Optical Systems Division - · PDF fileOptical Systems Division ... •Optical Transport...

Optical Systems Division
Alberto Paradisi
Manager

CPqD
History and Evolution
Corporate Governance
Benefits for the Society
Our Team
Laboratory
Our Projects
Cooperation areas
Contents

International
competitive
Integration
CPqD as an independent organization
Substitution
of Imported
Products
Creation of
TELEBRS
TELEBRS
creates CPqD
Business
Openings
Privatization
TELEBRS
and CPqD
New
markets
Internationalization
Creation of Companies
Company History and Evolution
1972 1976 1990 1998 ...2010

Formerly:
TELEBRS R&D Center (founded in 1976)
Today:
CPqD is a an independent organization (since 1998 = Privatization TELEBRS)
Non-profit foundation that works in strategic R&D projects (ICT areas) with Brazilian Ministry of Communications
Research and Development Center in
Telecommunication

Private Law Foundation
"Private company without shareholders"
Profit Reinvested
Directive Council
Executive Board
Audit Committee
R&D Forum
Technical-Scientific Council (Brazilian IT Law)
CPqD: Corporate Governance

Building intellectual capital
Creating jobs
Digital inclusion
Wealth generation
Longevity of CPqD
Benefits for the Society

Innovation in optical communications and networking technologies to help
(mainly, but not exclusively) Brazilian companies and society
Technology licensing
R&D is our focus!
Padtec: created in 2001 with focus on WDM; US$ 100M revenue in 2010;
WDM market leader in Brazil, with growing presence in South America
and Europe

Research in
Technologies
Development of new
Technologies
Product Development
and Technological
Services
Innovation funnel

Technology Guiding Trends

Optical Access Networks
Optical Transport Networks
WDM transmission
Optical Network Control
and Monitoring
Optical sensors

Research on long distance, scalable and high capacityoptical access networks based on Passive Optical Networkarchitecture.
Research on advanced, flexible and reliable hybrid WDMand packet transport network technologies.
WDM Transmission
Research on WDM transmission and amplificationtechnologies for long distance optical systems beyond100Gbps.
Optical Network Control and Monitoring
Research on control plane and advanced performance monitoring technologies for WDM and packet networks.
Optical Sensors
Research on devices and techniques for optical sensoring
Research

Development
Development of standard based G-PON and XG-PONsystems.
Development of standard based ROADM, OTN and MPLS-TP systems.
WDM Transmission
Development of standard based coherent 100Gbps opticaltransponder and hybrid EDFA-Raman amplification.
Optical Network Control and Monitoring
Development of standard based GMPLS control plane for WDM and packet networks.

Transfer R&D results to Brazilian Industries
Technology Outcomes
EDFA-NG, ROADM and GMPLS for reconfigurable WDM
networks
G-PON system with ONT, OLT, Layer-2 switch
and management plane
WDM 100G transmission DP-QPSK
with coherent detection

Competences Research
Optical
Transmission and amplification
Access
Networking and Transport Protocols
Devices and Sensors
Engineering
Hardware - board design
FPGA
Network processor
Electromechanical design and packaging
Embedded systems and protocols

PhD 6
MSc 15
Specialists 2
College Graduates 49
Total 78
Optical research group
Our Team
Technical Support 6
Expected to double
in 2013
http://dgp.cnpq.br/buscaoperacional/detalhegrupo.jsp?grupo=0074304E1PXVV3http://dgp.cnpq.br/buscaoperacional/detalhegrupo.jsp?grupo=0074304E1PXVV3http://dgp.cnpq.br/buscaoperacional/detalhegrupo.jsp?grupo=0074304E1PXVV3http://dgp.cnpq.br/buscaoperacional/detalhegrupo.jsp?grupo=0074304E1PXVV3http://dgp.cnpq.br/buscaoperacional/detalhegrupo.jsp?grupo=0074304E1PXVV3http://dgp.cnpq.br/buscaoperacional/detalhegrupo.jsp?grupo=0074304E1PXVV3http://dgp.cnpq.br/buscaoperacional/detalhegrupo.jsp?grupo=0074103LU2BNX4

Laboratory
Hardware
Software
Optical
System
Experimental testbed
Giga Network http://www.projetogiga.org.br
http://www.projetogiga.org.br/

Areas Objective
Access / Amplification
To research and develop long reach PON, XG-PON and Next-Generation PON architectures, devices and systems
Microelectronics To develop Optical Transport Network and advanced FEC technology inFPGA for up to 100Gbps
Transmission To research and develop innovative technologies for 100Gbps systemsand beyond (e.g. coherent detection, DP-QPSK, QAM, O-OFDM)
Control To research automated, self-aware and reconfigurable optical networks(e.g. flexible grid allocation, adaptive modulation formats, performancemonitoring, physical-layer-aware control plane)
Transport To develop packet transport technologies based on MPLS-TP
protocol and network-processor implementation
Transmission / Amplification
To research and develop hybrid and self-configurable opticalamplification.
Our Projects

Areas Objective
Testbed To develop and demonstrate advanced optical technologies, servicesand experimentation (http://www.projetogiga,org.br )
Control To research and demonstrate Openflow-based control of opticalnetworks
Transport To research and demonstrate advanced Ethernet protocols for
reliable packet transport
Sensors To research and develop discrete brush sensors to measure dust depositbased on optical technologies
Sensors To research and develop distributed temperature sensors based onRaman and Brillouin scattering
Microelectronics To develop advanced ASIC for digital signal processing in coherentoptical receiver*
Our Projects
* Under study
http://www.projetogiga,org.br/http://www.projetogiga,org.br/http://www.projetogiga,org.br/http://www.projetogiga,org.br/http://www.projetogiga,org.br/http://www.projetogiga,org.br/http://www.projetogiga,org.br/

Cooperation areas

xxx
[email protected]
(19) 3705-xxx
www.cpqd.com.br

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