Create Chinese the most complex 2D RISC-V chip in the world

Chinese developers have created the world’s most complex 2D -Format Microcomputers processor. The chip, called the RV32-Wuji, was shown in an article published in Nature magazine on Wednesday (02) and was made with two-dimensional components without standard lithography technologies.

This processor was developed in 32-bit RISC-V architecture and moved away from the traditional production process. While using excessive ultraviolet beam machines to create more than one chipset, The researchers team used materials such as molybdenum disulosing and tungsten dissetento.

Both compounds are known as bid -sized crystal materials that function as stable semiconductors, relatively similar to graphen molecules. These compounds are not widely used in processors, but there is a significant participation in storage flash cells and image sensors.

RV32-Wuji has very low frequencies

Although it is very interesting, The RV32-Wuji can add only a few bits and only have limited frequencies to Kilhertz, so without a great processing power. Differential, about 6,000 transistors with opening for RISC-V processors-has approximately 115 transistors of advanced models.

RISC-V architecture, which is not very well known by the general public, is the abbreviation of a number of teaching reduced in free translation. In other words, This means that these chips work with less instructions than traditional architecture.Focusing in aspects such as energy efficiency, but do not perform much for complex tasks.

The RV32-Wuji entered the production of pilot scale, so it is being developed. We are not likely to see this processor in home use, but several RISC-V processors, including a partnership for Snapdragon, which has recently been released on the notebook, have been published by ARM.

For more information than differentiated processors and chips, Tecmundo.