Unlike "industry-specific" chips, which are designed for a particular application, a universal chip the size of a fingernail can be reprogrammed through software and is suitable for high-precision medical devices and industrial environments. This flexible "cross-border" chip has found its place in large-scale industrial systems such as advanced control instruments and massive display drivers, acting as their "brain." Recently, I learned from the Zhongguancun Management Committee that China's first self-developed high-performance universal chip has officially been launched. In the world of chips, "universal chips" have long been considered a challenge by top tech experts due to their wide range of applications and high development complexity. Since the 1970s, over 60 leading technology companies, including Samsung and Motorola, have attempted to develop such chips. Despite investments of tens of millions of dollars, many projects ended in failure, highlighting the difficulty of this endeavor. What makes developing a universal chip so challenging? Liu Ming, founder of Jingwei Yage and the company behind the universal chip, offered an interesting analogy: If a chip is like a carpenter, then a specialized chip only requires the carpenter to use existing tools—like axes and saws—to create quality products. However, for a universal chip, you need a "super carpenter"—someone who not only designs their own blueprints but also creates new tools that don't exist on the market. "In 2010, we launched China’s first self-developed universal chip. But the high-performance version we released recently has performance several times better than what we had a few years ago," said a representative from Jingwei Yage. For example, the entry-level universal chip introduced a few years ago was used in small medical devices like portable blood pressure monitors. Today, their high-performance version is already being used in advanced systems like CT machines, playing a crucial role in handling large amounts of data. Compared to traditional universal chips, the development of a high-performance version involves more than just using advanced components and simple integration. A universal chip consists of multiple parts, such as memory, processing units, functional modules, and software. When each component is equipped with the most advanced configurations available on the market, they can work together to form a powerful "Transformer" – a versatile and high-performing chip capable of adapting to various complex tasks.
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