work

CounsellorRepresentative of European Commission or EFTA

Secretariat

28

Agenda

Environment



29

ETSI work ICT, Wireline, Wireless, Mobile, Broadcast VoIP, Security, EMC NGN, NGN@Home, Intelligent Houses Cable TV PLT Radio technologies

Automotive short range radar, Ultra Wide Band, Radio LAN (2,45 + 5 GHz) Short Range Devices (SRD), RFID, TETRA

ITS

Products are : European Standards (EN), ETSI Standards (ES), Technical specifications (TS), Technical Reports (TR) and ETSI Guides (EG)

More than 13.600 deliverables published

Downloadable free of charge from the ETSI Web

30

ETSI Access activities NGN@Home

To standardise the inter-work of all home technologies (incl. radio)

In support of the ETSI Intelligent Homes activity

xDSL Covers the application of all DSL technologies in Europe Covers coexistence with legacy systems and

infrastructures Focus on rational frequency management in the local loop

Cable (Telecom over CATV infrastructures)

Covers the application of Cable technologies in Europe Covers lower (Euro-DOCSIS) and higher layers (Euro-

IPCablecom) Considers the impact of convergence Telecom-Broadcast

PLT/ PLC Covers all aspects of Power Line in Europe Takes special care on EMC issues

31

ETSI deliverables

ETSI Technical Specifications (TS)

ETSI Technical Reports (TR)

Approved by the TC or Project concerned

ETSI Standards (ES)

ETSI Guides (EG)

Approved by the full ETSI membership

European Standards (EN, telecommunications series)

Approved by National Delegations, through the National Standards Organizations (NSOs)

32

ETSI success story – GSM

Conceived as a digital replacement for ageing analogue mobile systems in Europe, GSM has now become a truly global system

The figures speak for themselves:

over one billion GSM users worldwide

over 550 GSM networks in around 200 countries/areas

45+ billion SMS messages per month

GSM accounts for 73% of the World's digital market and 72% of the World's wireless market

no GSM

with GSM

The GSM Footprint

GSM: 500+ networks on air in 175 countries

Total number of subscribers in excess of 1 billion

Regions Networks

On air

Subscribers

Nov.02 (m)

% Worldwide

subscribers

% Members in

ETSI & 3GPP

Arab countries 21 22 2.9 0.5

Asia Pacific 56 226.1 34.9 9.4

Africa 81 16.6 2.4 0.2

East Central

Asia

19 4.1 0.6 0

Europe 128 354.3 54.7 72.2

India 40 5.7 0.7 0.7

North America 41 5.4 0.7 12.6

Russia 32 13.5 2.0 0.8

South America 14 3.5 0.5 0

35

What is NGN for ETSI?

Key characteristics Architecture based on decoupling of services and

networks with multiple layers and planes defined Provides capabilities to make the creation, deployment

and management of all kinds of services possible Has functional entities that may be distributed over the

infrastructure with communication via open interfaces Supports both existing and "NGN aware" End Terminal

Devices

NGN is a concept for defining and deploying networks, which, due to their formal separation into different layers and planes and use of open interfaces, offers service providers and operators a platform which can evolve in a step-by-step manner to create, deploy and manage innovative services

36

NGN Standardization EnvironmentWorldwide Players

Key players 3GPP CTSI ETSI (AT, HF, SEC, SPAN, STQ,

TIPHON, TMN) IETF IMTC ISC ITU-T (SG4, SG9, SG11, SG13,

SG16, Mediacom 2004 Project, SSG IMT2000)

MPLS Forum MSF PARLAY T1 (T1A1, T1E1, T1M1, T1P1, T1S1,

T1X1) TIA (TR41, TR45.2) TMF TTC

Related organizations 3GPP2 ATM-F DSL Forum DVB ECMA ETSI (BRAN, SES) PacketCable SCTE

37

NGN Standardization Environment

“Food chain” of organisations Requirements setting Architecture Protocol definition Interoperability and Profiles Marketing Application to specific systems

ETSI is “playing” at most level but is not the only one involved

ProtocolsRequirementsInter-op +Profiles

Marketing

Architecture

Application to specific systems

38

The ETSI Vision

Mobile/Fixed Convergence, on the “IMS”platform A multi-service multi-protocol, multi-access, IP

based network - secure, reliable and trusted Multi-services: delivered by a common QoS

enabled core network. Multi-access: diverse access networks; fixed and

mobile terminals, (Mobile, xDSL, etc) Not one network, but different networks that

interoperate seamlessly Mobility / Nomadicity of both users and devices “My communications services”

anywhere, any terminal

This leads to a true N G N

39

Agenda

Environment



40

ETSI relations

Two Partnership Projects (3GPP + MESA)

CEPT (frequency allocation)

