introduction to millimetre wave … of... · introduction to millimetre wave transmission industry...

INTRODUCTION TO MILLIMETRE WAVE TRANSMISSION INDUSTRY SPECIFICATION GROUP

mWT ISG Presented by xxx for xxx

copy ETSI 2014 All rights reserved

Content

Millimetre Wave (mmW) Background

Spectrum amp Industry

ISG mWT Creation and Main Milestones

ToR of Millimetre Wave Transmission (mWT) ISG

Overview of Work Program

Work Items

Meetings Schedule

Content






Work Items

Meetings Schedule

mmW Spectrum

the new frontier of backhauling

FDD

100 10

20

30

40 50

60

70

80

90

6

11

13

15

18

23

26 38

71 ndash 86 GHz 78

42 GHz 50 55 57 ndash 66 GHz 28 32 92 ndash 95 GHz

110

bull ISG mWT adopts the definition of Millimetre Wave as the spectrum above 50 GHz

bull Millimetre Wave as the best choice for LTE now and future 5G frontbackhauling

bull One order of magnitude of more spectrum available compared to traditional case

bull Larger bandwidth available providing fiber-like capacity (2G 4G 10G 100G)

bull Fast Delivery due to sub-band free and high frequency reuse

bull Lower TCO lower spectrum license costs lower cost per bit

Millimetre Wave

(50GHz~300GHz)

Traditional Bands

(6~42GHz)

[ ITU-R Frequency Channel Arrangements]

mmW Spectrum

High frequency standardization (1)

6L6U

100 10

20

30

40 50

60

70

80

90

11

13

15

18

23

26 38

78

40 - 43 52 55 57 - 64

(TDD)

28 32

200 110

120

130

140 150

160

170

180

190 300 210

220

230

240 250

260

270

280

290

1918GHz - 275GHz 92 GHz ndash 134 GHz 141 GHz ndash 1748 GHz 71 ndash 86 GHz

2012 ITU-R F5B313 in the

71-76 and 81-86 GHz was

adopted

2012 ITU-R F5B307 about

92-95 GHz was adopted 2011 ITU-R F2107 covering

up to 134 GHz was approved

Trend of the use of higher frequency bands by fixed radio transmission

2015 Ongoing questionnaire for

the revision of the ECC Report

173 on spectrum requirements

mmW Spectrum


Channel spacing trend for fixed radio transmission systems

Prior to 2002 the maximum channel spacing was 220 MHz in 18 GHz

2012 the allocated channel spacing is about 5GHz in the 71-7681-86 GHz

enabling multi-gigabit data transmission per channel per link

Very large spectrum 10GHz 19 x 250 MHz wide channels

E-Band

57 58 59 60 61 62

GERMANY

UK

FRANCE

SPAIN

CHINA

ITALY

USA

BELGIUM

SWITZERLAND

CANADA

AUSTRALIA

63 64 65 66

PORTUGAL

IRELAND

BRAZIL

CZECH

AUSTRIA

POLAND

UNDER DISCUSSION

UNDER DISCUSSION

V-band

55 56 57 58 59 60 61 62 63 64 65 66 67

557

8

15

14

13

12

11

10

9

8

7

6

5

4

ITU 1497

CEPT 12-12

ITU 1497

CEPT 12-09 CEPT 05-02

EESS

593

RAstron

CEPT HDFS Defence Systems ITS Band CEPT HDFS

Not available for Fixed Links

Fixed Systems (besides other assignements)

FCC Un-Licensed Band

Existing Arrangements (ITU amp CEPT)

Radio Regulations

CEPT Rep 25 (European Table of Freq Allocation amp Utilization)

FCC

Freq (GHz)

Oxig

en

Ab

so

rpt

(d

Bk

m)

