european parliament hearing 8april2010 · president emeritus, european materials research society...
Post on 13-Mar-2020
2 Views
Preview:
TRANSCRIPT
Hearing by the European Parliament Industry Committee: 8th April 2010
Hearing by the European Parliament Industry Committee on the Future of European Industry:
A Perspective on the ICT Semiconductor Sector
Professor Gabriel M. Crean
Scientific Director, Commissariat a l’Energie Atomique et Energies Alternatives (CEA), France
President Emeritus, European Materials Research Society President Emeritus International Union of Materials Research Societies (IUMRS)
Hearing by the European Parliament Industry Committee: 8th April 2010
Reflections on the ICT Sector: Semiconductor Industry
Questions posed by ITRE President:
• Where is this sector headed
• What steps, direction, policy measures should be taken at EU, Member States and Industry levels in order for the sector to maintain its growth, leadership and competitiveness globally
Hearing by the European Parliament Industry Committee: 8th April 2010
An opportunity: Exploding number of systems using Silicon Chips
1 + Trillion
500 Billion
2 Billion
1 Billion
RFID / Sensors
- Location
- Humidity
- Temperature
- Vibration
- Liquid
- Weight
- Motion
- Etc.
Embeddedprocessors
Smart Devices- Vehicles- Appliances- Building
EquipmentInfo Devices
- Mobile Phones- PDAs
300 MillionPersonal Computers
Hearing by the European Parliament Industry Committee: 8th April 2010
EU industry focusing on products addressing societal needs
Security
Safety
Hearing by the European Parliament Industry Committee: 8th April 2010
Multiple opportunities for growthAverage growth trend of the semiconductor market per end application sectors, 2007-2012
Source DECISION
Hearing by the European Parliament Industry Committee: 8th April 2010
…and Europe is mastering those key markets
Average growth trend of the semiconductor market per end application sectors, 2007-2012
Source DECISION
European SC companiesWorld Market Share
12%
37%
18%
15%
6%
9%
# 3
# 1
# 1
# 2
Hearing by the European Parliament Industry Committee: 8th April 2010
Global challenges for EuropeLow cost Areas
competitionR&D Costs explosion
Technology and value
chain Evolution
Society Evolution
Hearing by the European Parliament Industry Committee: 8th April 2010
Smaller Chips, Higher Entry Costs
150 mm100 mm
200 mm
300 mm
Surface proportional to
cost100-200 M$5µ-> 0.8µ70 M$
20µ-> 5µ
20051995 2000199019851980
Production
At each step, production capacity doubles and
critical dimensions halve
2-4 B$0.1µ -> 0.032µ
1-2 B$ 0.5µ -> 0.13µ
Source EEtimes
R&D
Hearing by the European Parliament Industry Committee: 8th April 2010
Rapid and Continuous Evolution of Semiconductor Landscape
Key trends:
• Consolidation of logic IDMS with fabs
• (Separate consolidation of memory players)
• Trend to « fabless »• Need of alliances
Hearing by the European Parliament Industry Committee: 8th April 2010
Consolidation in CMOS
Independent leaders & a single open ecosystem
Hearing by the European Parliament Industry Committee: 8th April 2010© 2008 IBM Corporation
IBM’s Global Technology Ecosystem
90nm 65nm 45nm 32nm 22nmMarket leaders drive innovation for competitive base technologies
Technology Alliances
Research IBM, AMD, Toshiba, NECEL, STMicroelectronics, Material and Equipment suppliers, CEA-Leti
Technology Development
IBM, AMD, Chartered, Freescale, Infineon, NECEL, Samsung, STMicroelectronics and Toshiba
Common Platform Manufacturing
IBM, Chartered & Samsung
Chartered Samsung
Infineon Toshiba
IBM
AMD Freescale
ST NECEL
Hearing by the European Parliament Industry Committee: 8th April 2010
Semiconductor Industry Clustering in Europe• Semiconductor Clusters in Europe: must comprise Universities ,
Research & Design Centers, Manufacturing Plants, Mask Shops, Equipment and Material Suppliers, various SME’s…
supported by local & national Public Authorities
• 3 of these technology clusters include Advanced Manufacturing on 300mm wafers:– Dresden (Germany)– Dublin (Ireland)– Grenoble-Crolles (France)
• Each cluster develops a local Excellence Center via:
– Cooperation & synergies– Joint education programs– Shared know-how– Resources management…– Territorial integration centre
Source: EEKA – ESIA (2008)
Semiconductor Industry Clustering in Europe
Hearing by the European Parliament Industry Committee: 8th April 2010
Definition of Territorial Integration Center
A collaborative agreement between the 4 partners industry, research, education and territories, at local / regional level.
