Chapter 194 (1/2)

On the way to the lab, Chen Mo is looking forward to it.

Chip design, including IC design, simulation, chip architecture and algorithm design, are all independently completed by Mo nu. This is the first time for AI to independently design such a complex product. If it is released, it will definitely cause a huge shock.

Chen Mo is expecting whether the chip designed by Mo Nu will work.

Mo Nu has designed four kinds of chips, including intelligent robot chip, mobile phone chip, computer chip and the most important supercomputer chip. Now it is the first chip verification, intelligent robot chip.

When superconducting chips come out, they will first be installed on the intelligent robot to improve the working efficiency of the intelligent robot. Chen Mo promised Mo Nu that he would help her to make a good-looking body, and that the design of intelligent robot chip was successful, which should also be put on the agenda.

After entering the laboratory, Chen Mo saw dozens of chips arranged in order on the experimental platform. The chip of intelligent robot is much larger than the chip of computer because of its complex and high-speed illogical operation.

Chen Mo looks at the chip carefully. It's not encapsulated. It's different from ordinary chips. The surface of ordinary chips has a metallic copper golden luster, but this is a crystal like bright luster.

These unsealed chips are all damaged ones.

The carrier of the chip is still high-purity polysilicon. The circuit inside the chip is not the copper wire used as the conductor of the ordinary chip, but the normal temperature superconductor material silicon carbon.

This small chip, with more than 260 steps before and after, is the crystallization of the highest information technology.

It took him a lot of time to make these chips.

”The yield rate of chip test is 74%. This is a sealed sample. The first one is the best, and the third one is the worst.” A robot came out of the dust-free lab with three plastic boxes and handed them to Chen mo.

The number of processors in each box varies. The first kind of processor is the least, with only 20 or more. The third kind of processor is the most. Chen Mo can't count the specific number.

Three types of chips, like Intel's I3, i5, i7 processor classification similar.

I3 processor is one or two CPUs in the chip are damaged, but it can still work. I5 is the one with normal operation and low frequency. I7 is the processor made of chips without any problems. These chips are classified in the final test stage.

The packaged chip, 4 cm square, is a little larger than the computer's processor and looks very delicate.

”These chips can be used normally, and the circuit design is OK. This is the test report. There are detailed data in it.” Another robot hands the folder to Chen mo.

After getting the test report, Chen Mo went over it carefully.

The power consumption of the chip is one percent of that of the ordinary chip, and the data processing speed is nearly 90 times faster. No wonder so many countries and laboratories are desperately studying the room temperature superconducting materials.

Even the worst three types of superconducting chips here are dozens of times more powerful than the known ones.

For computers, these materials are a revolutionary subversion.

If this chip is released, it means that the normal temperature superconducting chip is available. The sensation caused by this little thing is absolutely more crazy than that caused by the seismograph.

Now a medium-sized computer consumes 10 kilowatts per hour, so all superconducting computers made of superconducting materials can work normally only with a dry battery, which is the horror of superconducting computers.

To make a robot with superconducting materials, you don't need to worry about the problem of using electricity too fast.

There are too many things involved, too large. Except for himself, no one knows the existence of room temperature superconductors for the time being, nor dare to publish them casually.

”Smart robot chips, two more batches, and then supercomputer chips.” Chen Mo closed the test report.