Crosstalk noise is an intrinsic characteristic as well as a potential issue of photonic devices.
In large scale optical networks-on-chips (ONoCs), crosstalk noise could cause severe …

Intercore communication in many-core processors presently faces scalability issues similar
to those that plagued intracity telecommunications in the 1960s. Optical communication …

Photonic devices fabricated with back-end compatible silicon photonic (BCSP) materials can
provide independence from the complex CMOS front-end compatible silicon photonic …

Silicon microring modulators are critical components in optical on-chip communications. In
this paper, we develop theoretical compact models for optical transmission, power …

Abstract Number of cores in many-core architectures are scaling to unprecedented levels
requiring ever increasing communication capacity. Traditionally, architects follow the path of …

The advancement of silicon photonics promises integrated optical switches to provide high-
bandwidth, low-latency, and low-power communications in data centers. An optical switch's …

Network on Chip (NoC) has established itself as a new paradigm for future generations of
systems-on-chips (SoC) by providing the possibility of on-chip communication among the …

Silicon photonic is the theory and application of photonic systems that utilize silicon as an
optical medium. The fabrication compatibility with current CMOS processes offer vast …

Present-day focus on multicore research has not only increased computing power but also
power-and bandwidth-efficient communication among cores. On-chip communication …

The ultimate goal of nonlinear optics has been all-optical systems in which processing
(logic) functions work in tandem with interconnections to carry out processing without …