1st tetra baltic states conference hotel riga, riga, latvia 20th october 2005 tetra

1st TETRA Baltic States CONFERENCE Riga, Latvia 20th October 2005 1

1st TETRA Baltic States CONFERENCEHotel Riga, Riga, Latvia

20th October 2005

TETRA The Industry Standard from ETSI

Marcello Pagnozzi

TETRA Technical Officer

European Telecommunications Standards Institute

1st TETRA Baltic States CONFERENCE Hotel Riga, Riga, Latvia 20th October 2005

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ETSI is

An independent Europeanstandards organization, active in all areas oftelecommunications includingradio communications,broadcasting and InformationTechnology

A not-for-profit association created in 1988 Situated in Sophia Antipolis, south of France Professional & market driven – 645 Members More than 2000 deliverables published in 2004

12,500+ publications - freely available!


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ETSI's Community

501 Full Members

107 Associate Members

37 Observers

___________________________________________

645 Members from 55 countries from 5 continents

2 Counsellors (EU and EFTA)


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ETSI has international footprint

Membership


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a

2nd TETRA Middle East Conference -Dubai - 18th May 2004

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ETSI Structure

Joint ETSI-ECMACommittee

Operational Co-ordination

Group

BoardES

GeneralAssembly

FC IMPACT

TCs EPs EPPs SAGE JEEC

OCG

USERS

Financecommittee

ETSISecretariat International

Marketing & Promotional Activities

"TechnicalBodies"

SpecialCommittees

TechnicalCommittees

ETSI Projects

ETSIPartnership

Projects

Security Algorithms Group of Experts

User Group

"Technical Organization"


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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)


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ETSI’s most important projects

DECT DVB GSM EVOLUTION HYPER ACCESS, ~ MAN, ~ LAN2 NGN (Next Generation Network) POWERLINE COMMUNICATIONS SATELLITE COMMUNICATIONS SMART CARD PLATFORM TETRA UMTS VOICE OVER IP


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Basic principles of standardization

Voluntary

Open

Consensus

Public

General purpose for the society

Compatibility (between generations)


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Why work in standards? 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 to users includeCost reduction due to increased competitionGreater interoperabilityIncreased choiceMore innovationAnd many others


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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 base A fight against technical barriers to

trade

STANDARDIZATION > INNOVATION


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GSC-RASTITUISO & IEC

3GPPMESA

TETRA MoUIETFIEEEOMAGSMAOpen GroupOSA-ParlayOASISEtc (+/- 65)

ECERO/ERCCEN & CLCEICTA etc

CITELAHCIETLAS/AIDMOCCSAStandards AUetc

The future is build through partnership


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Global Standards Collaboration

Interregional collaboration on selected standardization subjects

ISACC (Canada)

T1 Committee (USA)

TIA (USA)

ITU(International)

TTC(Japan)

TTA(Korea)

ACIF(Australia)

ARIB(Japan)


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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 1 billion GSM users worldwide

500 GSM networks in 175 countries/areas

24+ billion SMS messages per month

GSM accounts for 71% of the World's digital communication market and 68% of the World's wireless market


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no GSM

with GSM

The GSM Footprint


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ETSI success story – TETRA

TETRA IS AN OPEN DIGITAL TRUNKED RADIO STANDARDDEFINED BY ETSI TO MEET THE NEEDS OF THEMOST DEMANDING PROFESSIONAL MOBILE RADIO USERS

TETRA HAS REACHED GREAT ACCEPTANCE IN THE WORLD AND IS WIDELY ESTABLISHED

is one of ETSI’s « best-sellers » not only in Europe


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Close cooperation with TETRA MoU Association in early 2000s resulted in an agreed plan for enhancing TETRA standard

After significant market changes and prioritisation the main deliverables of TETRA Release 2 are: Wideband Data TEDS (TETRA Enhanced Data

Service) AMR Codec and NATO low bit rate codec (STANAG

4591) Air Interface Enhancements, incl. Long range ‘Air-to-

Ground’ Location Information Protocol (LIP) Application

TETRA Release 2


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TETRA Enhanced Data Service (TEDS)

The TEDS standard has been driven by User Requirements

TEDS is a new data service fully integrated with existing TETRA networks

The TEDS standard provides high speed data and multimedia service capabilities

Utilize new technologies

Increase futureproofness of TETRA as the standard for PMR and PAMR worldwide


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The TEDS Standard is completed this year

The TETRA Release 2 programme has taken into account market changes that have taken place after its launch

TC TETRA has positioned itself to be the body engaged in the continuous enhancement of TETRA beyond Release 2

TETRA STANDARD TODAY AND TOMORROW


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Thank you for your attention

Marcello PagnozziTETRA Technical Officer

ETSI

[email protected]+33 492 94 42 88


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ANNEXES

A1- List of Technical committees and Projects

A2 - Industry expectations from standardization

A3 – TETRA Standard meets User needs

A4 - TETRAPOL activity in ETSI


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ANNEX 1 - 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


