G. Prati - The integrated center between TeCIP and CNIT

Giancarlo Prati
December 6, 2013
Welcome
@ TeCIP
Institute of Communication, Information,
and Perception Technologies (TeCIP)
http://tecip sssup it
http://tecip.sssup.it
•
•
•
5.500 m
5
500 m² total surface in the CNR Area of Pisa + 800 m
total surface in the CNR Area of Pisa + 800 m² clean room
clean room
Colocated with National Inter‐University Consortium for Telecommunications (CNIT) Laboratory of Photonic Networks and Ericsson R&D Lab
TeCIP Institute has settlement in “La Fontina” district (1150 m²) and in La Spezia and Livorno
going back to roots...
“Pisa Photonics”: seeding the Institute
launched on January 20, 2001
“Maximising
Maximising ecosystem sinergy
sinergy”
>80 pers
28 pers
>50 pers
CNR Area S.Cataldo
10-year
10
year agreement
agreement:
I 2010
In
t
unique
set-up
renewed
with
in the
Ericsson
Italian
panorama
up to
2015
Figures
about
CNIT:
37 universities
1400 faculties
49 employees
>100 temp staff
3 Nat’l Labs
Figures
about
CNIT:
PARMA
FLORENCE
GENOA
PISE
37 universities
1400 faculties
49 employees
>100 temp staff
3 Nat’l Labs
CAGLIARI, NAPLES
CNIT Photonic Networks National Laboratory
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•
•
•
•
•
•
Co-located with the TeCIP Institute
2 Heads of Research Area
2 Heads of Research
8 Senior Researchers
3 Technicians
10 Research
R
h Scholars
S h l
3Administrative Staff
Visiti prof/stud
Visiting
f/st d
basics on TeCIP
T CI Institute...
I
TeCIP Institute Organisation
TeCIP Institute,, Scuola Sant’Anna
Photonic
Ph
t i Networks
N t
k
Nat’l Lab
CNIT
Real-time
Real
time
Informatics
Photonic
Communication
Perceptual
Robotics
3 macro-areas,
ac o a eas, o
one
e mission:
ss o
High
g tec
technology
o ogy
to boost
competitiveness
is a strategic
asset for
TeCIP Institute Organisation
TeCIP Institute,, Scuola Sant’Anna
Photonic
Ph
t i Networks
N t
k
Nat’l Lab
CNIT
Networks &
Services
Photonic
Communication
Optical
Communication
y
Systems
Optical
Communication
Theory &
Techniques
High-capacity
Optical
Communications
Fiber sensors
& Integrated
g
Photonic
Subsystems
Inphotec Centre
@ TeCIP
T CIP
Institute Pisa
Advanced
Technologies
for Integrated
Photonics
Digital &
Microwave
Photonics
CNIT Silicon
Photonics
Design Center
High
g tec
technology
o ogy
to boost
competitiveness
is
a strategic
asset for
7 areas w. leader,
2 centers,
83 people
(28 CNIT)
Macro-area: Real-time Informatics
Areas
• Real‐Time Systems • Resource Management
Reso rce Management
• Embedded Systems Design
• Networks of Networks of
Embedded Systems
Macro-area: Perceptual Robotics
Areas
• Human‐Robot Interaction
• Computer Graphics & Virtual Environment
• Intelligent Automation Systems
TeCIP Institute Figures
Research Projects
74 Research Projects:
23 European
3
p
Projects
j
21 Industrial Projects
3 Government Projects
10 Projects by other public bodies
17 Other Projects
2012 Annual
A
l Turnover:
T
M€ 8.5
8
(from research contracts, tenured personnel not included)
(2012)
Main sources of research funds
2012
2010
E U PROJECT
PARTNER
DISTRIBUTION'
S SHARE
TRAINING
1%
OTHER PUBLIC
BODIES
8%
PRIVATES
28%
25%
OTHERS
3%
MINISTRY OF
THE
EUROPEAN
UNION AND
TUSCANY
REGION
26%
UNIVERSITY
AND
RESEARCH
9%
2011
E U PROJECT
PARTNER
DISTRIBUTION'S
SHARE
18%
TRAINING
0%
PRIVATES
21%
OTHERS
5%
MINISTRY OF
EUROPEAN
UNION AND
TUSCANY
REGION
38%
THE
UNIVERSITY
AND
RESEARCH
18%
Graduatoria
G
adua o a nazionale*
a o ae d
dipartimenti
pa
e d
di medie d
dimensioni
e so
Area 09 - Ingegneria Industriale e dell’Informazione
* Valutazione ANVUR
ANVUR-MIUR
MIUR della Qualità della Ricerca 2004-2010
2004 2010
1,60
1,40
1,20
1,00
0,80
0 60
0,60
0,40
0,20
0,00
VQR - Graduatoria nazionale
nazionale* assoluta
nel settore ING
ING--INF/03 Telecomunicazioni
* Valutazione ANVUR
ANVUR-MIUR
MIUR della Qualità della Ricerca 2004-2010
2004 2010
1,20
1,00
0,80
0,60
0,40
0,20
0,00
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
Teaching programmes
• 3‐year PhD program in Emerging Digital Technologies
