Taking a step back opens up a wider world; low-key development is the right thing to do. When they suddenly realize that they are the ones who are standing still under the wheels of time.
You can only look up at this behemoth.
"We are designing a civilian satellite according to our ideas. I hope we can cooperate. Under the premise of cooperation, I will give you a superconducting computer from AVIC. The chip we designed can achieve the same effect as a 22-nanometer transistor, but the computing speed is 100 times that of the current supercomputer."
"Can it really succeed?" the senior engineer asked, still somewhat skeptical. He then added, "As far as I know, in the field of superconductivity, there are only two superconducting computers currently in use by IBM."
"I know those two supercomputers you mentioned. They're called micro supercomputers. Their computing power is similar to our first-generation supercomputers, but they're pseudo-superconductors. They utilize chip overclocking algorithms. Essentially, they overclock the chip, increasing its power. This generates a lot of heat, so they use a low-temperature treatment method to cool it down."
It's this cooling process that's caused many people to get carried away, saying that IBM designed a 1.6GHz chip and is keeping it hidden like a treasure, with no parameters released. However, my information is that it can be overclocked to 2.2GHz. Therefore, I'm 100% certain that this is a pseudo-superconducting chip disguised as a superconducting chip. Our own superconducting chips start at 4.0GHz.
"You promise me it won't be as garbage as your Loongson chip?" the senior engineer said, still a little agitated.
"I guarantee you that, apart from one set for my own use, the rest will all be handed over to key national research and development institutions. If there is an opportunity for mass production, then each star will carry a superconducting core, since the temperature in outer space is suitable for the low temperature of superconductivity."
The senior engineer chuckled again, pointed at Xing Baohua with his hand, and said, "Superconductors are not suitable for satellites. You only mentioned nighttime, but the temperature in near-Earth orbit during the day is around 150°C. The cooling system is a major challenge, especially since it's installed on the satellite. If you can develop chips with complex instructions, we can cooperate on multiple projects."
Xing Baohua smiled and said, "No problem, but we'll have to wait a while."
Why?
"I need to make more money with my junk chips! Otherwise, where will I get the money to build satellites!"
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