Physical Layer Digital Twin in Optical Transport
In optical networking, the physical layer (PHY) is the foundation—comprising network elements...
Digital Twin & Modeling in Optical Networks
The Digital Twin (DT) concept, first introduced by NASA, has evolved into a powerful tool across...
Complexity Reduction of Neural Networks Using Multi-Task Learning (MTL)
As long-haul coherent-detection DWDM optical transmission systems push the limits of spectral and...
Evaluating the Benefits of Computational Complexity Reduction in Neural Networks
In our latest study, we explore the impact of computational complexity (CC) reduction in NN-based...
Complexity Reduction in Neural Network Equalizers
Optimizing computational complexity (CC) is key to deploying efficient NN equalizers on...
Optimizing Optical & Digital Signal Processing for Multi-Core Fibres & Optical MIMO in SDM-PON
As demand for high-speed data transmission grows, energy efficiency in optical communication...
Advancing the Packaging of ALLEGRO Devices & Subsystems
In the ALLEGRO project, packaging plays a crucial role in ensuring optimal performance and...
Advancing O-band SOA Integration in Silicon Photonics!
As part of the ALLEGRO project, we are excited to share progress on the O-band Semiconductor...
Optical Switch Tape-out Successfully Completed!
Exciting progress in the ALLEGRO project! Our silicon photonic switch layout has been finalized...
Advancing Optical Switching with ALLEGRO’s O-band Optical Switch
The demand for scalable, high-performance optical switches is growing, and ALLEGRO is tackling...