1. Nanoelectronics impact in semiconductors industry within Romanian Market.
Infineon Technologies Romania
Blvd. Dimitrie Pompeiu 6,
Sector 2
20337 Bucharest
Bucharest, 19th Jan 2010
Dr. Michael Neuhaeuser Vice President and General Manager

2. Table of contents Infineon Technologies specific data
Target Markets
R&D Network in Europe
Development Center Bucharest
Future perspective, 2010 evolution trend
Technologies roadmap for semiconductors
Electronic share within automotive applications
Romanian Nanoelectronics
SWOT analysis for semiconductors industry
Key Challenges

3. Table of contents Infineon Technologies specific data
Target Markets
R&D Network in Europe
Development Center Bucharest
Future perspective, 2010 evolution trend
Technologies roadmap for semiconductors
Electronic share within automotive applications
Romanian Nanoelectronics
SWOT analysis for semiconductors industry
Key Challenges

4. Infineon Technologies focus on Target Markets
Key Trends
Energy Efficiency
Communications
Security
Core Competencies
Analog/Mixed Signal RF
Power
Embedded Control
Our Target Markets
Automotive
Industrial Electronics
Chip Card & Security
Mobile Phone Platforms

5. Infineon - R&D Network in Europe
Duisburg
Warstein
Aalborg
Horten
Skoppum
Lin- köping
Stockholm
Riga
Leuven
Dresden
Bristol
Regens- burg
Essonnes
Bucharest
Ulm
Sophia
Antipolis
Augsburg
Munich, Neubiberg
Padova
Villach
Graz

6. Infineon Technologies in Romania
Founded in April 2005
Located in northern part of Bucharest
Good public transport (tram, metro)
160+ employees as of today
3500 m² office,
research and
laboratory area
General Manager Dr. Michael Neuhäuser
2009/01/15

7. Table of contents Infineon Technologies specific data
Target Markets
R&D Network in Europe
Development Center Bucharest
Future perspective, 2010 evolution trend
Technologies roadmap for semiconductors
Electronic share within automotive applications
Romanian Nanoelectronics
SWOT analysis for semiconductors industry
Key Challenges

8. Technologies roadmap for semiconductors
Future will require innovations in cross-disciplinary fields:
nano-electronics
nano-thermomechanics,
nano-biology,
extremely parallel software, etc
Reduce the cost-per-function and increase the performance of integrated circuits
The semiconductor industry is already working today in the nm scale and further scaling with increasing functionality incl. sensors is mandatory.

9. Electronic share within automotive applications
Europe has an excellent research competence in the area of automotive industry
To maintain the leading position, different industries over the entire added value chain need
closely cooperate
combining their skills and expertise
Competition drivers on the automotive market
reduction of fuel consumption, CO2 emission targets
reduction of traffic accidents, intelligent predictive safety systems
innovation of the electronic devices with impacts in all parts of a vehicle (chassis, drive train, engine and auxiliaries, body shell structure, body exterior and interior as well as in standard operating system).

10. Table of contents Infineon Technologies specific data
Target Markets
R&D Network in Europe
Development Center Bucharest
Future perspective, 2010 evolution trend
Technologies roadmap for semiconductors
Electronic share within automotive applications
Romanian Nanoelectronics
SWOT analysis for semiconductors industry
Key Challenges

11. SWOT analysis for semiconductors industry within Romanian Market
Strengths
Weaknesses
Good education at university
Good English skills of students & teachers
EU member since 2007
Special tax regulation for SW engineer
Similar EU working culture and mentality
Good IT infrastructure
Competitive cost position
Limited pool of experienced mixed signal designers in Romania (<100)
IP protection law exists, implementation ongoing, enforcement ensured
Opportunities
Threats
Highly motivated people
Openness and willingness for cooperation
Potential low attrition rate
Bureaucracy
Missing local high-tech initiative of the government (in comparison to other EU countries)

12. Key challenges 2010 – 2014 for Romania
Common strategic activities requiring multinational R&D teams
Enhancing the value of the Romanian researchers
Within R&D increased focus on applications
Strong funding support for research inside companies
To increase the knowledge transfer to industry
Local legislation facilities for high-tech jobs, a top-down initiative
New concepts in cooperation across Universities – R&D institutes – Industrial partners (to develop a strong cooperation platforms)
To identify an algorithm enabling efficient usage/sharing of the public R&D resources

14. A Typical Technology Production “Ramp” Curve

15. Technology Cycle Timing Compared to Actual Wafer Production Technology Capacity Distribution1