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 …

Optical random access memories (RAMs) have been conceived as high-bandwidth
alternatives of their electronic counterparts, raising expectations for ultra-fast operation that …

We experimentally demonstrate an all-optical static random access memory (RAM) cell
using a novel monolithic InP set-reset flip-flop (FF) chip and a single hybridly integrated …

During the past years, the limited access-times and memory bandwidth in electronic random-
access memory (RAM) has triggered a concerted research effort towards deploying optical …

We experimentally demonstrate the first all-optical Ternary-Content Addressable Memory (T-
CAM) cell that operates at 10Gb/s and comprises two monolithically integrated InP Flip …

During the past years, optical memories have emerged as the main way to enable fast
access times and increased memory bandwidth in synergy with optical interconnections …

We report for the first time, to the best of our knowledge, the experimental demonstration of a
complete all-optical 2-bit Address Look-Up (AL) table that performs address matching and …

We demonstrate a frequency and time domain analysis for optical random access memory
(RAM) cells that rely on semiconductor optical amplifier (SOA)-based switches but employ …

Electronic Content Addressable Memories (CAM) implement Address Look-Up (AL) table
functionalities of network routers; however, they typically operate in the MHz regime, turning …

The need of faster access-times and increased memory bandwidths has triggered a
concerted research effort towards deploying optical memory circuitry, targeting at the apex of …