Broadcast contribution links

In addition to satellite and broadcast radio, ETSI has numerous standards addressing access to telecommunications networks (wired and wireless), TV over IP, fixed radio links, mobile communications and the like.

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Smart Grids

Introduction

Smart Grid Overview

Extract of CEN-CENELEC-ETSI JWG report on standards for smart grids

Europe is committed to the 20-20-20 targets to reduce carbon emissions and to secure the energy supply. Energy efficiency and renewable energy are seen as key to reach this goal. Both measures call for changes in our energy supply system leading to smart grids as key enablers for the required innovation. To promote this transformation the European Commission has taken a number of actions including the mandate M490 on Smart Grid Standardization.

Smart Grid Definition

Extract of EC Task force for Smart Grids EG1 final report

A Smart Grid is an electricity network that can cost efficiently integrate the behaviour and actions of all users connected to it – generators, consumers and those that do both – in order to ensure economically efficient, sustainable power system with low losses and high levels of quality and security of supply and safety.
Though elements of smartness also exist in many parts of existing grids, the difference between a today's grid and a smart grid of the future is mainly the grid's capability to handle more complexity than today in an efficient and effective way.

European Mandate on Smart Grids (M490)

The Standardization Mandate on standards for smart grids is available here.

The objective of this mandate is to develop or update a set of consistent standards within a common European framework that integrates a variety of digital computing and communication technologies and electrical architectures, and associated processes and services, that will achieve interoperability and will enable or facilitate the implementation in Europe of the different high level Smart Grid services and functionalities as defined by the Smart Grid Task Force that will be flexible enough to accommodate future developments.

European Standards for Smart Grids

Standardization of smart grids is not "business as usual". The huge number of stakeholders, the necessary speed, the many international activities and the still changing solutions make it a difficult task for the European Standardization Organizations (ESO).

The three ESOs created a Joint Working Group (JWG), which produced a report that outlines Europe's standardization views in the area of smart grids, taking due account of existing global activities. The report is available here

A summary of the report is available here which outlines the recommendations for smart grid standardization in Europe.

In response to the mandate the Joint Working Group (JWG) has been transformed into the Smart Grid Coordination Group (SM-CG) that will be the focal point for the standards development for M/490.

Our Role & Activities

TC M2M

TC M2M (Machine to Machine) has been named by the ETSI OCG as the lead ETSI TB for the coordination of ETSI's responses to the EC mandate on Smart Grids (M/490).

TC M2M have opened a work item (DTR/M2M-00011 / TR 102 935) to study the impacts of Smart Grids on the M2M platform. It is expected to be published in early 2012.

Other groups have indicated their interest to respond to the mandate M490 on smart grids include:

  • ATTM
  • ERM
  • PLT
  • SCP
  • TISPAN
  • MSG

The ISG OSG (Open Smart Grid Protocol) is also expected to contribute to the work on Smart Grids in ETSI.

Standards

The following is an extract of the list of ETSI standards relative to Smart Grids. It includes some of the standards dedicated to ETSI's Smart Grid activity.

Please use the ETSI Work Programme to find further related standards.

No Question Param for database search. Please fill question param in etsi-database component.


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Radio Microphones

Cordless audio devices are widely used in the entertainment industry - they include such items as professional radio microphones, cordless audio distribution, foldback and talkback systems. They also include low-cost licence-exempt consumer radio microphones, audio systems used by tour guides, and aids for handicapped people.

Devices such as radio microphones are small and highly mobile. Since the professional versions tend to be moved to different parts of the world, they need to meet local regulations, and the best way to achieve this is for them to be specified at a world-wide level.

The Global Standards Collaboration (GSC), of which ETSI is a partner, has studied requirements for radio microphones and cordless audio equipment in standards organizations throughout the world and adopted a report including globally-acceptable specifications for these products. Participating Standards Organizations were requested to transpose these specifications into their own deliverables. ETSI has done this by adapting the existing standards to align them with the decisions of GSC.

Responding to market needs

Another example of ETSI's work in this area concerns cordless audio devices using VHF Band II. A number of devices (e.g. portable music players) have been developed which contain a very low-power FM broadcast transmitter to send music to a user's radio receiver on an unused channel - typically, this would permit a user to play their MP3 player through their car radio. However, current legislation does not allow the operation of such equipment in European countries, but ETSI has been working with CEPT to develop a standard to allow such operation without causing harmful interference to licensed broadcast services. This has now been incorporated into the relevant standard, EN 301 357 (cordless audio devices).

