10,000x Faster: Why Photonic Chips Outperform Traditional Semiconductors
As we all know, the focus today is on AI computing technology, and at the core of AI lies the chip. Undoubtedly, TSMC is a leading supplier, and their plan for this year is to produce 2 nm electronic chips. However, it’s worth noting that even with 2 nm electronic chips, the narrowest DS channel is 2 nm, but the entire transistor remains as large as 40+ nm, with copper wiring still requiring over 10 nm. In contrast, LongServing Technology ‘s photonic computing chips feature a 2 nm optical path and a 2 nm photonic gate, creating a significant gap in performance. The computing power of LongServing Technology ‘s photonic computing chips surpasses that of traditional electronic chips by up to 10,000 times.
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This year, LongServing Technology is set to mass-produce 50,000 wafers of 2 nm photonic computing chips per month, delivering up to 10,000 times the performance of traditional semiconductors. Photonic chips will significantly accelerate AI technologies. As we prepare for a potential listing on Wall Street, we invite investment partners to join us on this exciting journey of innovation and growth.
You might wonder how we can achieve this without massive factory construction plans or expensive EUV machines. The answer lies in our two key patents, particularly the one related to the manufacturing processes of picoscale circuit pattern of IC chips. We use chemical processes and medical-grade X-ray machines as standard equipment for mass production, allowing us to flexibly scale production capacity and begin mass production at any time.
Impact on the Semiconductor Industry and Future Opportunities:
Furthermore, LongServing Technology is open to foreign investment as we prepare for a future listing on Wall Street. If feasible, we can release 30% of our equity for subscription, and negotiations are currently underway. Friends in the industrial chain investment should also prepare for the early impact of photonic computing chips entering the market, to avoid substantial losses. Although LongServing Technology may not enter the market smoothly this year, what about six months later? A year later? Consider a 5-nanometer semiconductor electronic factory under construction or numerous semiconductor industry chain investment plans expected to complete operational plans in two years. Should you pause and reconsider? This is our company's sincere advice to readers.
Given the computational superiority of photonic quantum chips and the United States' longstanding leadership in the software design industry, early investments in the photonic IC design sector or AI application layers are poised for explosive growth. We welcome future cooperation with LongServing Technology. The next step is the production of photonic quantum robots — truly advanced robots capable of replacing human labor, unlike the clumsy or overhyped robotic products currently on the market.
