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8/4/2019 Photonic Components
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Objective ICT-2009.3.7
Photonics
Dr. Gustav KalbeHead of Sector Photonics
European Commission
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Key Messages
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* 12/11/2007
Call-2 Evaluation
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Survival kit
Questions on scope:
Ask us / refer to us any time
Pre-proposal check service !!!
Background document (coming soon)
Information Events
Taking part in forthcoming EU and TSB collaborative competitions
University College London, 12 May
4th Photonics Concertation Meeting, NTUA Athens, 10/11 Septemberhttp://cordis.europa.eu/fp7/ict/photonics/concertmeet_en.html
European R&D for Components, Systems, Engineering within ICT Call
5, 25 June, Basel http://www.ideal-ist.net/events/challenge-3-face2face-in-basel
http://cordis.europa.eu/fp7/ict/photonics/concertmeet_en.htmlhttp://www.ideal-ist.net/events/challenge-3-face2face-in-baselhttp://www.ideal-ist.net/events/challenge-3-face2face-in-baselhttp://cordis.europa.eu/fp7/ict/photonics/concertmeet_en.html8/4/2019 Photonic Components
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WP Content
Communications
Light Sources
Imaging
Hig
h-Power Lasers
Bio-Photonics
a)
III-V Foundryb)
ERA-NET Plus
c) SME & researchersInternational Coop.
Education
d)
Call-4
Coordination &Support
Applications
manufacturing
NEW
extension
NEW
NEW
extension
NEW
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Watch out for
a)1) integration, intelligence, higher
functionality, distance agnostic, 1.1
a)2) no luminaires
a)4) system integration is innovation
a)5) cutting, welding, ...
b) Call-2 = Si, now III-V d) no travel agency
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Some figures
Call-5 open/close:31 July 2009 3 November 2009
Funding Schemes (objective dependent):
IP, STREP = 47 M CA, SA = 3 M
ERA-NET Plus = 10 M
Budget flexibility (funding schemes) min 23.5 M IP
min 15.7 M STREP
max 3 M CSA
Call-4
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And the web...
Call-5
http://cordis.europa.eu/fp7/ict/participating/calls_en.html
FP7 Photonics
http://cordis.europa.eu/fp7/ict/photonics/home_en.html
running projects
Call-5 / ICT-2009.3.7
background document
Evaluation of proposals
Photonics21 Platformhttp://www.photonics21.org
EU R&D initiatives, projects, players, ...
http://www.opera2015.org/home.asp
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For completeness
the Photonics WP in detail
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General Issues
addresses Photonics technologies, components and(sub)systems (innovative devices)
driven by key applications/social needs
cost-effective (context dependent) from advanced research opening new opportunities to
application-driven research with a view to industrialisation
priority given to novel or breakthrough approachesrather than incremental developments
system integration (where meaningful) includingelectronics/photonics integration (photonics on silicon)
reduction ofpower consumption per circuit / function
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a) Photonic Components & Subsystems
1)Communications
future-proof networks, any part of network (incl.
interconnects), integration, more bits/photon,
higher functionality, reduced network
complexity ...
IP, STREP
Complementary to Objective ICT-2009-1.1 TheNetwork of the Future
c) Ultra high capacity optical transport/access
networks
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Objective 3.7
Photonic Components & Systems
- Communications
Objective 1.1
The Network of the Future
ultra-high capacity networks
components & systems
(for a particular NGN concept)network architecture & protocols
core/access convergencedistance independent challenges
(long-haul intra-chip)
new components for NGN(tracking network concepts)
off-the-shelf components
higher functionality
(throughput, intelligence,
integration, low power)
multi-service / multi-protocol
Proposals should be submitted either to Obj. 1.1 (C4) or to
Obj. 3.7 (C5), according to the centre-of-gravity
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a) Photonic Components & Subsystems
2)Lighting and Light Sources
high efficiency, color spectrum, LEDs, for
lighting / illumination
solid-state laser sources for projectors,
displays, ...
IP, STREP
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a) Photonic Components & Subsystems
3)Bio-photonics
molecular/functional imaging
minimally-invasive/point of care treatment &
monitoring
STREP
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a) Photonic Components & Subsystems
4)Cost-effective high-performance imaging for
safety & security CMOS, single-photon, video-rate, uncooled
multi-feature, smart pixel arrays, multi-spectral, sub-
ps timing precision, on chip-pre-processing
STREP
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a) Photonic Components & Subsystems
5)Highly integrated components for high power
lasers fibres & fibre lasers with integrated functions
diode lasers with new functions
STREP
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Reinforce European leadership
Reinforce European industrial
competitiveness Create new opportunities for practical
applications
Expected Impact
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Cost-effective versatile foundry processes
for photonic integrated components based on III-V
semiconductors (possibly combined with other materials)
can include module integration & packaging (wherenecessary)
design/process interface based on widely agreed
concepts / standards
design supported by design-rule & library basedplatforms
IP
b) III-V foundry processes
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Reduce non-recurring engineering costs
provide cost-effective access for SME
access for fab-less suppliers
smooth path from design to prototype
Expected Impact
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d) Coordination and support actions
SME & researchers support
access to photonics technology & designexpertise
access to prototype components &
manufacturing facilities
CSA
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foster take-up of advanced photonic
technologies towards innovativeproducts
Expected Impact
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d) Coordination and support actions
International cooperationprocedures to measure LED/OLED lighting
performances
exchange of best practices from deployment of
mature LED/OLED
development of LED/OLED lighting standards
workshops on advanced photonics researchtopics, research roadmaps
CSA
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cooperation between EU / 3rd country
for mutual benefits
Expected Impact
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d) Coordination and support actions
Education and training (excludes direct
support of conferences) secondary school level outreach activities to
encourage interest in photonics
transnational third level education programmes
in photonics
CSA
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new generation with photonics skills &
expertise
create entrepreneur skills
Expected Impact
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Thank you for your attention !