1. ETSI technical activities report for ECC November 2016
CEPT/ECC#43 - Prague
Michael Sharpe
© ETSI 2016 All rights reserved

2. Radio Equipment Directive (RED) 2014/53/EU: OJ L153 22 May 2014
Replaces Radio & Telecommunication Terminal Equipment Directive (RTTED) 1999/5/EC, repealed with effect from 13 June 2016
RED applied from 13 June 2016 (+ 1 year for manufacturers to comply)
Covers equipment which intentionally transmits or receives radio waves for communications or radiodetermination, regardless of primary function
Operating up to 3000 GHz (NB: no lower frequency limit)
LVD & EMCD will no longer apply to RED equipment
Many products under the scope of RED: e.g. anything with a GPS, Bluetooth, RFID, RLAN, NFC….
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3. Standardisation request M/536 of 4.8.2015 under 2014/53/EU (RED)
Work programme underway: 216 (originally 176) Work Items for Harmonised Standards
22 Harmonised Standards cited in the OJEU ( )
71 Harmonised Standards published awaiting citation in the OJEU
61 in Public Approval / Resolution of comments
17 Approved by TB – awaiting start of ENAP
5 Scheduled for TB Approval before end December 2016
30 Scheduled for TB Approval January to June 2017
10 July 2017 and after
© ETSI ²
Arithmetic: compared to the original work programme responded to the EC (176 items):
 We have already published 93 (71+22), i.e 53% (93/176)
154 are in the public domain (93+61); 88%
Adding the 17 TB approved, we will have 171 (154+17); 97% once they have been through OPS/DPC

4. Issues relevant for CEPT/ECC#43
Ultra Wide Band
Obstacle Detection Radar (including Heliborne)
2,45 GHz & 5 GHz Wideband Access Systems
Short-Range Devices (& “GSM-R Extension bands”)
Including equipment operating below 9 kHz
Intelligent Transport Systems
Including eTachograph
Antenna performance of terminals
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5. UWB Harmonised Standards
REN/ERM-TGUWB-128 EN
2.1.1
SRD equipment using Ultra Wide Band technology (UWB)
Draft Review after PE
REN/ERM-TGUWB-139
HEN for UWB Location Tracking
REN/ERM-TGUWB-130
HEN for UWB for ground based vehicular applications
DEN/ERM-TGUWB-132
1.1.1
UWB Material Sensing devices
DEN/ERM-TGUWB-142
0.0.6
UWB onboard aircraft
TB approval
REN/ERM-TGUWB-138
Ground- and Wall- Probing Radar applications (GPR/WPR) imaging systems;
Start of Vote
REN/ERM-TGUWB-131
TLPR update
REN/ERM-TGUWB-136
Level Probing Radar in 6-8,5 GHz; 24,05-26,5 GHz; GHz; GHz
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6. Ultra Wide Band
Studies underway in SE24 (SE24_58) based in ETSI SRDoc TR for UWB vehicular access systems.
SRDoc TR under development to address medical UWB
SRDoc TR under development to address amended mitigation techniques for UWB sensors
Technical report TR on World-wide regulation for UWB published August 2016
Follows from part 1 ( ): UWB signal characteristics and overview CEPT/ECC and EC regulation
Part 2: ( ): UWB mitigation techniques
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7. HS on Short-Range Radar (Road, Rail, Heliborne)
REN/ERM-TGSRR-69 EN
2.0.1
Ground based vehicular radar in 76 to 77 GHz
Draft receipt by ETSI Secretariat
REN/ERM-TGSRR-72
HEN for fixed TTT radar in 76 to 77GHz
DEN/ERM-TGSRR-73
1.0.1
HEN for 76 GHz road/railway radar equipment
TB approval after review of AP comments
REN/ERM-TGSRR-76
2.0.2
Harmonized EN for 77 to 81 GHz Automotive Radar Equipment
REN/ERM-TGSRR-78
1.0.0
24 GHz Anti-collision radar
TB approval
REN/ERM-TGSRR-77
2.1.1
vehicular radar operating in 24 GHz NB range
Start of Vote
DEN/ERM-TGSRR-71
EN for 76 GHz to 79 GHz Heliborne Obstacle Detection Radar
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8. 5,8 GHz: Wideband Transmission Systems
Review of EN for RED underway in TC BRAN
WiFi and LTE-LAA with a common sharing mechanism
Receiver blocking included in latest draft
“Two-stage” receiver improvements expected (as EN in 2,45 GHz)
ENAP forecast January 2017
Sharing techniques under study in extension bands:
TR (with EESS in to MHz)
TR (with radiolocation in to MHz and to MHz)
TR (with Road Tolling and Intelligent Transport systems in to MHz band)
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9. 2,45 GHz Wireless Access Systems
EN v (2,45 GHz) completed first stage of ENAP on 6 June 2016.
