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Revolutionary Tech: 38 Tbps Data Transfer Unveiled!

3/14/2025

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Summary

IBM and Fudan Innovations

A groundbreaking compact traveling-wave parametric amplifier crafted by researchers at IBM and EPFL boasts over 10 dB gain across a remarkable 140 nm bandwidth. Simultaneously, Fudan University unveiled a silicon photonic multiplexer chip capable of transmitting data at an astonishing 38 Tbps. Together, these innovations are set to revolutionize optical communication, paving the way for faster data transfer in AI and high-performance computing.

Summary

China's Semiconductor Ascendancy

China has surged ahead of South Korea in memory chip technology, now claiming the second spot worldwide, as revealed by a KISTEP report. This remarkable leap underscores China's strides in high-density resistive memory and AI semiconductors. Even amidst US export restrictions, China's unified national strategy is driving transformative growth in the global semiconductor arena.

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IBM and Fudan Innovations

A groundbreaking compact traveling-wave parametric amplifier crafted by researchers at IBM and EPFL boasts over 10 dB gain across a remarkable 140 nm bandwidth. Simultaneously, Fudan University unveiled a silicon photonic multiplexer chip capable of transmitting data at an astonishing 38 Tbps. Together, these innovations are set to revolutionize optical communication, paving the way for faster data transfer in AI and high-performance computing.

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