Licensing Status for V-band

Unlicensed Licensed amp coordinated Licensed but not coordinated Light licensing

Very fragmented and not uniform licensingcoordination approach

Range of regulatory

approaches

No regulation

Light regulation

Self-coordination uncoordinated

Full regulation

Coordinated

Licensing Status for E-band

country now Open in 2015 country now Open in 2015Australia Yes Norway Yes

Austria Yes Oman Yes

Bahrain Yes Pakistan No probablyBulgaria No No Papua New Guinea Yes

Canada No probably Poland Yes

Chile Yes Portugal No possibly

Czech Republic Yes Puerto Rico Yes

Finland No possibly Russia Yes

France Yes Saudi Arabia YesGermany Yes Slovakia Yes

India No possibly Slovenia Yes

Ireland Yes Spain Yes

Italy Yes Sweden No probably

Latvia Yes Switzerland Yes

Lithuania No possibly UAE Yes

Malta Yes UK Yes

Mexico No possibly USA YesNetherlands Yes Vietnam No possibly

To be decided in 1-2 years

UK Czech Rep

Established policy small or no fees

Ireland Switzerland UK hellip

Recent decisions substantial fees

Measurements results and possibilitieshellip

Long term field measurements in E-band

D-band (141-1485 GHz) possibilities

Big investments necessary to deploy new

features new frequency bands

Products ranging from

Enterprise level to Carrier-class

Still high costs from lack of key components

Timid and unclear strategy for mmW deployment still in

evaluation of the technology and small volume deployment

lack of confidence

mmW spectrum not regulated yet with very different

licensing approaches (even in countries with strong

microwave tradition)

Telecom Operator

National Regulator

Key Component Vendor

Main Equipment Vendor

Basic Gaps

mWT ISG to address the whole

industry

National Regulators

Standards Organizations

Telecom Operators

Product vendors

Key component vendors

mmW Transmission industryhellip

still in its early phase

Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014

ISG mWT first plenary meeting

in Sophia Antipolis

Establishment of the new ETSI Industry

Specification Group (ISG) on millimetre

Wave Transmission (mWT)

Launch of the mWT forum

Layer123 in Dusseldorf

by founding members

Early discussions founding

members preliminary agreements

Founding members (ALU Ericsson

Huawei NEC Vodafone EE

Andrew Commscope Infineon DT)

ETSI mWT ISG Main Milestones

Content






Work Items

Meetings Schedule

The mWT ISG aims to facilitate the use of the V-band (57-66

GHz) the E-band (71-76 amp 81-86 GHz) and in the future higher

frequency bands (from 50 GHz up to 300 GHz) for large volume

applications in the back-hauling and front-hauling to support

mobile network implementation wireless local loop and any other

service benefitting from high speed wireless transmission

Motivation of ETSI mWT ISG

mWT intends to address the whole industry value chain with emphasis on

bull Current and future regulations and licensing schemes for the use of

suitable spectrum in different countries

bull Putting in communication the whole industry chain to share and circulate

public information regarding the applications in field in order to favor faster and

more effective decisions on investments needed to provide new technologies

features and equipment

bull Influencing standards for the deployment of the products

bull Enhancing the confidence of all stakeholders and the general public in the

use of millimetre wave technologies

ToR of the mWT ISG (1)

The purpose of the ISG mWT is to provide a platform and opportunity for

companies organizations and any other stakeholder involved in the microwave

and millimetre wave industry chain to exchange technical information as follows

bull Sharing pure technical information (ie on trials aimed at propagation channel

model verification interference simulation) in order to prepare White Papers

and Presentations to increase the level of confidence by the operators

worldwide in the use of millimeter-waves and

bull Making it possible for all stakeholders involved in the industry to obtain the