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Radio Spectrum Q&A

This page attempts to answer the questions most frequently received by ETSI regarding radio spectrum matters in Europe.

Q1. What frequency can I use in Europe?

My equipment complies with the Radio & Telecommunications Terminal Equipment (R&TTE) Directive. But what frequency can it use?

A. It depends how and where you want to use it. Various possibilities exist:

  • There is a European Commission Decision under the Radio Spectrum Decision (676/2002/EC) or a specific Directive (e.g. DECTTM, GSM).
  • The European Commission has classified your equipment as Class 1 under the R&TTE Directive.
  • The use of the frequency bands is not formally harmonized.
  • There is a European Commission Decision under the Radio Spectrum Decision (676/2002/EC) or a specific Directive (e.g. DECTTM, GSM). All EU Member States are required to harmonize their spectrum regulations. Provided that you comply, your equipment may be marketed and used without restriction in all Member States.
Frequency BandCommission DecisionETSI Standard(s)Application
Unspecified 2007/131/EC EN 302 065 Ultra wide band (UWB): Consumer electronics Measurement, surveillance and location
1 980 to 2 010 MHz 2 170 to 2 200 MHz 2007/98/EC EN 302 574 Mobile Satellite Service
865 to 868 MHz 2006/804/EC EN 302 208 Radio Frequency Identification (RFID)
Various bands from 20.05 kHz to 5.875 GHz 2006/771/EC EN 300 330
EN 300 440
Short range devices
169.4 MHz to 169.8125 MHz (frequency band previously designated for the ERMES paging system) 2005/928/EC EN 300 422
EN 300 220
Aids for the hearing impaired
Social Alarms
Meter Reading Systems
Tracking and asset tracing
Paging systems
5 150 MHz to 5 350 MHz
5 470 MHz to 5 725 MHz
2007/90/EC
(previously 2005/513/EC)
EN 301 893 Wireless Access Systems including Radio Local Area Networks
24 GHz
Automotive Short Range Radar
(until 30 June 2013)
2005/50/EC EN 302 288 Road-vehicle based radar for collision mitigation and traffic safety applications
79 GHz
Automotive Short Range Radar
2004/545/EC EN 302 264
(under development)
Road-vehicle based radar for collision mitigation and traffic safety applications

Other European Commission Decisions are under development in the Commission's Radio Spectrum Committee (RSCOM).

b) The European Commission has classified your equipment as Class 1 under the R&TTE Directive. EU Member States have decided to harmonize their spectrum regulations.

Class 1 is divided into a number of subclasses, which are listed on the web site of the European Radiocommunications Office (ERO). The subclasses include the following (non-exhaustive). Provided that you comply, your equipment may be marketed and used without restriction. Note that the following table is for guidance only. Certain bands are restricted in the applications that may be used.