EU (european Commission observer RSC, COCOM, RSP group etc. Mandates / e-Europe

Global Standards Collaboration TSACC, TIA, ATIS, ARIB, TTC, TTA, ACIF, ITU

ITU (T+R+D), IEC, ISO +JTC1

Fora and Consortia (+70)

CEN and CENELEC

41

ETSI’s Role

ETSI

CEPT

EuropeanCommission

Harmonising National Frequency AllocationsHarmonising NRA activitiesCo-ordinating International Negotiations

Policy positionsLegal certaintyPolitical support

Harmonized Standards and other

standards & specifications

to support legislation &

market development

42

Fora /Consortia

Fora /Consortia

ETSI’s external relations

ITUITU

ITU-TITU-T ITU-RITU-R JTC1JTC1

ISOISO

ETSIETSI

IEC

GSC

RAST• AHCIET• ATM Forum• CITEL• DAVIC• DECT Forum• DVB• EBU• EUROCAE• GSM MoU Association• IEEE• IMTC• TETRA Forum• UMTS Forum• etc.

Internationalbodies

InterregionalCo-operation

43

Structures in standardization

NATIONALBODIES

ISO JTC1

CEN

IEC ITU

CENELEC ETSI

NATIONAL ADMINISTRATIONS

INDUSTRY, USERS ETC.

44

Global Standards Collaboration

Interregional collaboration on selected standardization subjects between

TSACC (Canada)

T1 Committee (USA)

TIA (USA)

ITU(International)

TTC(Japan)

TTA(Korea)

ACIF(Australi

a)

ARIB(Japan)

45

IP development requires global collaboration

GSM Europe

EICTA

IPv6 Forum

ICANN

IETF

ETNO

W3C

ITU

WAP ForumRIPE

ETSI

EURO ISP Association

INRIAIP

UMTS Forum

http://www.etsi.org/agreement/Agreements_MoUs.htm

46

e-Europe co-operation

Area International Regional (Europe)

General ISO CEN

Electrotechnical IEC CENELEC Telecomms ITU ETSI

Close co-operation with standard organisations within Europe and worldwide

For e-Europe CEN (CEN/ISSS) and ETSI both have contracts to support promotion of activities Brochures Articles and press releases Stands, presence at exhibitions etc.

47


3rd Generation Partnership Project

-specifying a W-CDMA system based on an evolution of the GSM core network, a member of the ITU’s IMT-2000 family

Organizational Partners:

ARIB (Japan), CCSA (China), ETSI, TTA (Korea), TTC (Japan), ATIS (USA)

Market Representation Partners:

GSA, GSM Association, UMTS Forum, IPv6 Forum, 3G Americas, TD-SCDMA Forum

http://www. 3gpp.org

48


Mobile Broadband for Emergency and

Safety Applications

Formerly: Public Safety Partnership Project

initiated by ETSI Project TETRA (under the name of DAWS)

and by TIA and the Association of Public-Safety Communications Officials (APCO) under APCO's Project 34.

Organizational Partners:

ETSI, TIA (USA)

Observers:

TSACC (Canada), TTA (Korea)

http://www. projectmesa.org

49

@LIS Project (Alliance for the Information Society)

Co-operation programme between Europe and Latin America

To “promote the Information society and fight against the digital divide throughout Latin America”.

The programme involves 18 countries in Latin America: Argentina, Bolivia, Brazil, Chile, Colombia, Costa Rica, Cuba, El Salvador, Ecuador, Guatemala, Honduras, Mexico, Nicaragua, Panama, Paraguay, Peru, Uruguay and Venezuela.

Five Project Areas have been identified: I - Dialogue on Policy and Regulation II - Dialogue on Standardisation issues III - Stakeholders networksIV - Interconnection of Research networks V - Demonstration projects

50

MatchMaker Programme

“Co-organized with ETSI members of the ex-accession countries, EU countries and business representatives

To further increase the visibility of ETSI world-wide

To promote and support the European telecommunications standards in the CEE and CIS countries.

Round table meetings with telecoms communities.

Main objectiveBring practical information to the Accession Countries' telecom communities about the many changes that will affect the telecom standardization environment when the enlargement process is completed and to give examples of best business practices.

51

GSC-RASTITUISO & IEC

3GPPMESA3GPP2

IETFIEEEOMAGSMAOpen GroupOSA-ParlayOASISEtc (+/- 65)

ECERO/ERCCEN & CLCEICTA etc

CITELAHCIETLAS/AIDMOCCSAStandards AUetc

We don’t do it alone

52

Agenda

Environment



53

PlugtestsInteroperability testing

Created in 1999, specialized in the organization of interoperability events

Cost neutral

Skilled ETSI Staff managing test events

Experts from ETSI and other technical communities

54

Plugtests is a professional ETSI service

Known also as bake-off, plugfests and interop During a Plugtests, engineers come and test

the interoperability of their applications with their competitors”