latest technical information including latest research results promoting

cooperation and technical progress but always avoiding commercial issues and

always under compliance with the relevant competition laws

The ISG mWT aims to be a worldwide initiative with global reach


Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom

The mWT ISG was proposed by the following founding members

Founding members of the mWT ISG


List of membersparticipants as of 20-01-15

Members

Organisation Name URL

Alcatel-Lucent (FR) wwwalcatel-lucentfr

Andrew AG (CH) httpwwwcommscopecom

BROADCOM CORPORATION (US) wwwbroadcomcom

Ceragon Networks AS (NO) wwwceragoncom

Deutsche Telekom AG (DE) wwwtelekomde

DOCOMO Communications Laboritories Europe

GbmH (DE) wwwdocomolab-eurocom

E-Blink sa (FR) wwwe-blinkcom

Ericsson LM (SE) wwwericssoncom

FBConsulting SARL (LU) wwwfbconsultinglu

Huawei Technologies (SE) wwwhuaweicom

Huawei Technologies Co Ltd (GB) wwwhuaweicom

HUBER+SUHNER AG (CH) wwwhubersuhnercom

INFINEON TECHNOLOGIES (DE) wwwinfineoncom

Intel Mobile Communications (DE) wwwintelcom

InterDigital Communications (US) wwwinterdigitalcom

NEC Corporation (JP) wwwnec-globalcom

NEC Europe LTD (GB) wwwukneccom

Nokia Solutions and Networks Gmbh amp Co KG (DE) wwwnsncom

SIAE Microelettronica SpA (IT) httpswwwsiaemiccom

Siklu Communication Ltd (IL) wwwsiklucom

STMicroelectronics wwwstmicroelectronicscom

VODAFONE Group Plc (GB) wwwvodafonecom

Participants


EE Limited (GB) wwweecouk

Filtronic Broadband Ltd (GB) wwwfiltroniccom

Plasma Antennas Ltd (GB) wwwplasmaantennascom

Content






Work Items

Meetings Schedule

Title of Work Item Scope of Work Item (WI) Due date

1

Maturity and field

proven experience of

millimetre wave

transmission

The purpose of this WI is to produce an informative white paper to enhance

operator and regulator confidence in millimetre wave transmission (mWT) Overview

of (traditional) propagation and availability models for mWT and their status Share

measurement results and experience from trials deployments and

propagationavailability test ranges of mWT Address also additional experience in

new dense urban street level environment (macro to small cell as well as small cell

to small cell) for example regarding near-LOS non-LOS and mast sway for mWT

2015-06-30

2

Applications and use

cases of millimetre

wave transmission

The purpose of this Work Item is to produce informative GS as follows bull Potential

uses casesapplications (technologies network topologies) bull Requirements per use

case application bull mmW spectrum solutions key performance benefits bull Evaluation

criteria for use cases applications bull mmW bands application and use case

examples

2015-04-30

3

Overview on V-band

and E-band worldwide

regulations

Purpose of this work item is informative to produce an overview on V-band and E-

band national and International regulations - database collected all relevant info

from WW regulators - Database collection analysis - Constrainsprovisions given in

the Radio Regulations and others - Others relevant activities

2015-06-30

4

V-band street level

interference analysis

Purpose of this Work Item is informative to investigate the feasibility of using

unlicensed band by analysing interference levels in co-channel and adjacent

channels in dense deployment of PP radio at the street level taking into

considerations equipment characteristics capacities and BW requirements

standards- available channels antennas ndash available standards and propagation

oxygen absorption ndash loss and modelling

2015-07-31

5

millimetre wave

semiconductor

Industry technology

status and evolution

Purpose of this Work Item is informative on bull Overview of technologyfoundry

processes currently available and planned in future bull Overview of packaging

processes currently available and planned in future bull Overview of possible

integration level

2015-06-30

ISG mWT high priority topics amp WIs

WORK ITEM 1 ldquoMaturity and field proven

experience of millimetre wave transmissionrdquo

Ericsson as Rapporteur

Proposed deliverables

bull ISG Group specification in the form of an informative white paper with the title

ldquoMaturity and field proven experience of millimetre wave transmissionrdquo

Summary of proposed content

bull Use cases

bull Short summary of (and reference to) use cases and deployment scenarios covered in WI 2

bull Characteristics of mWT

bull (Traditional) Line-of-sight characteristics

bull Additional characteristics of street level deployment (if sufficient experience available)

