Great Power Technology

Ye Zhou never expected that the plot would develop in this direction. After getting the pistol, his intimidation to the enemy instantly increased several levels. He desperately climbed back into the cabin. Due to the imbalance of air pressure, the plane began to shake violently.

The enemies who wanted to stand up fell to the ground one after another, but Ye Zhou, who had been lying flat for a long time, had the advantage.

However, this advantage did not last long. The well-trained enemy quickly regained control of the situation. After a round of concentrated fire, Ye Zhou returned to the void with bullets all over his body.

It turns out that this is what it feels like to be hit by a bullet. It doesn't hurt very much.

Ye Zhou looked up at the settlement message that popped up.

[The plot simulation of "The Death of Chips" ends]

【90% completion】

[Achieve the ending: Heavier than Mount Tai]

[The ending can be watched]

[This simulation score: B]

[Reward: 30 energy points]

[Reward: B-level ending technology, a complete set of wafer manufacturing process technology (sub-nanometer level). 】

Damn it!

Ye Zhou suddenly jumped up from the ground.

If the last C-level ending solved the problem of chip design, then this time the wafer manufacturing process solves the problem of chip manufacturing!

The so-called wafer is actually a silicon wafer etched with integrated circuits. Each wafer can be divided into a different number of chips according to the size of the chip.

Therefore, wafer manufacturing, to put it bluntly, is chip manufacturing.

More importantly, the wafer manufacturing process mentioned in the reward is at the sub-nanometer level.

The so-called sub-nanometer actually refers to a series of processes starting from 3 nanometers and onward. It does not mean that the circuit width is lower than 1 nanometer.

But even this is enough to crush all existing chip manufacturing processes.

Below 3 nanometers, more sophisticated photolithography machines, purer silicon crystals, and even the composition of the photoresist will have a significant impact on the final etching effect.

This is different from EDA. This is not a finished software product, but a complete set of technologies.

Ye Zhou couldn't wait to withdraw the reward, but this time the simulator thoughtfully did not inject information into his mind. Probably because of his brain capacity, if he had to withstand such a flow of information, it would probably directly strain his head. burst.

After confirming that the reward was withdrawn, Ye Zhou entered the ending replay. However, this replay seemed a bit unremarkable. After Ye Zhou was shot and killed, the enemy had a fierce dispute over whether to continue the action. In the end, the plane was in danger. In order to save his life, the captain chose to give up going to their scheduled secret evacuation point, and instead made an emergency landing at the nearest airport in a neighboring country.

All passengers were safe and sound - except Ye Zhou.

After the ending was played, Ye Zhou inexplicably felt like using magic to defeat magic.

The enemy wanted to hijack the plane, but he took the initiative first. Instead, he forced the enemy to give up the hijacking and saved the lives of the passengers.

Just when I was secretly amused, the ending summary subtitles popped up appropriately.

[Ye Zhou, a well-known semiconductor chip engineer, completely shattered the enemy's conspiracy by himself. In order to protect himself, the enemy finally chose to make an emergency landing against orders]

[This hijacking resulted in the death of two people, including an unidentified foreign passenger]

[During the subsequent investigation, the plane’s black box was accidentally stolen. Based on the passengers’ retellings, investigators roughly restored the incident]

["Ye Zhou suffered from paranoia due to an acute mental illness, and acted in a way that threatened the safety of the flight. One passenger died, and he was later shot to death by flight security personnel.\