Dr. Andreas Wild

Executive Director, ENIAC JU

(proposed Executive Director of ECSEL JU)

Key Enabling Technology

Implementation

in ECSEL JU

Future of Information and Communication Technology

6th AFCEA Student Conference, Bucharest 2014 03 24

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1. Nanoelectronics: A Key Enabling Technology

2. Building upon ENIAC JU

3. Horizon 2020: Towards ECSEL JU

Content

A. Wild, “KET Implementation in ECSEL JU”, Bucharest 2014 03 24

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Key Enablig Technology Implementation in ECSEL JU

Andreas Wild.

ENIAC Executive Director (proposed ECSEL Executive Director)

Abstract The Joint Technology Initiatives implemented as a Joint Undertaking (JU) under the Framework

Programme 7 have been proven as an effective instrument strengthening the European competitive

position in nanoelectronics (ENIAC JU) and embedded systems (ARTEMIS JU). For example, The ENIAC

JU. pioneered the Pilot Line concept, engaging 1.8 billion euro in 14 such projects with a high research,

development and innovation content selected for funding over two years. The ECSEL JU will build upon

this experience, bring together the semiconductors, the embedded systems and the smart system

integration (represented by the European Technology Platform EPoSS), expanding the scope of the

organization to maximize the contribution to the European growth and jobs. This talk will highlight the

set-up of the new organization, its objectives and its strategy for the future.

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Nanoelectronics: the “Smart” of Everything

Smartphone

Smart Card

Smart Grid

Smart Cities

Smart Mobility

Smart Governance

….

Smartanything !

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Nanoelectronics: Systemic and Strategic Impact

Commodity ?

KET !

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Commodity ?

KET !

Nanoelectronics: Systemic and Strategic Impact N

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Smart Gun?

The weapon can only be fired by the owner, much like Bond's gun in Skyfall.

Photo: Armatix GmbH/DPA

Bavarians invent world's

first 'smart gun' Published: 24 Feb 2014 10:20 GMT+01:00

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Nano2017 : 600 millions d'euros pour développer

la nanoélectronique

Photo : Pierre Chabaud/Matignon

23/07/2013

… 600 millions d’euros c’est ce que l’Etat va investir dans le nouveau programme de recherche Nano 2017. A ce soutien de l’Etat se joindront donc les collectivités locales et au total l’ensemble des porteurs du programme engageront plus de trois milliards d’euros d’investissements industriels ou de recherche d’ici 2017.

Neelie Kroes

VP of the European

Commission

Shouldn't we be looking for an

“Airbus of Chips”? (24.05.2012)

I want to double our chip

production to around 20% of

global production…

(23.05.2013)

Jean-Marc Ayrault

French Prime Minister

600 millions d’euros c’est ce que

l’Etat va investir dans le nouveau

programme de recherche Nano

2017… l’ensemble des porteurs

du programme engageront plus

de trois milliards d’euros

d’investissements industriels ou

de recherche (22.07.2013)

European Commission

COM(2013) 542, 24.07.2013

Europe must be able to act without relying on the capabilities

of third party. Security of supply, access to critical technologies

and operational sovereignty are therefore crucial.

COM(2013) 542/2

COMMUNICATION FROM THE COMMISSION TO THE EUROPEAN PARLIAMENT, THE COUNCIL, THE EUROPEAN ECONOMIC AND SOCIAL COMMITTEE AND THE COMMITTEE OF THE REGIONS

Towards a more competitive and efficient defence and security sector

SWD(2013) 279

…to be a credible and reliable partner, Europe must be able to decide and to act without depending on the capabilities of third parties. Security of supply, access to critical technologies and operational sovereignty are therefore crucial.

Angela Merkel

German Chancellor

…we decided for Airbus to have

the capability to build airplanes

as good as Boeing. We are still

working to develop Galileo… so

that we are not entirely

dependent upon the American

GPS. And we have to ask the

question, what capabilities we

want to establish in Europe, in

order to master the Internet

technologies... to reduce the

gap and become capable to act

on our own. (13.08.2013)

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Increasing Awareness N

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Market Failure: Market Share

Market Share of the Leading Companies

Headquartered in Europe

The Challenge!

