C-band Semiconductor Optical Amplifier (SOA) – Pushing the Limits of Datacom Optical Interconnects
The demand for higher capacity and power-efficient WDM switches and transceivers is rising as data...
🔬 Ensuring Functional Chip Quality: ALLEGRO’s Pre-Validation Testing 🔬
In the ALLEGRO project, ensuring high-performance photonic chips starts with a rigorous...
🚀 Advancing Photonic Integration with ALLEGRO’s Waveguide Mesh 🚀
As part of the ALLEGRO project, we are pushing the frontiers of photonic integration with an...
🚀 Advancing Optical Communication: ALLEGRO’s Experimental Setup 🚀
In the ALLEGRO project, we are optimizing the characterization of optical networks through a...
🚀 Advancing Fibre-to-Chip Efficiency in ALLEGRO 🚀
As part of the ALLEGRO project, we are pushing the boundaries of passive component fabrication to...
🔬 Advancing Coherent Photodetectors (PDs) in ALLEGRO! 🚀
In our latest development, the ALLEGRO project continues to push the limits of high-speed...
🔬 IQ Modulators – First Run Testing Underway! 🚀
Exciting progress on the ALLEGRO project! The first run of our IQ modulators is currently...
ALLEGRO: Transforming Metro-Backbone Networks with Smart Optical Innovation
🚀 ALLEGRO: Transforming Metro-Backbone Networks with Smart Optical Innovation 🚀 As we move toward...
🚀 Advancing Long-Reach Access with SDM-DWDM P2MP Transmission 🚀
As networks evolve to support 5G/6G x-haul connectivity, traditional P2P connections—though...
🚀 ALLEGRO: Redefining Metro-Backbone Networks for Beyond 5G/6G 🚀
As network demands surge, the metro-backbone must evolve to support ultra-high capacity, low...