The future of 6G demands groundbreaking innovations in network technology, and ALLEGRO is leading the charge with photonic and plasmonic transceiver technologies designed to deliver cost and power efficiency.
Key Innovations:
🌐 Smart, Sliceable Bandwidth/Bitrate-Variable Transceivers (S-BVT):
Supporting bitrates up to 1Tb/s per optical carrier (plasmonics) for high-performance demands.
Enabling cost-effective, low-power options (photonics) for lower bitrate applications.
🌈 Advanced Optical Capabilities:
Polarization-independent SOA amplifiers operating in the C+L and O bands.
Waveguide meshes implementing N×N matrices for sliceable optical multiplexing and real-time photonic digital signal processing (DSP).
✨ Sliceable BVT Architecture Highlights:
Dynamically varies optical bandwidth/bitrate to adapt to channel conditions.
Selects optimal parameters (modulation format, wavelength, rate/performance) for efficient traffic management.
Multi-flow, multi-rate, multi-format, and multi-reach transmission: Supports single or multiple independent flows to one or more destinations via point-to-multipoint functionality.
🔄 Flexible Flow Aggregation/Distribution:
Incorporates bandwidth-variable WSSs or reconfigurable photonic processors to aggregate/distribute flows seamlessly, enabling unparalleled adaptability in the data plane.
With these advancements, ALLEGRO is redefining transceiver technology, making 6G applications not just feasible but highly efficient and scalable.
Let’s build the future together. Share your thoughts or connect to explore these innovations!
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