• 2‐year Int’l Master on Communication
’l
Networks
k Engineering
•2
2‐year
year Erasmus
Erasmus Mundus Masters on Photonic
on Photonic Networks
coordinated by Scuola Superiore Sant’Anna with Technische Universität Berlin, Aston University, Osaka University
• 2 “Laurea Magistrale” joint degree with Università di Pisa:
ԟ Computer Science and Networking
p
g
ԟ Embedded Computing Systems
• 2 Double
2 Double Degree Programmes
with Università di Trento:
Università di Trento:
ԟ Information and Communication Technologies
ԟ Computer Science and Engineering
Educcation
n
Reesearcch
Extra-EU International Collaborations
• University of British Columbia (UBC), Canada *
• University of California at Santa Barbara (UCSB),
(UCSB) USA *
• University of Tokyo, Japan
gy ((KIST),
) S.Korea
• Korean Institute of Science and Tecnology
• National Institute of ICT (NICT), Japan
• Inha University/OPERA,
University/OPERA, Incheon, S.Korea
• University of California at Davis (UCD),
(UCD) USA *
• Institut National de la Réchérche Scientifique,
Scientifique, Québec, Canada *
y (MIT), USA
• Massachusetts Institute of Technology
• Osaka University,
University, Japan *
* 1 person is there
• Waseda University,
University, Japan
for 1-2 year stay
• Boston University
University,, USA *
• University of Southern California (USC), USA *
Erasmus Mundus Masters
in Photonic Networks
E i
Engineering
i
(MAPNET)
• Scuola Superiore Sant’Anna (coordinator)
• Technische Universität Berlin, Germany
• Aston
A t University
U i
it Birmingham,
Bi i h
UK
• Osaka University, Japan
Educcation
n
Reesearcch
Extra-EU International Collaborations
• University
of British Columbia
(UBC), Canadanode
*
Our packet-switching
all-photonic
experiment
• University of California at Santa Barbara (UCSB),
(UCSB) USA *
at
NICT,
Japan
• University of Tokyo, Japan
gy ((KIST),
) S.Korea
• Korean Institute of Science and Tecnology
• National Institute of ICT (NICT), Japan
• Inha University/OPERA,
University/OPERA, Incheon, S.Korea
• University of California at Davis (UCD),
(UCD) USA *
• Institut National de la Réchérche Scientifique,
Scientifique, Québec, Canada *
y (MIT), USA
• Massachusetts Institute of Technology
• Osaka University,
University, Japan *
* 1 person is there
• Waseda University,
University, Japan
for 1-2 year stay
• Boston University
University,, USA *
• University of Southern California (USC), USA *
Erasmus Mundus Masters
in Photonic Networks
E i
Engineering
i
(MAPNET)
• Scuola Superiore Sant’Anna (coordinator)
• Technische Universität Berlin, Germany
• Aston
A t University
U i
it Birmingham,
Bi i h
UK
• Osaka University, Japan
Technology
gy Readiness Level ((TRL))
TRL 1.Basic p
principles
p
observed and reported
p
TRL 2.Technology concept and/or application formulated
TRL 3.Analytical & experimental critical function and/or
characteristic proof-of-concept
proof of concept
TRL 4.Component and/or breadboard validation in
laboratory environment
TRL 5.Component and/or breadboard validation in relevant
environment
TRL 6. System/subsystem model or prototype
demonstration in a relevant environment (ground or
space)
TRL 7.System prototype demonstration in a space
environment
TRL 8.Actual system completed and "Flight qualified"
through test and demonstration (ground or space)
TRL 9
9.Actual
Actual system "Flight
Flight proven"
proven through successful
mission operations
Photonic communication
and sensing...
Macro-area:
ac o a ea Photonic
o o c Communication
Co
u ca o
• Networks and Services (P. Castoldi)
• Optical Communication Systems (E. Ciaramella)
O ti l C
i ti S t
(E Ci
ll )
• Optical Communication Theory and Techniques (E. Forestieri)
• Optical Fiber
i l ib Sensors & Integrated Photonics Subsystems &
d h
i
b
(F. Di Pasquale)
• Integrated Photonics Technology Center
I t
t d Ph t i T h l
C t (S.Doneda)
(S D
d )
• High‐Capacity Optical Communication (L. Potì)
• Digital & Microwave Photonics (A. Bogoni) • Advanced Technologies
f Integrated
for
I
d Photonics
Ph
i
(M. Romagnoli)
Scuola
S t’A
Sant’Anna
TeCIP
Commun.