Frequency BandSubclass designationETSI Standard(s)Application

20.05 – 59.75 kHz

36 EN 300 330 Inductive applications (42 dBµA/m at 10 m)

59.750 – 60.250 kHz

37 EN 300 330 Inductive applications (42 dBµA/m at 10 m)

60.250 - 67 kHz

38 EN 300 330 Inductive applications (69 dBµA/m at 10 m)

67 - 70 kHz

39 EN 300 330 Inductive applications (42 dBµA/m at 10 m)

70 – 119 kHz

40 EN 300 330 Inductive applications (42 dBµA/m at 10 m)

119 – 127 kHz

41 EN 300 330 Inductive applications (66 dBµA/m at 10 m)

127 – 135 kHz

42 EN 300 330 Inductive applications (42 dBµA/m at 10 m)

6765 - 6795 kHz

44 EN 300 330 Inductive applications (42 dBµA/m at 10 m)

7400 to 8800 kHz

45 EN 300 330 Inductive applications (9 dBµA/m at 10m)

13.553 - 13.567 MHz

24 EN 300 330 Inductive applications (42 dBµA/m at 10 m)

26.995 MHz, 27.045 MHz
27.145 MHz 27.195 MHz

25 EN 300 220 Non-specific short-range devices
(42 dBµA/m @ 10m, 1 mW erp)

40.665 MHz, 40.675 MHz,
40.685 MHz, 40.695 MHz

19 EN 300 220 Non-specific short-range devices (10 mW)

380-385 MHz
390-395 MHz

13 EN 303 035 TETRA (power classes up to 45 dBm (30W))

402 - 405 MHz

47 EN 301 839 Medical Implants (25 µW)

433.050 MHz - 434.790 MHz

20 EN 300 220 Non-specific short-range devices (10 mW)

863 - 865 MHz

48 EN 301 357 Wireless Audio (10 mW)

868.0 MHz - 868.6 MHz

28 EN 300 220 Non-specific short-range devices (25 mW)

868.7 MHz – 869.2 MHz

29 EN 300 220 Non-specific short-range devices (25 mW)

869.2 MHz – 869.25 MHz

35 EN 300 220 Social Alarms (10 mW)

869.25 MHz – 869.3 MHz

33 EN 300 220 Alarms (10 mW)

869.4 MHz – 869.65 MHz

30 EN 300 220 Non-specific short-range devices (25 mW)

868.6 MHz – 868.7 MHz

32
34
EN 300 220
EN 300 220
Alarms (10 mW)
Alarms (25 mW, 869.65 MHz – 869.7 MHz)

869.7 MHz – 870.0 MHz

31 EN 300 220 Non-specific short-range devices (5 mW)

876-880/921-925 MHz

9 EN 301 419-7 GSM-R (Rail) (power classes up to 39 dBm (8W))

880-890/925-935 MHz
890-915/935-960 MHz
 

9 EN 301 419-1
EN 301 419-2
EN 301 419-3
GSM (power classes up to 39 dBm (8W))

1525.0-1544.0 MHz
1555.0-1559.0 MHz

11
16
EN 301 444
EN 301 426
Land Mobile Earth Stations (LMES)
Low data rate LMES

1610-1613.5 MHz
1613.8-1626.5 MHz

14 EN 301 441 Satellite-Personal Communications earth stations

1 626.5 MHz - 1 645.5 MHz

16 EN 301 426 Low data rate LMES

1631.5-1634.5 MHz

11 EN 301 444 Land Mobile Earth Stations (LMES)

1 656.5 MHz - 1 660.5 MHz

11
16
EN 301 444
EN 301 426
Land Mobile Earth Stations (LMES)
Low data rate LMES

1710-1785/1805-1880 MHz

9 EN 301 419-1
EN 301 419-2
EN 301 419-3
GSM (power classes up to 36 dBm (4W))

1880 MHz – 1900 MHz

18 EN 301 406 DECTTM (250 mW)

1 980 - 2 010 MHz
2 170 - 2 200 MHz

15 EN 301 442 Satellite-Personal Communications earth stations

2400 – 2483.5 MHz
 

21
22

26

EN 300 440
EN 300 328

EN 300 440

Non-specific short-range devices (10 mW)
Wideband Data Transmission Systems incl. RLANs (10 mW, 100 mW in the band 2400 – 2454 MHz)
Movement Detection (25 mW, 2446 - 2454 MHz)

2 483.5 - 2 500 MHz

14 EN 301 441 Satellite-Personal Communications earth stations

5725 – 5875 MHz

43 EN 300 440 Non-Specific Short Range Device (25 mW)

10.7-11.7 GHz
12.5-12.75 GHz
14.0-14.25 GHz

12 EN 301 427 Land Mobile Earth Stations

24.15 - 24.175 GHz

27 EN 300 440 Movement Detection (100 mW eirp)

c) The use of the frequency bands is not formally harmonized. You are required to inform the relevant Member State of your intention to market the equipment, and inform the user of national usage restrictions. National Administrations co-operate via CEPT, which may have adopted Decisions or Recommendations which can be used for guidance. However, they may not have been fully implemented in all Member States. You should check with the relevant Administration. A list of CEPT Deliverables and contact points in the CEPT Administrations are available from the European Radiocommunications Office (ERO).

ETSI Technical Report TR 102 137 lists ETSI standards ordered by the frequency band which they use. This is currently under revision.

Information on spectrum availability in different countries can be found using the European Frequency Information System.

Q2. How does frequency harmonization happen?

A. National Administrations co-operate via the European Conference of Post and Telecommunications Administrations (CEPT), and in particular its Electronic Communications Committee (ECC), which is administered by the European Radiocommunications Office (ERO). The ERO publishes Decisions and Recommendations to be followed by National Regulatory Administrations in making their national frequency regulations. Recommendations and Decisions of CEPT are normally not mandatory on Administrations, but they can become so (in European Union Member States) by a Decision of the European Commission.