bull (Non-traditional) Near- and Non-line-of-sight

bull Mast-sway (for street level deployments)

bull Overview and status of propagation and availability models for mWT

bull (Traditional ) Line-of-sight

bull Field proven experience

bull Experience performance results and comparison to models for Line-of-sight

bull Experience for street level deployments

bull References bull Including reference to WI2 WI3 and WI4

WORK ITEM 2 ldquoDefine the relevant use cases

of mWTrdquo

DT as Rapporteur

bull Mobile Backhaul (eg MacroSmall Cell or Fronthaul considering 45G amp different deployment scenarios)

bull Fixed Broadband (eg ldquolast 10-100mrdquo ldquolast 100-1000mrdquo etc)

bull Temporary Solutions (eg public safety special events etc)

bull Other (eg corporate access public WiFi hotspot BH traffic monitoring government TV signal relay privateenterprise networks etc)

Potential Uses Cases Applications (technologies network topologies) eg

bull Technical LOSNLOS throughput range PDPDV availability QoS Sync automation form factor power consumption security etc

bull Non-technical Need for licensed or unlicensed bands etc

Requirements per Use Case Application eg

bull High Throughput low PD flexible frequency re-use etc

mmW Spectrum Solutions Key Performance Benefits eg

bull Differentiating factors of mmW bands

bull Timeline per use case

bull Equipment innovation per use case

bull Market value per use case etc

Evaluation Criteria for Use Cases Applications eg

mmW Bands Application and Use Case Examples

WORK ITEM 3 ldquoSurvey on status of worldwide

regulationrdquo

Alcatel-Lucent as Rapporteur


bull White paper on V-band and E-band regulation (with incorporated database)


bull Overview on V-band and E-band International regulations

bull Picture base on National Regulatory situation worldwide

bull Constrains and recommendations given in the Radio Regulations regional regulators

and standardization bodies worldwide

bull Live Database on national Administration (excel file)

bull never delivered alone partbaseline for the white paper

bull Two parts V-band and E-band

bull Info from National Regulatory ldquoAdministrationrdquo only

bull Maintained and updated on a regular basis (nice to have)

bull First Version April 2015

bull Contentsskeleton (first proposal in next slide )

WORK ITEM 4 ldquoV-band street level interference

analysisrdquo

Huawei as Rapporteur

Scope

bull The document examines the application of LoS radio links in V- band frequencies in

urban applications with regard to interference issues taking into account equipment

requirements propagation issues and expected requirements for backhaul hellip

bull Wherever possible punctual and statistical analysis is performed Applicability of

calculation methods is investigated

bull Purpose of this activity is the identification of optimal use in order to maximize

spectral efficiency and coverage in addition to detect and propose additional

requirements or necessary amendments to existing standards

Abstract

bull Proposed technical report examines interference issues derived from use of V-band

in urban scenarios with specific view to line of sight conditions

bull Equipment and antennas characteristics are considered together with propagation

characteristics

bull Different equipment technologies and location types are addressed to identify

specific requirements to be addressed in proper standards Network and link

requirements are taken into account in development of study

WORK ITEM 5 ldquommWave semiconductor

Industry technology status and evolution rdquo

Infineon as Rapporteur

Scope

bull Focus is on RF Analog technologies

bull Include Filters AFE (ADC DAC) Digital Technologies

bull tbd PCB materials

mmWave Applications more inputs coming from WI2

bull To identify focus areas like Small Cell Macro Cell

bull To distinguish WP depending on Cell sizes

bull Related info from mmWave Applications like WiGig Automotive Radar hellip

Overview Semiconductor Industry Technologies per Application

bull foundry process

bull packaging

bull Integration level

Outlook on Semiconductor Considerations to use of frequencies gt90GHz up to

300GHz

In addition the mWT ISG identified the following topics as potential New WIs for

updatefuture releases of the mWT deliverables

E-band street level interference analysis (New Work item completing WI4)

