The new 'Optoelectronics on Fiber' technology envisions novel fiber based active platforms combining the unique characteristics of the optical fibers with miniaturized advanced optoelectronic chips. Many reliable chip-to-fiber integration procedures have been recently proposed, giving rise to actively controllable multifunctional all-fiber devices with emission, detection, modulation, and sensing capabilities integrated in a single unit. The possibility to squeeze the entire optical interrogation setup (source, fiber, detector) into a single unit, with compact footprint, represents a technological and scientific breakthrough in many fields ranging from IoT up to biomedical technologies, that are currently limited by bulky interrogation systems.
Active fibers: integration of miniaturized optoelectronic devices on optical fibers
Ricciardi, Armando;Piccirillo, Federica;Micco, Alberto;Giaquinto, Martino;Cusano, Andrea
2024-01-01
Abstract
The new 'Optoelectronics on Fiber' technology envisions novel fiber based active platforms combining the unique characteristics of the optical fibers with miniaturized advanced optoelectronic chips. Many reliable chip-to-fiber integration procedures have been recently proposed, giving rise to actively controllable multifunctional all-fiber devices with emission, detection, modulation, and sensing capabilities integrated in a single unit. The possibility to squeeze the entire optical interrogation setup (source, fiber, detector) into a single unit, with compact footprint, represents a technological and scientific breakthrough in many fields ranging from IoT up to biomedical technologies, that are currently limited by bulky interrogation systems.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