Work within CEPT may be initiated by

  • any National Administration, or
  • by a request (mandate) from the European Commission, or
  • by a request from ETSI (usually accompanied by a System Reference Document (SRDoc).

ETSI members may take part in the work of the CEPT under the Memorandum of Understanding. ETSI's Technical Committee ERM (in particular, its Radio Matters working group) is responsible for co-ordinating ETSI interaction with CEPT/ECC. ETSI has a Memorandum of Understanding with CEPT, which allows ETSI members to provide direct input to most of the drafting groups (project teams and task groups) of the ECC. ETSI may additionally appoint Reporters who have the role of:

  • Gathering information in these meetings and forward it to ETSI
  • Introducing ETSI documents (e. g. Liaison Statements) if any, in such meetings (on ad-hoc basis).

ETSI appoints a Liaison Officer to speak on behalf of ETSI and to give an indication of the balance of views among ETSI members to the Working Groups. This ETSI Liaison Officer is an official of the Radio Matters working group of ETSI Technical Committee ERM.

Q3. How can ETSI initiate frequency harmonization measures?

A. ETSI makes its request for CEPT/ECC action (usually an allocation of radio spectrum) by a System Reference Document.

A System Reference Document is an ETSI Technical Report which is drafted by the member or ETSI technical committee which is initiating the request for spectrum. As the System Reference Document will ultimately be published as a document reflecting the co-ordinated views of ETSI (not only of the originators) the work item is placed under the work programme of the Radio Matters working group, and is finally approved for publication by ETSI Technical Committee ERM.

The System Reference Document contains:

  • a basic description of the radio application, and a simple technical description. Any ETSI standards which apply, or are being drafted, are indicated;
  • an indication of the spectrum required by the radio application (for example how much bandwidth & power are necessary, if specific frequency bands are preferred, if particular licensing conditions are needed). Almost all radio frequencies are in use by some application, and the System Reference Document should indicate how compatibility with existing services can be ensured;
  • market forecasts. Administrations have the responsibility to ensure that the radio spectrum is used efficiently, with a maximum economic and social benefit. The System Reference Document should give sufficient material of this nature to CEPT Administrations to justify an allocation of spectrum.

Detailed guidance on the drafting of System Reference Documents (EG 201 788) is available for download.

Once drafted, the System Reference Document is submitted to the Radio Matters working group, which will invite comments from other affected ETSI committees (normally over 28 days), and indicate the level of consensus achieved to CEPT.

Where diverging views are reported, the Radio Matters working group will convene a meeting including members of the committees affected to try to find a resolution. Where resolution is not possible, the working group will normally indicate the opposing views to CEPT and request them to take a decision. In particular cases, the matter may be referred to ETSI Technical Committee ERM for a formal vote.

The current status of ETSI System Reference Documents can be found in the work programme of the Radio Matters working group.

Q4. How can pan-European frequencies be designated with legal certainty?

A. Where a Community policy exists which is dependent on radio spectrum use, the European Commission can adopt technical implementing measures with the assistance of its Radio Spectrum Committee (RSCOM). These are based on proposals of the CEPT/ECC, produced under mandate, and take the form of Commission Decisions. These Commission Decisions have legal force in all EU Member States.

RSCOM is composed of Member States, with CEPT, ETSI and the European Parliament as permanent observers. ETSI is represented as an observer on RSCOM by the ETSI Secretariat and the Chairman of the Radio Matters working group.

An overview of the current work of RSCOM is available from the website of the European Commission.

Q5. How are long-term frequency policy matters treated?

A. The European Commission's Radio Spectrum Policy Group (RSPG) assists and advises the Commission on radio spectrum policy issues, on co-ordination of policy approaches and, where appropriate, on harmonized conditions with regard to the availability and efficient use of radio spectrum necessary for the establishment and functioning of the internal market.

The members of the Group are representatives of the Member States and of the Commission. Representatives of the EEA countries, European Union candidate countries, the European Parliament, the European Conference of Postal and Telecommunications Administrations (CEPT) and the European Telecommunications Standardisation Institute (ETSI) attend as observers. ETSI is represented as an observer on the Radio Spectrum Policy Group by the ETSI Secretariat and the Chairman of the Radio Matters working group.

The RSPG produces opinions delivered in response to requests from the European Commission.

The RSPG has adopted opinions in the following areas:

Further information on the activities of the RSPG can be found on the RSPG web site.