Improved test methods and receiver performance e.g. to take account of MFCN deployment in 2,3 – 2,4 GHz
“Two-stage” approach employed
Enhanced receiver requirements under study for the following version
Modifications to allow Wireless Industrial Applications (WIA) to meet the regulatory requirements for the use of this band
On National Vote stage of ENAP until 14 November 2016
Concerns expressed by some parties over reverse compatibility with legacy medical equipment
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10. Implanted medical equipment operating in 2,45 GHz
New implants already implement “polite” protocols
After June – new programmers will need to include a mode to continue to communicate with existing implanted devices
Medical devices’ backward compatibility which existed in v1.8.1 and is no longer permitted in the version of EN currently on NV
EN being developed in ERM TG30
Expected to be needed for five years
ETSI will contact the RED Desk Officer to receive feedback from the EC on implemented legacy mode for new programmers to interact with old pacemaker
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11. Non-specific Short-Range Devices
EN (multi-part)
Separate parts mapped to developing update of EC Decision on SRD
Part 2 v Includes Rx requirements (“2-stage approach”: Cat 3 Rx to be removed in part 2 of v3.2.1 by the end of 2018)
EC Desk Officer requests the addition of a Note; ETSI to clarify with EC
Completed ENAP on 1 August 2016, comments resolved where necessary, approved for National Vote (NV)
EN (Social Alarms, complementary to EN ) approved for NV after resolution of ENAP comments
PoC: Presumption of Conformity
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12. Rail equipment
ETSI TC RT (Railway Telecommunications) formed WG Next Generation Radio for Rail (NG2R) in July 2015
TR : SRDoc; GSM-R Networks Evolution under development (ETSI internal enquiry foreseen November 2016), requesting ECC to:
harmonise the MHz UL / MHz DL band for railway purposes.
allow the use of other radio technologies than GSM in this band.
undertake the necessary coexistence studies.
Other ETSI published SRDocs addressing “GSM-R extension bands”:
TR ( ): Additional spectrum requirements for UHF RFID, non-specific SRDs and specific SRDs
TR ( ): wideband SRDs with advanced spectrum sharing capability
WI of TR :
Continued use of currently allocated frequency bands (873 MHz to 880 MHz & 918 MHz to 925 MHz) (see also TR ( ))
* Harmonised band 876 to 880; 921 to 925 MHz ECC Dec (04)06
* National optional “GSM-R Extension bands” 873 to 876, 918 to 921 MHz
Use of dedicated land-mobile spectrum in 400 MHz or 700 MHz bands
Developing sharing options with the PPDR community or other like-minded service providers
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13. Non-specific Short-Range Devices
EN : Comments resolved & TB approved; awaiting NV
Incorporates old EN (13,56 MHz NFC)
EN will not provide PoC after June 2017
EN : Comments resolved & TB approved; awaiting NV
EN (SRDs operating between 40 to 246 GHz)
Receiver requirements under development
PoC: Presumption of Conformity
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14. Other Short-Range Devices
Low Throughput Networks:
DTS/ERM-TG (TS ) LTN architecture.
DTS/ERM-TG (TS ) LTN functional blocks, interoperability scenarios and network deployment
DTR/ERM-TG (TR ) LTN Use Cases and System Requirements
Ultra Narrow Band systems
DTR/ERM-551 (TR ): System Reference Document: for Ultra-Narrow-Band systems (865 – 868 MHz; 915 – 921 MHz)
under developmen
Network-Based SRD (EN )
Reworked after EC comments: waiting citation
TR : “Long-range device” as an SRD?? Another overlap with GSM-R??
