Optical technology is now established as the basis of a future integrated broadband communication network (IBCN). The capacity of an optical system can be increased by the development of transmission and switching facilities of the coherent multicarrier (CMC) technique. This contribution concentrates on the structure and technology of a CMC crossconnect, which may be realized as an integrated optical polymer circuit. The manufacture of passive polymer waveguide devices is presented. Further electro optical polymer devices and erbium doped PMMA applications are discussed
A hybrid integration technology on a polymer platform integrating polymer waveguides with optoelectr...
Future bandwidth needs force the development of optical interconnects for data transmission at board...
The rapidly rising data transmission rates both in telecommunication and computer networks generate ...
Abstract: Basic polymer waveguide technologies actually applied for optical interconnects are re-vie...
Activities associated with the development of coherent optical communication systems for application...
This chapter introduces the background for the development of highly functional photonic devices as ...
Compared with electrical interconnects, optical interconnects offer several advantages, such as high...
Abstract—We report on advances in polymeric waveguide technologies developed worldwide for the telec...
This dissertation presents a study of multimode polymer waveguide technology for use in board-level ...
Embedded optical architectures are required in data center and network systems to replace the electr...
This paper discusses the technology development for integration of parallel optical interconnects on...
The paper describes the research in the £1.3 million IeMRC Integrated Optical and Electronic Interco...
A new-generation interconnect for optical backplane systems based on printed circuits board is prese...
In this paper, different hybridly integrated optical devices including optical multiplexer/demultipl...
Optical interconnects are increasingly considered for use in high-performance electronic systems. Mu...
A hybrid integration technology on a polymer platform integrating polymer waveguides with optoelectr...
Future bandwidth needs force the development of optical interconnects for data transmission at board...
The rapidly rising data transmission rates both in telecommunication and computer networks generate ...
Abstract: Basic polymer waveguide technologies actually applied for optical interconnects are re-vie...
Activities associated with the development of coherent optical communication systems for application...
This chapter introduces the background for the development of highly functional photonic devices as ...
Compared with electrical interconnects, optical interconnects offer several advantages, such as high...
Abstract—We report on advances in polymeric waveguide technologies developed worldwide for the telec...
This dissertation presents a study of multimode polymer waveguide technology for use in board-level ...
Embedded optical architectures are required in data center and network systems to replace the electr...
This paper discusses the technology development for integration of parallel optical interconnects on...
The paper describes the research in the £1.3 million IeMRC Integrated Optical and Electronic Interco...
A new-generation interconnect for optical backplane systems based on printed circuits board is prese...
In this paper, different hybridly integrated optical devices including optical multiplexer/demultipl...
Optical interconnects are increasingly considered for use in high-performance electronic systems. Mu...
A hybrid integration technology on a polymer platform integrating polymer waveguides with optoelectr...
Future bandwidth needs force the development of optical interconnects for data transmission at board...
The rapidly rising data transmission rates both in telecommunication and computer networks generate ...