Role of Territorial Integration Center-Provide at regional and European level a unique synergy between Education, Research, Industry and Public Authorities-Provide innovative and motivating environments for young scientists, engineers, students and citizens-Organize collaborative projects between industry and academia-Support start-up creation and development--Set up urban demonstrators at city level
Industry
Education
TerritoriesResearch
TIC
New Knowledge Pyramid Territorial Integration Centre Ecosystem
Hearing by the European Parliament Industry Committee: 8th April 2010
All the TICs have signed MoUs. Example: signature of MoUs in Grenoble and Dresden
• Signature of a MoUIn Grenoble
• Signature of a MoU on the creation of a TIC in Dresden on the 2nd of April
Creation of TICs
Hearing by the European Parliament Industry Committee: 8th April 2010
I’Cities consortium of 11 cities and regions joined around one ambitious & exciting grand challenge:
ICT for Smart and Sustainable Cities
With 3 applicative sub-challenges: ICT for mobilityICT for buildingsICT for information and communications
And one translational challengeICT as enabling technologies
I’Cities Initiative
Hearing by the European Parliament Industry Committee: 8th April 2010
BORDER MIDLAND
WEST REGION
CAMBRIDGE
PARIS
GRENOBLEROMANDIE
LEUVENAACHEN
BILBAO
ALMADALISBON
STRASBOURGDRESDEN
WARSAW
MILANO
I’Cities regions & cities
Hearing by the European Parliament Industry Committee: 8th April 2010
I’Cities Innovation Ecosystem
Alcatel-Lucent Bell
STMicrolectronics
ST-Ericsson AccionaPhonak
IndraLogica
Siemens-Nokia
BMW
Bombardier
Volkswagen
Siemens Mobility
Logoplaste
Dresdner Verkehrsbetriebe
Bosch
Finmeccanica
HPIBM
Cambridge University
Athlone Institute of Technology
NUIGalwayUniversidad de Deusto
TUDresden
Grenoble INP
University Joseph Fourier
KULeuven
RWTH Aachen
UNLisbonPolitecnico di Milano
University of Bologna
University of Pisa
ParisTechEPFLausanne
University of Warsaw
Warsaw University of Technology Grenoble Ecole
de Management
IMECCEA
Fraunhofer INRETS
Bocconi Milano
CSEM
E2B
Cantons of Neuchatel,
Lausanne and Geneva
Biocat (BioRegion of Catalonia)
Border Midland West Region
Cambridge City Council
East of England Development Agency
Dresden City
Grenoble City
Saxony Ministry of Science and Education
Almada Region
Essonne Department
Ile-de-France Region
Warsaw City Strasbourg City
EMRS
EMF
INTUITION NoE Euro VR
ENACTIVE NoE
EUE-NET
Digital Economy Hub Idea League
Cluster Consortium
HEC, INSEAD, ESCP, EM Lyon, IMD, Vlerick
(Financial Times European Top 10 Business Schools)
UEAPME
Green and Connected Cities Cluster
Covenant of Mayors
The Congress of Local and Regional Authorities of the
Council of Europe
Living Labs Global
IBM Smarter Cities initiative
Cisco/Clinton foundation Connected Urban
Development initiative
ARM
4-Labs
ERTRAC
ArtemisECTP
AENEAS
ERRACEICOSE
Rhône-Alpes Region
Flanders region
IBBT
Logitech
Kudelski
Ciposa
Milano City
GAIA
European Software Institute
Valeo
PSA
Renault
Bull
ThalesDassault Systems
Industrial Clusters: DSP Valley, Silicon Saxony, Minalogic,
System@tic
BarcoOrange
Schneider Electrics
Infineon
GlobalFoundries
Siemens
Bouygues
Ericsson
Research and education clusters : Digiteo, Minatec / GIANT
ESF
ESRFILLRVO-Society
European Academy of Sciences and Arts
Numonyx
CNRS
Airbus
Freescale
Polish Academy of Sciences
Cisco
INL
Good Vicinity Neighbourhood Countries observer network
Hearing by the European Parliament Industry Committee: 8th April 2010
Three centres of excellence concentratedon three major societal challenges: energy, health and information.
The GIANT vision from innovation to economic benefit
Building capability and capacity to respond to societal challenges
Large scaleEuropeanEquipmentsTop 1 Europe
Grenoble Écolede ManagementTop 5 Europe
HealthNanobio
Top 5 Europe
EnergyGreEn
Top 3 Europe
InformationMINATEC
Top 1 Europe
FundamentalResearchTop 5 Europe
Hearing by the European Parliament Industry Committee: 8th April 2010
The GIANT vision
A global idea, a total engagement
Project investment1 200 M€ over 6 years
Annual budget 1 000 M€
500 patents filed par year, 3rd rank in France
10 000 researchers 7 000 industry engineers 10 000 students 10 000 citizens
5 000 publications per year
Hearing by the European Parliament Industry Committee: 8th April 2010
Conclusions• Semiconductor sector represents an important
opportunity for Europe
• Underpins other sectors
• European scale integration centres required to translate from innovation to economic benefit
• Given challenge at world-level, Europe now requires a new “Knowledge Pyramid” innovation model involving education, research, industry and cities/region stakeholders
Hearing by the European Parliament Industry Committee: 8th April 2010
Thank you for your time
Gabriel M. Creangabriel.crean@cea.fr
top related