CNIT
IRCPhoNet
National
Laboratory
of Photonic
Networks
Spin-off
Companies
World World Universities
Universities
Industry
R&D
Italian
Italian
Universities
Universities
Spin-off
p
Companies
Photonics ‐ scientific output indicators
25
20
Patents
15
10
5
0
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
2012
2004
2005
90
80
70
60
Publications
bl
50
40
Journals
30
20
Int’l Conferences
10
0
2001
2002
2003
2006
2007
2008
2009
2010
2011
2012
TeCIP Institute – Laboratori di fotonica
1000 Gb/s
Fi ld trial
Field
ti l
in Australia
1 Tb/s @ TeCIP Lab
24
2013: Melbourne-Sydney field trial on
TELSTRA network
New Melbourne Sydney
y
y Central Route
•Approx 980 km, ~165km improvement on Coastal
Route.
•13 Amplifiers sites,
sites 2 Terminals and 1 ROADM site
site.
•~500 fibres measured.
•Increase Availability from 98.976% to 99.521%
•Provide Telstra a low latency competitive advantage.
•Provide a low latency direct optical path to Canberra
Existing Inland Path.
1275 km
Sydney
New Central Path,
Low Latency.
980 km
Canberra
Existing Coastal Path,
1145 km
Typical Remote Site
Melbourne
2013: 1 Tbps Fiber-Optics Comm in Australia
Ultra‐fast OTDM* systems (>1 Tbit/s)
Optical Communication with Coherent Detection (1 Tbit/s)
1 Tbit/s = 1.000.000.000.000 bit/second
Photonic Integrated
I
C
Circuits
(PIC)
Photonic Integrated Circuits (PIC)
TeCIP/CNIT areas can benefit from integrated photonics:
Optical
Networks
and
Services
Optical
p
Communication
Systems
Optical
Commun
Commun.
Theory and
Techniques
Optical
Ultrafast AllAmplification
Optical
and Sensing Subsystems
Digital
Photonics
Photonic
g
Integration
We are moving in this direction : cleanroom facility available in 2014
Silicon Photonics PIC Fab Cleanroom
co-financed
fi
d by
b Tuscany
T
R i Government
Region
G
t
under
construction
a 12 M€
PIC project
substantial
gy
technology
innovation
industry
attractive
unique fab
in Italy
Integrated Photonics Fab for Silicon Photonics
(under construction, available Fall 2014)
CENTRO DI FOTONICA INTEGRATA
30
Equipment for PIC Fab
Photos of some equipment donated by
Pirelli Labs
Equipment for PIC Fab
Photos of some equipment donated by
Pirelli Labs
Front
Back (in
(
grey zone)
Front
Integrated
teg ated Photonics
oto cs Technology
ec o ogy Center
Ce te
Expanding the collaboration with industry: InPhoTeC will provide tools, training and rapid prototyping to industries and other institutions for realizing integrated photonics solutions
Nanofabrication Facility
800‐m2 facility (350‐m2 clean space)
2 class 1000, 25‐m2 class 100, 260‐m
l
l
65‐m2 class 10000
Packaging area 70‐m2 available
Nanofabrication Equipment
5‐nm resolution electron beam lithography
Thin film deposition Etching of silicon and III‐Vs
Packaging line including fiber pigtail and flip‐
chip bonding
Silicon Photonics complete cycle
Silicon Photonics Design Center
The CNIT “Silicon Photonics Design Center” is
directed by dr. Marco Romagnoli
Ge-Si laser
a fundamental step,
subject of research all
around the world
Marco Romagnoli, Giampiero Contestabile, Vito Sorianello, Stefano Faralli, Veronica Toccafondo, Philippe Velha,
and (as contributing members) Claudio Oton Nieto, Paolo Pintus, Nicola Andriolli, Claudio Porzi
Tecnologie avanzate per la fotonica integrata
4 mm
Circuiti p
progettati
g
dal TeCIP:
Integrated transceiver,
16 QAM transmitter,
coherent
h
t receiver,
i
PD coherent receiver,
DCE circuit,,
space switch,
OPLL receiver,
modulator array,
array
PD DPSK receiver,
q
y discriminator
frequency
5.5 mm
Progetto/Simulazione/Caratterizzazione:
TeCIP Institute Pisa
Fonderia/Processo tecnologico:
IME Singapore
g p
35
Microring-based
g
optical
p
switch
CHARACTERIZATION OF PIC @
37
innovating through technology