🚀 ALLEGRO: Transforming Metro-Backbone Networks with Smart Optical Innovation 🚀 As we move toward beyond 5G and 6G, the demand for ultra-high capacity, low-latency, and energy-efficient metro-backbone networks is greater than ever. ALLEGRO is leading this...
As networks evolve to support 5G/6G x-haul connectivity, traditional P2P connections—though offering high capacity—come with high costs due to the sheer number of components and fibres required. ALLEGRO is pioneering a more cost-efficient and scalable solution by...
As network demands surge, the metro-backbone must evolve to support ultra-high capacity, low latency, and energy-efficient connectivity. ALLEGRO is driving this transformation with a disruptive, smart, and sliceable packet-optical network designed to meet the...
The next decade of networking demands a disruptive approach—one that seamlessly integrates access, metro, and data center networks. ALLEGRO is pioneering a visionary architecture designed to redefine scalability, efficiency, and resilience in large-scale...
The future of network infrastructure demands scalability, efficiency, and convergence. ALLEGRO is leading the way with a Long-Reach Access Network that integrates access and metro-edge networks through coherent PON and SDM-DWDM technologies.🔹 IP Router Bypass:...
At ALLEGRO, we are pushing the boundaries of backbone network capabilities by exploring next-generation high-capacity transmission solutions. Our work focuses on numerical analyses and experimental validation, when possible, to upgrade current 400G solutions toward...
We are excited to share ALLEGRO D2.1, focusing on the definition of use cases, requirements, architecture, and demo environments for next-generation optical networks!📡 Meeting the Bandwidth ChallengeWith the increasing demand for high-capacity networks, C+L-band...
We're excited to share a high-performance architecture that seamlessly integrates with current WSS technologies and the ALLEGRO data plane!🔍 Key Functionalities:✅ Efficient downstream traffic management—SCs are broadcast via power splitters and selectively passed by...
As optical networks evolve, the need for efficient WSS architectures becomes critical. In the ALLEGRO project we are developing a system that optimizes signal routing and enhances network flexibility.🔹 Input WSS – Directs all SCs from incoming roots to a dedicated...
The evolution of metro networks continues to build on coherent single-carrier transceiver technologies, but the future lies in adaptive S-BVT transceivers powered by multicarrier technologies.Key innovations include:âś… VCSEL-based S-BVTs: Exploring new transmitter and...