Plugtests : Provides useful feedback to the standardization

process A unique opportunity to meet partners and

competitors Improves both quality and interoperability of

implementations Helps debugging fast all together

55

ETSI Plugtests

56

Protocol and Testing

Protocol and Testing Competence Centre (PTCC) assists ETSI Technical bodies in application of

state of the art specification and testing techniques

in a pragmatic and flexible manner to help ensure technical quality of ETSI

deliverables

team of 4 leading experts, plus an assistant complements the work of Technical

Committee MTS (Methods for Testing & Specification)

57

Agenda

Environment



58

Basic principles of standardization

Voluntary

Open

Consensus

Public

General purpose for the society

Compatibility (between generations)

59

ETSI's IPR Policy

Goal: to ensure that an ETSI standard cannot be blocked by the

refusal of an IPR holder to grant licences for the use of his Essential IPR

Defines the obligations and rights of Members… …in respect of the identification and notification of IPRs

essential for ETSI standards• IPR statement and licensing declaration forms on web

Defines the obligations of the Institute: Inform users of standards about Essential IPRs, by:

• publishing details in SR 000 314• publishing details in standards wherever possible• publishing details on the web

May be found in Annex 6 of the ETSI Rules of Procedure

60

Why work in standards?

In summary: Create a more favourable environment in which to do business

Save money andavoid wasted R&D

Build credibility with customers

Innovate

Be seen asa leader

Control evolution of market

Understand risks associated with standards

“Open the box”

61

Industry expectations from Standardization ? (1)

Liberalization of the market Bigger markets Openness Minimum of technical regulations Minimum of political interventions As little as possible national influence Biggest possible dissemination Adequate IPR compensation IPR licenses under fair, reasonable & non-

discriminatory terms and conditions

62


International standards for the global market

Standards with market relevance Demands by the market Fulfilling market needs

Direct membership & participation At lowest cost (price)

63


Standards ensure timely provisioning of Global Networking Global interworking

Standards are basis for fair competition

Standards facilitate improved market growth (economy of scale)

64


• Obtain good standards that are :

– Not too detailed, but unambiguous

– Detailed enough in order to allow for multi-vendor operation

– Modular structure preferred

– Clearly defined interfaces

– Technology independence

– Easily and fast adaptable to new technology

– Useable in different networks

65

Openness fueling market growth and innovation

Functionality A (e.g.

terminal)

Functionality B (e.g. server)

Open & Standardized interfaces

Market take-up

Open standards & systems

proprietary systems

Identified benefits includeCost reduction due to increased competitionGreater interoperabilityIncreased customer choiceMore innovationAnd many others

66

Standardization meets industry expectations

Load sharing / Cost saving Creation of a critical mass Bringing economy of scale Close co-operation of competitors Reduction of solutions to a minimum:

preferably ONE! Greater interoperability Increased customer choice A fight against technical barriers to

trade

STANDARDIZATION > INNOVATION

67

COPRAS Cooperation Platform for

Research & Standards

An opportunity to coordinate ICT research and standardization efforts, also in the area of eSafety of road & air transport and ITS

COPRAS will streamline the interface between standardisation & research

Survey projects for standards related output Analyse feedback & select projects to define

Standardisation Action Plans with Install mechanisms & tools for cooperation between

research and standardisation, also across different areas Arrange input from research projects into standardisation

processes and promote new work items resulting from research project’s output

Ensure relevant input from standards bodies to research projects

68

A variety of stakeholders need collaboration between research and standardization

Research projects have a cost-effective way of setting up an

interface with the standards world

Standards bodies can reduce overlap and better organise

flow of relevant material

Standards need to available to the industry and the

general public at an earlier time

Research and standardization aspects of the

eEurope activity need to be linked with further IST

deployment

COPRAS

69

Whereas: Globalisation confronts development research and

education with new challenges, reflected at a later stage in standardization initiatives

ETSI recognizes: The enthusiasm of the research and education looking

towards the future and identifying new work The role of research in developing future ICT standards The need to strategically co-ordinate and integrate

common areas of interest by means of joint projects The importance of expertise sharing

ETSI fosters close collaboration with the research & education communities

70

Standardization & innovation

IN THE AREA OF TELECOMMUNICATIONS

STANDARDIZATION TAKES PLACE - IN MOST CASES –

PRIOR TO OR IN PARALLEL WITH THE DEVELOPMENT …

THAT IS WHY STANDARDIZATION IN THE AREA

OF TELECOMMUNICATIONS LEADS

TOWARDS INNOVATION!

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For more information...

ETSI web site: http://www.etsi.org/ general public information concerning ETSI free standards download promotional aspects

ETSI portal: portal.etsi.org designed primarily for "standards practitioners" easy access to data for each technical body customized information retrieval for each technical

body access to;

• Working documents• ETSI applications and databases

72

Thank you for your attention!

Documents

WHAT IS ETSI ?. 2 Agenda Environment Organization Members Work Relations Services Standards Innovation