Active Antenna (phase array) and beam forming for mmwave transmission

systems Possible initial scope could be analysing the use cases from WI2 to

identify blocking issues of employing such technology for mmwave PPPMP radio

(multiple WIs addressing this area are foreseen)

Future spectrum for mmwave transmission in the frequency bands above

90GHz

revisions of W11 to include field trial not included in first release

revision of output from WI4 to include inter system interference conditions

continuous maintenance and update for the database from WI3 on regulatory

and licenses status

develop opinion on V-bandE-band to the industry and regulators derived

from the analysis and result from the database collected in WI3

revision of WI4 for other than LOS scenarios for interference analysis

High priority topics amp potential WIs

The mWT will carry out its activities mainly via G2M conference calls

and will have 4 Plenary meetings per year

The following is the proposed meetings schedule currently under

discussion

bull mWT1 14 ndash 15 January 2015 ndash Sophia Antipolis France (Hosted by

ETSI)

bull mWT2 5 May 2015 ndash Sophia Antipolis France (hosted by ETSI)

bull mWT3 22 September ndash Dusseldorf (in conjunction with Layer 123 IPMW

Forum)

bull mWT4 15 December ndash Sophia Antipolis France (hosted by ETSI)


Proposed Meetings Schedule

(under discussion)

The mWT ISG is open to all ETSI members and non-members

For full details of the mWT ISG including

ToR ndash Members and Participants agreements and how to join please visit

httpportaletsiorgtbaspxtbid=833ampSubTB=833

Thank you copy ETSI 2014 All rights reserved

Welcome to the mWT ISG

Content






Work Items

Meetings Schedule

Content






Work Items

Meetings Schedule

mmW Spectrum


FDD

100 10

20

30

40 50

60

70

80

90

6

11

13

15

18

23

26 38

71 ndash 86 GHz 78


110







Millimetre Wave

(50GHz~300GHz)

Traditional Bands

(6~42GHz)


mmW Spectrum


6L6U

100 10

20

30

40 50

60

70

80

90

11

13

15

18

23

26 38

78

40 - 43 52 55 57 - 64

(TDD)

28 32

200 110

120

130

140 150

160

170

180

190 300 210

220

230

240 250

260

270

280

290



71-76 and 81-86 GHz was

adopted








mmW Spectrum







E-Band

57 58 59 60 61 62

GERMANY

UK

FRANCE

SPAIN

CHINA

ITALY

USA

BELGIUM

SWITZERLAND

CANADA

AUSTRALIA

63 64 65 66

PORTUGAL

IRELAND

BRAZIL

CZECH

AUSTRIA

POLAND

UNDER DISCUSSION

UNDER DISCUSSION

V-band

55 56 57 58 59 60 61 62 63 64 65 66 67

557

8

15

14

13

12

11

10

9

8

7

6

5

4

ITU 1497

CEPT 12-12

ITU 1497

CEPT 12-09 CEPT 05-02

EESS

593

RAstron






Radio Regulations


FCC

Freq (GHz)

Oxig

en

Ab

so

rpt

(d

Bk

m)




Range of regulatory

approaches

No regulation

Light regulation


Full regulation

Coordinated















Malta Yes UK Yes



UK Czech Rep














lack of confidence




Telecom Operator

National Regulator



Basic Gaps


industry

National Regulators


Telecom Operators

Product vendors




Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







Content






Work Items

Meetings Schedule

mmW Spectrum


FDD

100 10

20

30

40 50

60

70

80

90

6

11

13

15

18

23

26 38

71 ndash 86 GHz 78


110







Millimetre Wave

(50GHz~300GHz)

Traditional Bands

(6~42GHz)


mmW Spectrum


6L6U

100 10

20

30

40 50

60

70

80

90

11

13

15

18

23

26 38

78

40 - 43 52 55 57 - 64

(TDD)