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15. Other Short-Range Devices Railway systems
EN (Eurobalise): TB Approved – waiting for ENAP
EN (Euroloop): ENAP comments resolved. On NV until 12 December
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16. Equipment operating below 9 kHz
Specific standards
Robotic lawnmowers (EN ) (**)
TB Approved, awaiting start of ENAP
Inductive-loop hearing aids (EN )
ENAP comments (DE, UK) being resolved
TB Approval for NV expected soon
Metal and object detection sensors in the frequency range 1kHz to 148,5kHz (EN )
Non-specific standard (EN ) under consideration
(**) Machinery Directive also applies
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17. M/536: Metal and object detection sensors
Industrial capacitive/inductive sensors discussed in the context of the RED Guide drafting group
ETSI has started work on Harmonised Standard (EN ) on the working assumption that metal and object detection sensors are covered by RED
Covers inductive & capacitive sensors (e.g. wood detection inside plaster walls)
Applications include power tools, security systems (at airports) or for packaging applications
All devices operate by creating emissions into free space
Commission Decision 2006/771/EC footnote (14): “The inductive device category covers …. Typical uses include … cable detection, …, proximity sensors …”
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18. M/536: Non-regulated frequencies (e.g. below 9 kHz)
Duties of manufacturers (as discussed in RSCOM-TCAM#3 (8 October 2015))
Article 7 of the RED requires Member States to allow the putting into service and use of radio equipment if it complies with the Directive. Member States may introduce additional restrictions on certain grounds, including the effective and efficient use of the radio spectrum.
Article 10.2 requires manufacturers to ensure that radio equipment shall be so constructed that it can be operated in at least one Member State when placing it on the market.
As the Radio Spectrum Decision (676/2002/EC) does not provide for Community harmonisation measures below 9 kHz, restrictions in these bands can only be introduced by individual Member States.
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19. Non-regulated frequencies (e.g. below 9 kHz)
ETSI therefore assumes that equipment may be:
placed on the market throughout the Community unless all Member States have introduced National restrictions preventing its use, and
operated in Member States that have not introduced such National restrictions.
ETSI further assumes that:
Harmonised Standards contain requirements in order to enable compliance with essential requirements (article 3) to be presumed
Harmonised Standards do not address restrictions on the use of equipment (article 7) nor the duty of a manufacturer to place on the market equipment which can be used in at least one Member State (article 10.2)
Nevertheless, Harmonised Standards should not be produced for radio equipment that is known to only use frequencies that are forbidden in all MS.
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20. Intelligent Transport Systems EN 302 571 HS under art 3.2
Approved for National Vote phase of ENAP
Comments on technology neutrality resolved
Does not favour the use of any technology
Provided that the technical specifications implementing the essential requirements are respected
Channel access
Different technologies should have equal probability to access a channel.
Algorithm is not known today: investigations needed
Once a solution is developed and agreed upon, it is recommended to implement it in a later revision of EN 302 571
Requirements for equipment operating under spectrum access conditions (ECC Dec (08)01 and 2008/671/EC)
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21. ITS Cooperative Mobility Services Plugtests™
06-10 February 2017 at the CETECOM Test Lab, Milpitas, US
Open to any vendor or organization developing ITS equipment and implementations.
Multi-stack implementations (US-Europe) are especially invited to participate.
Vendors will have the opportunity to run tests in order to assess compliance with the base standards and to demonstrate interoperability of their ITS equipment.
