High-Performance Photonic Chips: China's New Technological Breakthrough
In recent years, with the development of technology, yapay zeka, 6G technology and quantum computing Areas such as these are the scene of great competition around the world. In this context, Chinahas taken a significant step forward in the mass production of high-performance photonic chips and has taken its place in this global race. Shanghai Jiao Tong University’s Integrated Photonics Xplore Chip Center (CHIPX) announced that it has started the production of thin-film lithium niobate (TFLN)-based photonic chips.
Advantages of New Generation Chips
Photonic chips use electrical signals instead of digital signals to transmit and process data. light This gives them many advantages over traditional silicon chips. First of all, high speed ve low power consumption They attract attention with their features such as. These chips have the potential to revolutionize data transmission by getting rid of the limitations of electrical signals.
Properties of TFLN Material
China's new production line is based on TFLN material, which is characterized by its ultra-fast electro-optic response and wide bandwidth. Although TFLN is an ideal material for the production of photonic chips, its mass production is difficult due to its fragile structure. However, Professor Jin Xianmin, points out that the establishment of this stable production line is the result of 15 years of effort.
Global Competition and Strategic Importance
This move by China, Europe ve ABD This came about after countries such as the Dutch made significant progress in this area. SMART Photonics and based in California PsiQuantum Companies such as have previously announced their own photonic chip production lines. This enables China to establish its TFLN-based production line, placing it in a competitive position in the global arena for high-speed optical connections and future technologies.
The Future of Photonic Chips
This new technology will be available in the future yapay zeka, 6G ve Quantum computing It can provide a strategic advantage in areas such as. The high speed and low energy consumption provided by photonic chips offer a great advantage especially for data centers and communication infrastructures. At the same time, thanks to this technology, more complex calculations can be performed more quickly, which will revolutionize many sectors.
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China’s commitment to producing high-performance photonic chips has the potential to drive global technological developments. In this context, the future of photonic chips looks bright. China’s investments and progress in this area may encourage other countries to make similar moves. In conclusion, photonic chips are an important part of future technologies, and developments in this area should be monitored carefully.
