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Postgraduate ypec-2024

PG05 – Photonic System-on-Chip for Ultrahigh-Speed Communications and Computing

Due to the proliferation of information, both Artificial Intelligence (Al) and High-Performance Computing (HPC) are experiencing heightened demands. However, the use of conventional electronic integrated circuits, which consumes substantial physical space and energy during the transmission and processing of massive data, imposes limitations on the growth of HPC and Al. Consequently, the industry urgently needs a novel generation of high-speed and low-latency optical interconnection and computing technology. Leveraging the industry’s top-rated optical material, lithium niobate (LN), we have pioneered a wafer-scale nanofabrication technology. This innovation allows us to deliver a photonic system-on-chip that simultaneously features ultrahigh-speed electro-optic modulation and low-loss chip-scale integration while dramatically reducing size and electric energy consumption by >1000. A significant boost in device performance. We’re not just improving the technology – we’re redefining it.

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