See ETSI Collective Letter CL16_3328
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22. Intelligent Transport Systems Urban Rail & ITS
TR 103 442 V1.2.1, published Sept 2016
Shared use of spectrum between Communication Based Train Control (CBTC) and ITS applications
Rail enjoys priority
Options proposed:
Mitigation techniques (e.g. Detect & Avoid) in ITS
ITS-like access mechanisms in CBTC
Full integration of CBTC in ITS Decentralized Congestion Control (DCC)
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23. Intelligent Transport Systems eTachograph
Development of System Reference Document TR initiated to support implementation of EC Regulation 165/2014
Original rapporteur (EC JRC) no longer available
ERM TG37 seeking solutions
JRC: Joint Research Centre
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24. IMT Cellular equipment: antenna performance
Standardisation Request asks for antenna performance to be considered with particular importance for User Equipment
Under study in 3GPP
Currently too many ‘tbd’ statements
Will be introduced to HS via ETSI TC MSG when stable
Input from Member States strongly encouraged
Discussed in resolution of ENAP comments of EN series
Agreed with Administrations that antenna performance will be included in future version
TC MSG: Mobile Standards Group (ETSI Technical Committee)
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25. Events at ETSI Looking forward: Looking back:
“53 shades of RE-D, Six months to go”, 1 December 2016 – ETSI HQ (after General Assembly)
Looking back:
CEPT-ETSI workshop on PPDR, 29 September 2016,
“Developing the Next Generation Radio for Rail”, 2 to 3 November 2016,
PPDR: Public Protection and Disaster Relief
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26. Summary of major concerns
Need to improve EC/ETSI process for review of Harmonised Standards for citation in the OJEU
Current process requires frequent changes to ENs post adoption, which:
Create delays in citation, with a risk that HS are not cited in time
Create a mis-match between the versions adopted (and transposed into National standards) and versions cited in the OJEU
ETSI requests that EC assess standards during Public Approval, allowing their comments to be taken into account in a timely & transparent manner
Explore the possibility to cite a published HS with a time limit (2 years?) identified in the OJEU to resolve any mis-alignment with the Vademecum.
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27. If standards are not cited in time
Draft standards on ENAP can be used by manufacturers as the basis of a technical file
EG (Guide to selection of technical parameters for Harmonised Standards) can be used by Notified Bodies (art 3.2) if no public draft exists
EG (EMC for Combined Equipment) provides an agreed technical basis, and is being used as the basis for Harmonised Standards under development
Can also be used by enforcement authorities as a technical basis for assessment.
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28. Work programme
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29. Workshop “53 shades of RE-D”
In co-operation with ADCO RED & the RED Compliance Association
“How to place compliant radio equipment on the European market”, see CL 16_3324
1 December 2016 – ETSI HQ (after General Assembly)
Follow-up of previous workshop on 4 November 2015,
Please register early!
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30. Thank you for listening
Extra slides on:
OJ listing presentation
EMC
IMT
Aeronautical
Maritime
Rail, Road & Urban Rail
5,8 GHz Wireless Industrial Applications
Wireless Power Transfer
Broadcast
Radiodeterminaton
Avalanche Beacons
Michael Sharpe
portal.etsi.org
© ETSI All rights reserved

31. Harmonised Standards: Presentation of OJEU listing
CEN, CENELEC & ETSI received a Commission letter (19 October 2015) on publication of OJ lists under NLF Directives:
Listing for 2014/53/EU (not 2014/30/EU) will identify the Essential Requirement addressed by each Harmonised Standard
During transition period, only one line will appear in the OJ per standard, which will also include details of previous versions and the dates of cessation of PoC
Two Notes specific to RTTED will be deleted:
In addition standards published under Directives 2006/95/EC, 2004/108/EC, 90/385/EEC and 93/42/EEC may be used to demonstrate compliance with articles 3.1.a and 3.1.b of Directive 1999/5/EC.
Products are presumed to comply with the Directive when they meet the requirements within the usage conditions for which they are intended.
NLF: New Legislative Framework
PoC: Presumption of Conformity
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32. EMC issues
RED article 3.1b incorporates essential requirements of EMC Directive 2014/30/EU
EMCD does not apply to equipment covered by RED
“Possible Future Standardisation Request” under 2014/30/EU notified 1 October 2015
Adopted by the Committee on Standards over summer 2016 – awaiting formal delivery to ETSI
ETSI continuing to work under existing EMC mandates pending receipt of the definitive Standardisation Request
HS under RED article 3.1b covered by M/536
EMC: ElectroMagnetic Compatibility
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33. EMC Directive (2014/30/EU) Work Programme
Working assumption: EMC standards for non-radio equipment will not be cited under the RED (*)
EN (Telecommunications Network Equipment) to be proposed under the EMCD only
EN (EMC for radio and ancillary equipment) and EN (Specific conditions for External Power Supply (EPS) for use exclusively with mobile phones) to be proposed under EMCD and RED art 3.1b (TBC**)
May manufacturer supply an EPS as part of a mobile phone package placed on the market under the RED? “Double DoC”?
