"Speak slowly, it's done?" Xing Baohua didn't recognize who the other person was at first, only hearing an excited voice saying it was done, it was done.
"The quantum core is complete. Just now, we successfully etched superimposed circuits on a piece of sapphire base material. It passed the power-on test, which means that we have the world's first true quantum core."
"Don't get agitated, I'll be right back." He then hung up the phone.
They hurriedly headed to the airport with their entourage.
At the same time, Xing Baohua was also very excited and happy. Quantum chips—let alone how much money was invested, he knew how difficult it was to obtain the production equipment for manufacturing quantum chips.
This almost ruined my Nikon.
The price paid was considerable, but as long as we succeed, it was all worth it.
The turnaround was swift; in less than two hours, Xing Baohua had entered central Shandong and soon arrived at the heavily guarded experimental site in Guoli Town.
Even Xing Baohua now needs to have his identity verified at every level before he can enter.
Upon meeting Zhang Dongshuo and his team, Xing Baohua stepped forward, shook his hand, and said, "Thank you for your hard work."
"It wasn't hard work; it all came down to the equipment and the data."
Zhang Dongshuo invited Xing Baohua to an electronic amplifier and asked him to examine the texture of the quantum core.
After powering on for testing, the results were excellent, and the base materials did not crack.
You have to know how many sapphires were used to make this piece; those sapphires alone are worth a fortune.
"Power-on testing and simulations show that this quantum core outperforms the latest publicly announced chip by 3,000 times. According to the conversion formula, it can reach the 22-nanometer level of crystal chips."
Upon hearing this data, Xing Baohua couldn't help but applaud.
It's worth noting that 22-nanometer computers didn't even appear until around 2008. If they were to be used in mobile phones, it would be around 2015 or later in smartphones.
This technology is not just a matter of being one or two generations ahead, but a super leap forward.
Aside from those fake quantum chips, their experimental quantum chip is the world's first.
In terms of supercomputing, even a hundred supercomputers combined cannot match the performance of such a tiny chip.
Xing Baohua would be overjoyed if he could produce even a few more, let alone mass production.
With a foundation and an experimental model, how far are we from mass production?
After Xing Baohua's visit, the chip will enter the packaging environment.
Now we need to equip this heart with a powerful platform and system.
Xing Baohua will personally assemble a team for the super chip project, as it is currently under confidentiality.
We selected a few people from the hardware team to help out. After that, it was up to Xiaotian's team. Xiaotian had already been working on the system architecture in the early stages, although it was intermittent, he hadn't given up.
After returning from Guoli Town, Xing Baohua first went to discuss the ideas with Xiao Tian. Based on the data from the Super Chip, they modified the system parameters and prepared to tailor-make the system.
As for where it will be used, it will definitely be in supercomputing!
It's so fast to use this thing to crack a password or something!
Conversely, anything encrypted with this stuff cannot be decrypted by any supercomputer in the world, since they are not on the same level.
Xing Baohua is busy building a super motherboard for the super chip, which not only needs to be paired with memory, but also needs a huge storage system.
Modern memory is typically only a few megabytes (MB) or a few megabytes (MB). That's enough for most ordinary computers. But Xing Baohua went straight for a memory array, designing a special board to replicate those small, serially connected memory modules.
It uses nearly 13,000 memory chips to create a 16GB memory array.
If the system can keep up, the speed will be faster than a rocket.
It still uses Mount Everest as the system architecture, but this time, to match it, the original 32-bit has been upgraded to 64-bit.
Now, for something even bigger, no matter what you're dealing with, it all boils down to one word: speed.
The rice supercomputer will connect to the Taihu base host via a dedicated line for easy searching and use.
The second one will connect to the Minxing system, serving as a secondary control console. If Minxing is hacked, professionals on the DaMi side will enter the system through the second console to fight back.
You think that with the support of quantum chip supercomputers, no one can beat it? Can your 16-bit system even break a 64-bit system?
Of course, if the other party is an expert, they can use a broken 286 to work with professional tools and algorithms to enter the supercomputing system, but the decryption method and other data will not be up to par.
Different algorithms, different formats, different number systems—how can you play with that?
Xing Baohua was busy. To keep it a secret, he stayed in Guoli Town and oversaw the design for two weeks straight.
No matter how big the problem is, it's not as big as rice.
Any problems should be handled by Xie Yingying; if she can't handle them, they should be suppressed.
With the assembly line installed and the workers almost fully trained, Lao Mou called Xing Baohua to schedule a time.
But the secretary always rejected his calls.
Left with no other option, I went to Luzhong in person, but I couldn't find him anywhere. I asked around, but no one knew where Mr. Xing had gone.
Staying at the rice guesthouse, he lost his appetite and couldn't eat or drink. Before coming, he consulted a master who had chosen two auspicious days. He had intended to have Xing Baohua select one of them, but the master had disappeared.
He stayed there and waited, going to the rice company every day to ask when General Manager Xing would return.
Nobody told him where the boss had gone, let alone when he would be back.
With the auspicious day fast approaching, Old Mou was filled with worry!
After two weeks, Xing Baohua finally finished building the motherboard, which included important hardware components. The chip power was not very high, but the peripheral hardware components consumed a lot of power.
The total power consumption of the controller exceeds 5 kilowatts. That means the motherboard configuration consumes 5 kilowatt-hours of electricity per hour of operation.
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