News Article
CMOS Photonics project HELIOS awarded €8.5m research funding
The European Commission (EC) has launched in May 2008 a new CMOS Photonics project within the Information and Communication Technologies (ICT) theme of the 7th Framework
Programme (FP7).
Programme (FP7).
The project HELIOS (pHotonics ELectronics functional Integration on CMOS) gathers 19 European partners and aims at combining a photonic layer with a CMOS circuit by different innovative means. This 4-year project is coordinated by CEA-LETI and has been awarded a grant valued at 8.5 Million Euros. HELIOS will allow to combine a photonic layer with a CMOS circuit by using microelectronics fabrication processes. It will make CMOS photonics accessible to a broad circle of users in a foundry like, fabless way.
The objectives of the project are manifold and include:
Development of high performance generic building blocks for a broad range of applications: WDM sources by III-V/Si heterogeneous integration, fast modulators and detectors, passive circuits and packaging.
The building and optimisation of a complete production chain for complex functional devices. Integration of electronics and photonics in a single chip will be addressed not only at process level but also through the development of an adequate design environment
Demonstrating the power of this CMOS photonics production chain through several complex photonic ICs that address different industrial needs. These include a 40Gb/s modulator, a 10x10 Gb/s transceiver, a Photonic QAM-10Gb/s wireless transmission system and a mixed analogue and digital transceiver module for multifunction antennas.
Investigating also some more promising but more challenging alternative approaches, such as silicon lasers and amorphous silicon modulators. These concepts offer clear advantages in terms of integration on CMOS for the next generation of Photonic ICs · Road mapping, dissemination and training, to strengthen the European research and industry in this field and to raise awareness of new users about the interest of CMOS Photonics.
CMOS Photonics is an intensely active research topic that may lead to low-cost solutions for a range of applications: optical communications, optical interconnections between semiconductor chips and circuit boards, optical signal processing, optical sensing, and biological applications. By co-integrating optics and electronics on the same chip, high functionality, high performance and highly integrated devices can be fabricated, while using well mastered microelectronics fabrication process. Another advantage of CMOS photonics is that its success will move the emphasis from the component to the architecture. In other words, industrial and RTD efforts could be focused on new products or new functionalities rather than on the technology level.
The objectives of the project are manifold and include:
Development of high performance generic building blocks for a broad range of applications: WDM sources by III-V/Si heterogeneous integration, fast modulators and detectors, passive circuits and packaging.
The building and optimisation of a complete production chain for complex functional devices. Integration of electronics and photonics in a single chip will be addressed not only at process level but also through the development of an adequate design environment
Demonstrating the power of this CMOS photonics production chain through several complex photonic ICs that address different industrial needs. These include a 40Gb/s modulator, a 10x10 Gb/s transceiver, a Photonic QAM-10Gb/s wireless transmission system and a mixed analogue and digital transceiver module for multifunction antennas.
Investigating also some more promising but more challenging alternative approaches, such as silicon lasers and amorphous silicon modulators. These concepts offer clear advantages in terms of integration on CMOS for the next generation of Photonic ICs · Road mapping, dissemination and training, to strengthen the European research and industry in this field and to raise awareness of new users about the interest of CMOS Photonics.
CMOS Photonics is an intensely active research topic that may lead to low-cost solutions for a range of applications: optical communications, optical interconnections between semiconductor chips and circuit boards, optical signal processing, optical sensing, and biological applications. By co-integrating optics and electronics on the same chip, high functionality, high performance and highly integrated devices can be fabricated, while using well mastered microelectronics fabrication process. Another advantage of CMOS photonics is that its success will move the emphasis from the component to the architecture. In other words, industrial and RTD efforts could be focused on new products or new functionalities rather than on the technology level.
