At a time when traditional silicon chips are nearing their physical limits, a Chinese research team has unveiled WUJI, an ultra-thin 32-bit RISC-V microprocessor that promises to redefine computational performance. Built on advanced two-dimensional semiconductor technology, the chip is only a few atomic layers thick, marking a pivotal shift in microprocessor design.
The innovative design features 5,900 transistors integrated into a complete standard cell library with 25 types of logic units. This architecture supports addition and subtraction operations on up to 4.2 billion data points and can handle programming of up to 1 billion instructions, showcasing its potential for highly efficient processing.
Leveraging cutting-edge AI algorithms, the team has achieved unprecedented precision in material growth and integration processes. This meticulous control has allowed research breakthroughs in wafer-scale integration for 2D circuits, presenting a promising alternative to conventional silicon-based technologies.
As the technology landscape shifts toward energy efficiency and miniaturization, WUJI sets the stage for next-generation devices that can transform industries from consumer electronics to AI and IoT. This breakthrough not only enhances performance but also paves the way for sustainable and innovative solutions in a digitally connected global market.
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Chinese team develops groundbreaking ultra-thin microprocessor
cgtn.com