Awaiting clarification in TCAM
Remaining parts of EN series (specific conditions for other radio services) to be proposed under RED art 3.1b only
(*) in discussion with CENELEC TC 210 & BT WG10
(**) raised in RED Guide drafting group whether a manufacturer may supply an EPS as part of a mobile phone package placed on the market under the RED
© ETSI 2016 All rights reserved

34. EMC Harmonised Standards under 2014/30/EU & RED article 3.1b
Cited under 2004/108/EC:
ETSI EN 300 386 V1.6.1 ( )
ETSI EN 301 489-1 V1.9.2 ( )
ETSI EN 301  V1.4.1 ( )
Working assumption: these provide presumption of comformity to 2014/30/EU (*) without the need for further citation in the OJEU
Standards prepared for 2014/30/EU only
EN 300 386 V published July 2016
Standards prepared for 2014/30/EU and RED article 3.1b
ETSI EN 301 489-1 V completed ENAP 5 July 2016; revised version approved; awaiting National Vote
EN V completed ENAP on 11 August 2016; comments resolved; held awaiting EC guidance
EC web site: “The next publication of the list of Harmonised Standards (HS) under Directive 2014/30/EU will be published as soon as possible. In the meantime, based on Article 45 of Directive 2014/30/EU, the current published list of HS with the reference to Directive 2004/108/EC is valid and shall be read as a reference to Directive 2014/30/EU.”
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35. EMC for “Combined Equipment” (“smart” or “connected” devices)
Trend towards “connected” electrotechnical devices (e.g. light bulbs, domestic appliances, industrial machines)
Products using radiocomms or radiodetermination) covered by RED; LVD & EMCD do not apply
Working Assumption: RED also applies if the radio frequencies used are in ISM bands (e.g. Short-range devices, Radio LAN, Wireless Power Transfer)
Different EMC requirements need to be reconciled (different frequency ranges, limits & exclusion bands, different performance criteria & test set-ups)
ETSI Guide EG : published June 2016
ISM: Industrial, Scientific & Medical – frequency bands identified in ITU Radio Regulations
LAN: Local Area Network
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36. EMC for “Combined Equipment” (“smart” or “connected” devices)
Dedicated HS (EN , domestic environment)
Draft has been made available to CENELEC TC 210 (mode 4)
Draft approved, subject to editorial review (participation from TC210 & IEC/CISPR officials), awaiting ENAP
In the interests of time, CENELEC TC 210 members are encouraged to comment via the ENAP process through NSOs
TC 210 Chairman (also the chair of BSI GEL 210/11) and the ETSI WG-EMC Chairman (also the chair of BSI TCT/ERM/EM) are working together to ensure all comments are heard
EN (industrial environment) under development
Harmonised Standards incorporate technical principles of EG
Other Harmonised Standards may be required
HS: Harmonised Standardss
CISPR: Comité International Spécial des Perturbations Radioélectriques
ENAP: European Standard ‘EN) Approval Procedure
NSO: National Standards Organisation
BSI: British Standards Institute
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37. Co-operation with CISPR/CENELEC on EMC
ETSI takes part regularly in CENELEC TC 210
Close co-ordination on European Common Modifications
Small group on “annex ZZ” to avoid gaps/overlaps between CENELEC & ETSI EMC standards
CISPR/CENELEC/ETSI meeting planned to co-ordinate work on Wireless Power Transfer (CISPR 11 (EN 55011) and EN (Radiocommunications used in Wireless Power Transfer))
ETSI is an active member of the CEN-CENELEC BT WG10 on the impact of the RED
Joint meeting CISPR I/ETSI ERM WG EMC
Many industrial members active in both CENELEC and ETSI
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38. IMT Cellular equipment
ETSI EN
Details
Status
Next Stage
Status of OJ Citation EN
General Part
Published on ETSI level
Citation in OJ
Awaiting evaluation EN
UTRA UE EN
UTRA BS
Awaiting citation Comments received EN
UTRA Repeaters
Awaiting citation
Comments received EN
CDMA2000 Repeaters
Cited in OJ EN
E-UTRA UE EN
E-UTRA BS EN
E-UTRA Repeaters EN
MSR BS EN
WiMAX TDD UE EN
WiMAX TDD BS EN
WiMAX FDD UE EN
WiMAX FDD BS
Comments from EC
Use restrictions: HS also to ensure that a manufacturer can meet article 10(2) (to ensure that equipment can be taken into service in at least one Member State)
(Informative) Note added in Scope: “Radio equipment in band XXXII is only allowed to operate between MHz and MHz ”
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39. Avionics equipment Interface with EASA regulation
ETSI took part in the ad-hoc group to clarify the interface between the RED and the EASA Regulation
New EASA Regulation under development
Pending final conclusion ETSI operates under a working assumption that:
Radar for helicopters flying in confined spaces and wing-tip radar for aircraft taxiing on the ground will be covered by the RED.