28 32

200 110

120

130

140 150

160

170

180

190 300 210

220

230

240 250

260

270

280

290



71-76 and 81-86 GHz was

adopted








mmW Spectrum







E-Band

57 58 59 60 61 62

GERMANY

UK

FRANCE

SPAIN

CHINA

ITALY

USA

BELGIUM

SWITZERLAND

CANADA

AUSTRALIA

63 64 65 66

PORTUGAL

IRELAND

BRAZIL

CZECH

AUSTRIA

POLAND

UNDER DISCUSSION

UNDER DISCUSSION

V-band

55 56 57 58 59 60 61 62 63 64 65 66 67

557

8

15

14

13

12

11

10

9

8

7

6

5

4

ITU 1497

CEPT 12-12

ITU 1497

CEPT 12-09 CEPT 05-02

EESS

593

RAstron






Radio Regulations


FCC

Freq (GHz)

Oxig

en

Ab

so

rpt

(d

Bk

m)




Range of regulatory

approaches

No regulation

Light regulation


Full regulation

Coordinated















Malta Yes UK Yes



UK Czech Rep














lack of confidence




Telecom Operator

National Regulator



Basic Gaps


industry

National Regulators


Telecom Operators

Product vendors




Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







mmW Spectrum


FDD

100 10

20

30

40 50

60

70

80

90

6

11

13

15

18

23

26 38

71 ndash 86 GHz 78


110







Millimetre Wave

(50GHz~300GHz)

Traditional Bands

(6~42GHz)


mmW Spectrum


6L6U

100 10

20

30

40 50

60

70

80

90

11

13

15

18

23

26 38

78

40 - 43 52 55 57 - 64

(TDD)

28 32

200 110

120

130

140 150

160

170

180

190 300 210

220

230

240 250

260

270

280

290



71-76 and 81-86 GHz was

adopted








mmW Spectrum







E-Band

57 58 59 60 61 62

GERMANY

UK

FRANCE

SPAIN

CHINA

ITALY

USA

BELGIUM

SWITZERLAND

CANADA

AUSTRALIA

63 64 65 66

PORTUGAL

IRELAND

BRAZIL

CZECH

AUSTRIA

POLAND

UNDER DISCUSSION

UNDER DISCUSSION

V-band

55 56 57 58 59 60 61 62 63 64 65 66 67

557

8

15

14

13

12

11

10

9

8

7

6

5

4

ITU 1497

CEPT 12-12

ITU 1497

CEPT 12-09 CEPT 05-02

EESS

593

RAstron






Radio Regulations


FCC

Freq (GHz)

Oxig

en

Ab

so

rpt

(d

Bk

m)




Range of regulatory

approaches

No regulation

Light regulation


Full regulation

Coordinated















Malta Yes UK Yes



UK Czech Rep














lack of confidence




Telecom Operator

National Regulator



Basic Gaps


industry

National Regulators


Telecom Operators

Product vendors




Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







mmW Spectrum


6L6U

100 10

20

30

40 50

60

70

80

90

11

13

15

18

23

26 38

78

40 - 43 52 55 57 - 64

(TDD)

28 32

200 110

120

130

140 150

160

170

180

190 300 210

220

230

240 250

260

270

280

290



71-76 and 81-86 GHz was

adopted








mmW Spectrum







E-Band

57 58 59 60 61 62

GERMANY

UK

FRANCE

SPAIN

CHINA

ITALY

USA

BELGIUM

SWITZERLAND

CANADA

AUSTRALIA

63 64 65 66

PORTUGAL

IRELAND

BRAZIL

CZECH

AUSTRIA

POLAND

UNDER DISCUSSION

UNDER DISCUSSION

V-band

55 56 57 58 59 60 61 62 63 64 65 66 67

557

8

15

14

13

12

11

10

9

8

7

6

5

4

ITU 1497

CEPT 12-12

ITU 1497

CEPT 12-09 CEPT 05-02

EESS

593

RAstron






Radio Regulations


FCC

Freq (GHz)

Oxig

en

Ab

so

rpt

(d

Bk

m)