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ENIAC Joint Undertaking Vision

A Public-Private Partnership bringing together

R&D actors, Member States and the European Union

VISION

The ENIAC Joint Undertaking shall increase and

leverage private and public investments in

nanoelectronics

contributing to strengthening

Europe’s future growth, competitiveness and

sustainability

COUNCIL REGULATION No 72/2008 setting up the ENIAC Joint Undertaking

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ENIAC JU Projects with Security of Supply Relevance

2008 - 2011

NANCOM Reconfigurable

Microsystem Based on

WBG Materials,

Miniaturized and

Nanostructured RF-

MEMS

RF MEMS-based agile

radio – tuneable filter –

able to meet the

specification of air traffic

control radars

NANOTEG Nanostructured

ThermoElectric Systems

for Green Transport &

Energy Efficient

Applications

Avionic Demonstrations:

ThermoElectric material

fully adapted to

aeronautical environment

and specifications

12.5 M€ Total Eligible Costs

39 participants, 10 countries *: Wide Band Gap

MERCURE Micro and Nano

Technologies Based on

WBG* Materials for

Future Transmitting

Receiving and Sensing

Systems

Applications in aeronautics

and aerospace, impact on

air-transportation (e.g. gas

sensors enabling advanced

control for efficient

operation of the turbines)

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<40

80

-

60 200 - 80

400

-

200 > 400 60 - 40

< 200mm 300mm 450mm

NXP

Altis

Lumiled

Infineon

Osram

Telefunken

X-Fabs LFoundries

Bosch

Micron Technologies Italy GlobalFoundries Dresden

Intel Ireland

European Suppliers on the Market

STMicroelectronics

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Carl Zeiss

HoldCo

ASM-I

ASML

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<40

80

-

60 200 - 80

400

-

200 > 400 60 - 40

< 200mm 300mm 450mm

1. Strengthen advanced

CMOS on 300mm 3. Prepare

transition to

450mm

2. Derive value

from ˂200mm

diversification

European Priorities E

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Moving Towards Innovation

Call 2012-1 Call 2012-2 PILOT LINES

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Raising to the Challenge:

The “Three Pillar Bridge” of the HLG on KETs

Second Pillar → “Pilot Line Project ”

• Executed by an

industrial consortium

• Using an innovative

technology

• Developing an

innovative product,

meeting a social

challenge

• Demonstrating its

value and potential

• Establishing a

realistic environment,

a facility

• Having a deployment

plan to a real life

European

manufacturing site

R&D

Part

ENIAC JU

compatibility R&D Project:

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Security of Supply: ENIAC Call 2013

DEMETER

DEep SubMicron

System-on-Chip (SoC)

for Harsh Environment

applicaTions using

EuRopean Technologies

(c) enable the European industry to get non-restricted access to high performance technologies,

increase competitiveness and expertise in the harsh environments

Objectives:

(a) enhance the technical capabilities and overall competiveness of Europe on the worldwide harsh

environment market especially for satellites, but also automotive, avionic, transportation and energy

applications

(b) reduce the dependence on critical technologies and capabilities from outside Europe for future

space programs

(d) improve the overall European space technology landscape, complement the activities of European

and national space programmes.

13 Participants from 6 countries (DE, EL, FR, IT, PL, NL) plus ESA

Total Eligible Costs: 30.4 M€, National Grants: 2.8 M€, ENIAC JU Grants:4.5 M€

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ENIAC JU Pilot Line Projects

Call ACRONYM TITLE COORDINATOR COUNTRY

AGATEDevelopment of Advanced GaN substrates &

Technologies

S.O.I.TEC SILICON ON INSULATOR

TECHNOLOGIES SAFrance

E450EDL European 450mm Equipment Demo Line ASML NETHERLANDS B.V. The Netherlands

EPPL Enhanced Power Pilot Line Infineon Technologies Austria AG Austria

Lab4MEMS LAB FAB for smart sensors and actuators MEMS STMICROELECTRONICS SRL Italy

PLACES2BEPilot Lines for Adv. CMOS Enhanced by SOI in 2x nodes

built in Europe

STMICROELECTRONICS CROLLES 2

SASFrance

DEMETER

DEep SubMicron System on Chip (SoC) for Harsh

Environment applicaTions using EuRopean

Technologies

ATMEL NANTES SAS France

E450LMDAPEuropean 450mm Lithography and Metrology

Development for Advanced PatterningASML NETHERLANDS B.V. The Netherlands

eRampExcellence in Speed and Reliability for More than

Moore Technologies

INFINEON TECHNOLOGIES DRESDEN

GMBH UND CO OHGGermany

Lab4MEMS II Micro-Optical MEMS, micro-mirrors and pico-projectors STMICROELECTRONICS SRL Italy

