SRA of the Photonics21 ETP FP7-ICT cooperation market on broadband communication 16th Mobile Summit...
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SRA of the SRA of the Photonics Photonics 21 21 ETP ETP P7-ICT cooperation market on broadband communicatio 6th Mobile Summit - Budapest, Hungary - 5 July 2007 stian Krug, VDI Technologiezentrum GmbH - Secretariat Photoni
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Transcript of SRA of the Photonics21 ETP FP7-ICT cooperation market on broadband communication 16th Mobile Summit...
SRA of the SRA of the PhotonicsPhotonics21 21 ETPETP
FP7-ICT cooperation market on broadband communication16th Mobile Summit - Budapest, Hungary - 5 July 2007
Sebastian Krug, VDI Technologiezentrum GmbH - Secretariat Photonics21
The “Blue Book”
Autumn 2004: Start of an industry-ledEuropean photonics initiative
Februar 2005: Joint strategy paper “Photonics for the 21st Century”
December 2005: Foundation of the ETP Photonics21
April 2006:Strategic Research Agenda (SRA)„Towards a Bright Future for Europe“
Photonics21 Work Groups
WG7:Research, Education and Training
WG5: Security,
Metrology and Sensors
WG6:Optical
Components and Systems
WG1: Information and Communication
WG2: Industrial Manufacturing and Quality
WG3: Life Sciences and Health
WG4: Lighting and Displays
Applications
Cross-sectoral
Photonics21 Work Groups
WG7:Research, Education and Training
WG5: Security,
Metrology and Sensors
WG6:Optical
Components and Systems
WG1: Information and CommunicationWG1: Information and Communication
WG2: Industrial Manufacturing and Quality
WG3: Life Sciences and Health
WG4: Lighting and Displays
Applications
Cross-sectoral
Photonics21 Work Groups
WG7:Research, Education and Training
WG5: Security,
Metrology and Sensors
WG6:WG6:Optical Optical
ComponentsComponents and Systemsand Systems
WG1: Information and CommunicationWG1: Information and Communication
WG2: Industrial Manufacturing and Quality
WG3: Life Sciences and Health
WG4: Lighting and Displays
Applications
Cross-sectoral
• 40 Gbps system design in the core(multiplexing, modulation, fiber technologies)
• 10 Gbps system design in metro areas (optical packet networks)
• 1Gbps system design when entering the home (fiber-based broadband photonic home networks)
• Production strategies and systems for the integrated manufacturing and packaging of components and subsystems
General research objectives (from the SRA)
• Laser diodes with shorter wavelength (UV), single frequency, higher power
• Optical components like highspeed spatial light modulators, aspheric glass lenses with high NA, etc.
• High-speed, low-noise, short wavelength enhanced single element and array detectors
• Holographic replication equipment (for providing mass-produced pre-recorded holographic disc)
Technical objectives (short to mid term)
• Semiconductor lasers without cooling
• High power / beam quality solid-state lasers
• Optical generation of millimetre wave signals (tuning range, compactness, stability, reliability)
• Silicon photonics based on CMOS compatible technology (implementation of functionalities)
Technical objectives (short term)
• Controlled self-organization of structures (such as photonic crystals)
• RT operating Quantum Cascade Lasers
• Novel function enabling materials (metamaterials, e.g. negative refractive indices)
• Controlled self assembling of hybrid integrated photonics devices
Technical objectives (mid term)
ICT Photonics Call 2007
“Photonic Components & Subsystems”
call identifier: FP7-ICT-2007-2
call published: 12 June 2007
call closure: 9 October 2007
indicative budget: 90 M€
Photonics component research FP5 – FP7
Source: European Commission
Structure of the call
Core Photonic Components & Subsystems
Application-specific Components & Subsystems
Application-specific Components & Subsystems
Underlying Technologies
Organic and large-area electronics and display systems (including OLEDs) - Call 1
The Network of the Future (broadband networks and ultra high speed) - Call 1
ICT for Health – Call 1
Future and Emerging Technology - Open Call
Other ICT call topics relevant to Photonics
• Materials (Activity 4.2)– Knowledge-based smart materials with tailored
properties– Non-(Si,Ge) based semiconductors for electronics
and photonics
• Integration of technologies for industrial applications (Activity 4.4)– Expanding the limits of advanced materials
processing applications through a new generation of high brilliance lasers
Photonics in NanoMatPro (NMP)
Thank you
Contact: [email protected]
www.photonics21.org
http://cordis.europa.eu/fp7/ict/photonics/home_en.htmlhttp://cordis.europa.eu/fp7/ict/photonics/home_en.html
www.photonics21.orgwww.photonics21.org
Information:
Thank you
Contact: [email protected]
www.photonics21.org
• Inventory of European Optics and Photonics Research and Industry:
www.opera2015.org
Additional sources:
www.micro-optics.org/deper
