Numerous challenges present themselves when scaling traditional on-chip electrical
networks to large manycore processors. Some of these challenges include high latency …

Following a decade of radical advances in the areas of integrated photonics and computing
architectures, we discuss the use of optics in the current computing landscape attempting to …

Chip multiprocessor (CMP) is becoming an attractive platform for applications seeking both
high performance and high energy efficiency. In large-scale CMPs, the communication …

Photonic devices are widely used in optical networks-on-chip (ONoCs) and suffer from
crosstalk noise. The accumulative crosstalk noise in large scale ONoCs diminishes the …

Silicon nanophotonics, with its high-speed, low-loss optical interconnects, and high
computation capabilities, is seen as one of the promising technologies that can easily …

This study presents simulation studies on the execution time and energy consumption of
optical multi-socket boards with on-chip, all-to-all, and contention-less arrayed waveguide …

The next generation of MPSoC points to the integration of thousands of IP cores, requiring
high performance interconnect for high throughput communications. Optical on-chip …

2.5 D chiplet systems have showcased low manufacturing costs and modular designs for
machine learning (ML) acceleration. Nevertheless, communication challenges arise from …

Optical networks-on-chip (NoCs) provide a promising answer to address the increasing
requirements of ultra-high bandwidth and extremely low power consumption. Designing a …

Next-generation chip multiprocessors will require communication performance levels that
cannot be achieved by traditional electronic ON-chip interconnects. Silicon photonics has …