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Speech and multimedia Transmission Quality (STQ) Testing

Introduction

Since years, several test campaigns have been designed to measure, analyze and compare speech quality parameters for speech terminal equipment, in narrowband (up to 3.4 kHz) and more recently wideband (up to 7 kHz).

For IP terminals and gateways all conversational aspects, including speech sound quality, echo measurements, double talk performance and the transmission quality in the presence of background noise, are considered.

An important characteristic of these Plugtests™ events or test events is that quality is considered from the user's point of view, including the acoustic interfaces for the speech terminal. As traditional speech communication evolves into innovative services such as multimedia conferencing, and as new means of delivery are introduced (e.g. VoIP), verification of acceptable levels of quality is vital. The distinctive Plugtests™ approach implies specific environments and processes; through a special analysis of test logs and diagnosis of the equipment behaviour, it also generates information that is useful for system optimization. The approach significantly reduces the time needed for manufacturers to develop and test their products, thus both speeding up their availability and improving their quality. Each participating manufacturer receives all his individual results, including detailed information about potential improvements, and is able to compare these results with those of all the other participants which are published in an anonymous test report at the end of the event.

For the test events implemented for multiplay services, the most of the tests are done without the acoustical interface for speech quality and without the audio/video terminal for IPTV. However these tests are done using actual offerings from ISPs.

Our Role & Activities

Our role is both to define the test methodologies and the relevant test set-ups to be implemented for the test events.

The standards produced by TC STQ are implemented for these plugtests/ events, giving first the opportunity to manufacturers not equipped for these kinds of innovative test equipments to become acquainted with, and trained in, these new processes and new standards.

The results of the tests provide, through anonymous reports, a feedback on the real performance of equipments or services. This may consolidate the requirements available in the standards or may provide change requests for revised versions of the standards.
It should also be needed in some cases to integrate quality tests with interoperability events, because from the user's point of view the expectation is to have not only interoperable services but also offering a good QoS/QoE. 

Several documents from STQ are available:

For Plugtests / Speech Quality Test Events

TR 102 648-Series: Test methodologies for ETSI test events and results
Part 1: VoIP Speech Quality Testing
Parts 2, 3,…: ETSI Plugtests Speech Quality Test Event Reports

For Plugtests/events for multiplay services

TR 102 716 Series: Guidelines, objectives and results of speech quality analysis in the context of interworking plugtests for multiplay services
Part 1: Guidelines and objectives
Part 2: Results
For IPTV Quality testing a TR should also be available soon.

Standards

The following is a list of recently published and frequently downloaded standards. Please use the ETSI Work Programme to find further related standards.

For Speech Terminals  (VoIP and Wireless)

ETSI ES 202 740: Speech and multimedia Transmission Quality (STQ);Transmission requirements for wideband VoIP loudspeaking and handsfree terminals from a QoS perspective as perceived by the user

ETSI ES 202 739: Speech and multimediaTransmission Quality (STQ);Transmission requirements for wideband VoIP terminals (handset and headset) from a QoS perspective as perceived by the user

ETSI ES 202 738: Speech and multimedia Transmission Quality (STQ);Transmission requirements for narrowband VoIP loudspeaking and handsfree terminals from a QoS perspective as perceived by the user

ETSI ES 202 737: Speech and multimedia Transmission Quality (STQ);Transmission requirements for narrowband VoIP terminals (handset and headset) from a QoS perspective as perceived by the user

ETSI TS 103 740: Speech and multimedia Transmission Quality (STQ);Transmission requirements for wideband wireless loudspeaking and handsfree terminals from a QoS perspective as perceived by the user

ETSI TS 103 739: Speech and multimediaTransmission Quality (STQ);Transmission requirements for wideband wireless terminals (handset and headset) from a QoS perspective as perceived by the user

ETSI TS 103 738: Speech and multimedia Transmission Quality (STQ);Transmission requirements for narrowband wireless loudspeaking and handsfree terminals from a QoS perspective as perceived by the user

ETSI TS 103 737: Speech and multimedia Transmission Quality (STQ);Transmission requirements for narrowband wireless terminals (handset and headset) from a QoS perspective as perceived by the user

For QoS and network  performance  metrics and measurement methods

ES 202 765-2 QoS and network  performance  metrics and measurement methods; part 2: Transmission Quality Indicator combining Voice Quality Metrics

ES 202 765-4 QoS and network  performance  metrics and measurement methods; part 4 : Indicators for supervision of multiplay services

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