“Small” UAV are covered by Machinery Directive 2006/42/EC and RED, and not EASA
EASA Regulation under review
GSM/LTE on Board will not be covered by EASA as they are not involved in the direct control of the aircraft in flight
ETSI will continue to develop HS for the above
Work item: Manned rotorcraft only (current regulation is only for manned). EASA Reg only covers manned. May need another for unmanned (see ERM#60 doc 15)
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40. Avionics equipment REN/ERM-JTFEA-17 EN 300 676-2 2.1.1
HS for ground-based VHF hand-held, mobile and fixed radio tx, rx and trx for VHF AMS using AM
Citation in the OJ
REN/ERM-TGAERO-34
Harmonised EN for article 3.2 of the RE Directive for VDL Mode 2
Delivery to the EC
REN/ERM-TGAERO-33
Harmonized EN for ground-based VDL Mode 4 equipment
REN/ERM-JTFEA-25
1.2.1
Radiosondes (400,15 MHz to 406 MHz)
Publication
REN/ERM-JTFEA-26
Radiosondes (400,15 MHz to 406 MHz), harmonised standard ( Art 3.2)
REN/ERM-JTFEA-23
Radiosondes (1 668,4 MHz to MHz )
REN/ERM-JTFEA-24
Radiosondes (1 668,4 MHz to MHz ), harmonised standard (Art. 3.2)
REN/ERM-JTFEA-18
HS for ground-based UHF radio tx, rx and trx for UHF AMS using AM
REN/ERM-JTFEA-19
GBAS VDB HS
DEN/ERM-TGAERO-21
0.0.4
Receivers and interrogators for MLAT
Early draft
DEN/ERM-TGAERO-22
0.0.2
Reference and vehicle transmitters for MLAT
REN/ERM-JTFEA-20
X-band sensors for A-SMGCS
DEN/ERM-TGAERO-27
Multi-Static Primary Surveillance Radar (MSPSR)
Start of work
DEN/ERM-TGAERO-42-1
WI adopted
DEN/ERM-TGAERO-42-2
0.2.6
C-Band Meteorological radars
Stable draft
DEN/ERM-TGAERO-42-3
DEN/ERM-TGAERO-30
0.0.7
Secondary Surveillance Radar (SSR)
DEN/ERM-TGAERO-31-1
0.0.1
PSR in L band ( MHz)
DEN/ERM-TGAERO-31-2
0.1.5
PSR in S band ( MHz)
DEN/ERM-TGAERO-31-3
PSR in X band ( MHz)
See ERM#60 doc 15
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41. Maritime equipment REN/ERM-TG26-133 EN 300 065 2.1.1 NAVTEX
RED 3.2, 3.3g
Delivery to the EC
REN/ERM-TG26-530
2.1.2
Citation in the OJ
REN/ERM-TG26-148
Maritime VHF for use on inland waterways
REN/ERM-TG26-136
2.2.0
UHF on-board vessels communications systems and equipment
RED 3.2
Start of EN Approval Procedure
REN/ERM-TG26-137
VHF Class D DSC
REN/ERM-TG26-517
Waiting - see "Remarks"
REN/ERM-TG26-138
Portable VHF marine radio (non-GMDSS)
REN/ERM-TG26-532
TB approval
REN/ERM-TG26-139
Commercially available amateur radio equipment
REN/ERM-TG26-140
VHF Coast stations
REN/ERM-TG26-141
Navigation radar used on inland waterways
TB approval after review of AP comments
REN/ERM-TG26-144
Radar equipment used on non-SOLAS vessels;
Start of Vote
REN/ERM-TG26-145
Active radar target enhancers
Start of work
REN/ERM-TG26-142
Handheld DSC
REN/ERM-TG26-518
REN/ERM-TG26-143
Homing Beacon
REN/ERM-TG C1
REN/ERM-TG26-146
Maritime survival locating devices - AIS
DEN/ERM-TG26-108
0.0.11
Maritime survival locating device - DSC
REN/ERM-TG26-147
CS/VTS/HR Radars
DEN/ERM-TG26-514
0.0.5
Broadband communication radiolink (MBR) for ships and off-shore installations
Stable draft
DEN/ERM-TG26-520
0.0.3
Maritime mobile transmitters and receivers in MF and HF
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42. Wireless Industrial Applications in 5,8 GHz
ERM TG41 continuing work on EN (WIA in 5,8 GHz)
includes mitigation mechanisms to protect incumbent services
ENAP forecast March 2017