PANACHE

Pilot line for Advanced Nonvolatile memory

technologies for Automotive microControllers, High

security applications and general Electronics

STMICROELECTRONICS CROLLES 2

SASFrance

PLACYD Pilot Line for Self Assembly Copolymers Delivery ARKEMA FRANCE SA France

POLIS Pilot Optical Line for Imaging and SensingSTMICROELECTRONICS GRENOBLE 2

SASFrance

THINGS2DO THIN but Great Silicon 2 Design ObjectsSTMICROELECTRONICS GRENOBLE 2

SASFrance

ViDaPVCSEL Pilot Line for IR Illumination, Datacom and

Power ApplicationsPHILIPS TECHNOLOGIE GMBH Germany

20

12

-22

01

3-2

Total

Eligible

Costs

Both small and

large proposals

supported !

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With 14 Pilot Lines selected for funding

with total eligible costs pf 1.79 B€

supported by 265 M€ national funding

and 267 M€ ENIAC JU grants,

the ENIAC Joint Undertaking became

the leading instrument

for implementing

KET policies !

The ENIAC JU Pilot Lines Projects B

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ENIAC JU Eligible R&D Costs

Box: plan from 2008. Line: actual

Autonomy

Pilot

Lines

More

Pilot

Lines

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Nanotechnologies

Micro and Nanoelectronics

Photonics

Advanced materials

Industrial Biotechnology

Advanced Manufacturing Systems

Advanced materials

Nanotechnologies

JU

: K

ET

Im

ple

menta

tion

Going to Horizon 2020

Photonics

FP7

Advanced Manufacturing Systems

Cross-cutting-KETs / Multi-KETs !

H2020

H2020: Tow

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s E

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EL J

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The strategy in Electronic Component and Systems

relies on obvious necessities:

Without a state of the art technological infrastructure,

the non-dependence is questionable/impossible (ENIAC)

Without applications - unavoidably requiring embedded

software - a wafer fab is economically unsustainable

(ARTEMIS)

Without the capability to integrate components in smart

systems, it is impossible to serve the markets capturing

the economic value and ensuring security (EPoSS)

Synergies in Components and Systems H

2020: Tow

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1. Three way funding:

EU, Member States, private sector

2. The ECSEL Participating States may establish

specific criteria regarding eligibility of individual

applicants to receive funding

The H2020 rules will apply

3. The ECSEL Participating States may entrust the

ECSEL JU with the implementation of their

contributions

If not, the ECSEL Participating States may determine

specific rules regarding eligibility of costs

Main Principles H

2020: Tow

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s E

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ECSEL JU Perspective

1. The new ECSEL JU will build upon the FP7 success, covering topics

addressed within the ARTEMIS JU, the ENIAC JU and ETP EPoSS

Under Horizon 2020:

2. Total estimated eligible costs: >5 Billion Euro

EU grants through ECSEL JU: 1.17 Billion Euro

ECSEL Participating States contributions: 1.17 Billion Euro

3. Project co-financing using more than one European mechanism

should become possible

Particularly important: synergistically using regional and R&I funds

But the regions need a “smart specialization strategy”: so far, KETs

identified as a priority158 times (http://s3platform.jrc.ec.europa.eu/map) !

H2020: Tow

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LEGAL BASIS

1. 10 July 2013: ECSEL JU Regulation proposed by the European

Commission as part of the Innovation Investment Package

2. 10 March 2014: the Council Presidency issued the compromise

text of the proposed regulation after debates in the Council and

Parliament committees and the “tri-log”

3. Parliament vote expected before 17 April 2014

4. Council decision in the following weeks after the Parliament vote

5. 20 days after publication in the Official Journal, ECSEL JU starts

existing

CALLS FOR PROPOSALS

1. Preparatory actions (expression of interest) considered starting

mid-April

2. First calls expected in the first half of June

Last Steps on the Roadmap to ECSEL JU H

2020: Tow

ard

s E

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When the object is to raise

the permanent condition of a people

small means do not merely produce

small effects:

they produce no effect at all.

John Stuart Mill (1806-1873)

“The Principles of Political Economy”

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Thank You for Your Attention !