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ETSI’s Technical Bodies 2 (4)

FIXED NETWORKS

• AT ACCESS & TERMINALS(TO NETWORKS)

• PLT POWERLINE TELECOMMUNICATIONS

• TC32 (ECMA) PRIVATE NETWORKS

• TISPAN VOICE OVER IPSERVICES & PROTOCOLSFOR ADVANCED NETWORKS

• TM TRANSMISSION & MULTIPLEXING


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MOBILE COMMUNICATIONS

• EPP 3GPP THIRD GENERATIONPARTNERSHIP PROJECT

• MSG MOBILE STANDARDS GROUP

• DECT DIGITAL ENHANCEDCORDLESS TELECOM.

• TETRA TERRESTRIAL TRUNKED RADIO

• RT RAILWAY TELECOMMUNICATIONS


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RADIOCOMMUNICATIONS (WITHOUT MOBILE)

• ERM EMC & RADIO SPECTRUM MATTERS

• SES SATELLITE E.S. & SYSTEMS

• JTC BROADCAST (EBU, CENELEC, ETSI)

• BRAN BROADBAND RADIO ACCESS NETWORKS


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@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


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ANNEX 2 - Industry expectations from Standardization ? 1 (4)

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


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Industry expectations from Standardization ? 2 (4)

International standards for the global market

Standards with market relevance Demands by the market Fulfilling market needs

Direct membership & participation At lowest cost (price)


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Industry expectations from Standardization? 3 (4)

Standards ensure timely provisioning of Global Networking Global interworking

Standards are basis for fair competition

Standards facilitate improved market growth (economy of scale)


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Industry expectations from Standardization ? 4 (4)

• 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


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ANNEX 3 - How does TETRA meet the needs? 1 (4)

Better group communications support Direct mode communication between radios Packet data and fast data transfer services Over-the-air programming of radios Frequency economy Fast call set-up time Security features Encryption

ISI

Open interfaces:

DMO AIR IF

PEI


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TETRA Release 2

(User requirements based)An increase in data throughput (up to 10 times)

Additional voice codecsfor enhanced voice qualityand interworking with GSM and UMTS/3G

Air interface enhancements

Range extension for ‘ground to air’, ‘rural telephony’, and possible ‘maritime’ use, etc.

Evolution of TETRA SIMtowards the USIM platform

How does TETRA meet the needs? 2 (4)


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TETRA RELEASE 2TETRA RELEASE 2

TAPSTAPS TEDSTEDS

• TETRA Advanced Packet Service

• An Overlay network

• Based on the E-GPRS technology

• Standardisation drafting completed

• Designed for PAMR market

• TETRA Enhanced Data Service

• Full Compatibility with TETRA V+D

• Allows migration from TETRA V+D

• Standardisation in progress

• 5 technologies proposed initially

• For all TETRA market sectors



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Summary Set of TETRA Release 2 User Requirement

Specifications (URS) (mainly for TEDS)has been created by the TC TETRA and TETRA users

TAPS overlay High Speed Data standardisationhas been completed

The physical layer technology for TEDS(integrated with TETRA V+D solutionhas been selected and work on other areas goes well

Four STF support projects have been identifiedand are in various stages of progress

TEDS integrated HSD standardisationis currently scheduled for completion by the end of 2005



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ANNEX 4 - TETRAPOL activity in ETSI 1 (3)

June 1995: initial discussions on conversion of TETRAPOL

specifications into ETSI deliverables August 1997:

presentation of issues by TETRAPOL to ETSI Board #8 November 1997:

approval of PAS Guidelines at ETSI Board #10 December 1997

TETRAPOL letter to ETSI expressing interest in PAS procedure

March 1998: ETSI GA#30 noted that no explicit PAS application

had been presented by TETRAPOL Forum


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TETRAPOL activity in ETSI 2 (3)

August 1998: receipt of formal TETRAPOL PAS application,

specifications & explanatory report

September 1998: ETSI Board #14 created ad hoc group

to prepare the evaluation report

March 1999: ETSI Board #18 unable to achieve a consensus

and thus the issue was to passed to the ETSI GA


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TETRAPOL activity in ETSI 3 (3)

April 1999: ETSI GA#32 rejected TETRAPOL PAS application (62,5%

against)

ETSI GA#32 agreed that SchengenPolice Co-operation Council (PCC)should identify interworking requirementsbetween TETRAPOL and TETRA systemsdeployed in the market

All parties agreed that ETSI & TETRAPOL Forumwill resolve/standardize any interworking requirementsidentified by the PCC

ETSI is not aware of any interworking requirementsbeing identified by the Schengen PCC.

THEREFORE: NO FURTHER ACTIVITIES PURSUED!

1st tetra baltic states conference hotel riga, riga, latvia 20th october 2005 tetra

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