TS : WIA system approach to sharing in the 5,725 GHz to 5,875 GHz band, published June 2016
Liaison statement to ITU WP 1A to study WIA requirements based on existing SRDoc (TR )
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43. Wireless Power Transfer
EN – Wireless Power Transfer for Electric Vehicles
TB approved – awaiting ENAP
New work item adopted for System Reference Document to identify spectrum requirements for WPT other than for electric vehicles
Identifies spectrum requirements in support of ITU-R studies
CENELEC to set up a group to co-ordinate work on CISPR 11 & EN (q.v.)
ITU-R WP1A & 1B
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44. M/536: Broadcast Receivers
EMC standards provided by CENELEC (EN 55032, EN 55035)
Co-ordination (mode 4) with CENELEC TC 210 for European Common Modifications to IEC/CISPR standards (e.g. EN 55035)
ETSI EN (TV B’cast Rx) published May 2016
Version with EC modifications published September 2016, awaiting citation in OJEU
EN (Radio B’cast Rx)
Completed second ENAP on 11 October with technical comments (DE, DK, GB) to be resolved
EN (Satellite B’cast Rx Outdoor unit)
Published August 2016, awaiting citation in OJEU
EN (Satellite B’cast Rx Indoor unit)
Cited on in OJEU September 2016
Rx: Receiver
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45. M/536: Satellite Broadcast Receivers
2 parts: indoor unit & outdoor unit
M/536 specifically requests HS for B’cast Rx
No limitation to terrestrial broadcast
Satellite broadcast delivery also uses radio waves
Indoor unit “has to be completed with an accessory (the outdoor unit) to receive radio waves”
Processes off-air signals, and needs to be correctly specified to “make efficient & effective use of the spectrum & avoid harmful interference”
Reported to TCAM & included in ETSI RED work programme
TCAM confirmed that RED applies, EMCD does not
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46. Radiodetermination equipment: Numerous HS under development
Automotive: ERM TG SRR
Maritime: ERM TG26
Meteorological and Aeronautical: ERM JTFEA
GNSS Receivers: TC SES SCN
EN : ENAP expected August 2017
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47. Avalanche beacons EN 300 718 (3 parts) approved for ENAP June 2016
Article 3.3(g) “access to emergency services” enacted by Commission Decision 2001/148/EC of 21 February 2001
Applies to Emergency Detection of Buried People
5th update of SRD Decision designates 456,9 kHz to 457,1 kHz also applies for detection of valuable items
Held from ENAP pending resolution of RED Desk Officer’s comments on structure
Also includes environmental requirements, robustness etc
Small industry – resource limited – need to understand requirements before making more changes
Need a specific meeting with the Desk Officer
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48. Custom-built evaluation kits
Such kits are specifically excluded from EMCD or RED
The precise definition is under study and is expected to be included in the LVD, EMCD & RED Guides
ETSI assumes that Harmonised Standards are not necessary
National regulations may apply to limit the circulation of such equipment
ETSI working assumption
Use of radio spectrum is governed by National frequency plans or the Radio Spectrum Decision
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