Range of regulatory

approaches

No regulation

Light regulation


Full regulation

Coordinated















Malta Yes UK Yes



UK Czech Rep














lack of confidence




Telecom Operator

National Regulator



Basic Gaps


industry

National Regulators


Telecom Operators

Product vendors




Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







mmW Spectrum







E-Band

57 58 59 60 61 62

GERMANY

UK

FRANCE

SPAIN

CHINA

ITALY

USA

BELGIUM

SWITZERLAND

CANADA

AUSTRALIA

63 64 65 66

PORTUGAL

IRELAND

BRAZIL

CZECH

AUSTRIA

POLAND

UNDER DISCUSSION

UNDER DISCUSSION

V-band

55 56 57 58 59 60 61 62 63 64 65 66 67

557

8

15

14

13

12

11

10

9

8

7

6

5

4

ITU 1497

CEPT 12-12

ITU 1497

CEPT 12-09 CEPT 05-02

EESS

593

RAstron






Radio Regulations


FCC

Freq (GHz)

Oxig

en

Ab

so

rpt

(d

Bk

m)




Range of regulatory

approaches

No regulation

Light regulation


Full regulation

Coordinated















Malta Yes UK Yes



UK Czech Rep














lack of confidence




Telecom Operator

National Regulator



Basic Gaps


industry

National Regulators


Telecom Operators

Product vendors




Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







57 58 59 60 61 62

GERMANY

UK

FRANCE

SPAIN

CHINA

ITALY

USA

BELGIUM

SWITZERLAND

CANADA

AUSTRALIA

63 64 65 66

PORTUGAL

IRELAND

BRAZIL

CZECH

AUSTRIA

POLAND

UNDER DISCUSSION

UNDER DISCUSSION

V-band

55 56 57 58 59 60 61 62 63 64 65 66 67

557

8

15

14

13

12

11

10

9

8

7

6

5

4

ITU 1497

CEPT 12-12

ITU 1497

CEPT 12-09 CEPT 05-02

EESS

593

RAstron






Radio Regulations


FCC

Freq (GHz)

Oxig

en

Ab

so

rpt

(d

Bk

m)




Range of regulatory

approaches

No regulation

Light regulation


Full regulation

Coordinated















Malta Yes UK Yes



UK Czech Rep














lack of confidence




Telecom Operator

National Regulator



Basic Gaps


industry

National Regulators


Telecom Operators

Product vendors




Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







Range of regulatory

approaches

No regulation

Light regulation


Full regulation

Coordinated















Malta Yes UK Yes



UK Czech Rep














lack of confidence




Telecom Operator

National Regulator



Basic Gaps


industry

National Regulators


Telecom Operators

Product vendors




Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)

















lack of confidence




Telecom Operator

National Regulator



Basic Gaps


industry

National Regulators


Telecom Operators

Product vendors




Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







Content






Work Items

Meetings Schedule

01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







01-2015

12-2014

09-2014

Early 2014


in Sophia Antipolis






by founding members







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







Content






Work Items

Meetings Schedule
































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)






































Alcatel -Lucent

Ericsson

Huawei

NEC

Vodafone

EE

Commscope

Infineon

Deutsche Telekom





Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)









Members

























Participants





Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)







Content






Work Items

Meetings Schedule


1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)








1

Maturity and field


millimetre wave

transmission








2015-06-30

2


cases of millimetre

wave transmission





examples

2015-04-30

3

Overview on V-band


regulations





2015-06-30

4

V-band street level








2015-07-31

5

millimetre wave

semiconductor

Industry technology





integration level

2015-06-30









bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)














bull Use cases














of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)








of mWTrdquo

DT as Rapporteur


















regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)








regulationrdquo

















analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)








analysisrdquo


Scope









Abstract




characteristics







Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)










Scope










bull packaging



300GHz









90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)















90GHz




and licenses status








discussion


ETSI)



Forum)




(under discussion)










discussion


ETSI)



Forum)




(under discussion)







introduction to millimetre wave … of... · introduction to millimetre wave transmission industry...

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