RNP Chapter 626
Chapter 626
The time passed by.
Unconsciously, two hours passed.
Nearly a hundred software engineers on site also worked together.
Successfully followed Su Mo’s instructions and completed the installation of the lithography machine operating system.
As Su Mo’s right index finger pressed the enter key.
A simple but feature-rich operating interface immediately appeared on the external display screen of this 0.5nm quantum lithography machine.
The first thing that caught my eye was the clear functional division.
In the upper left corner of the page, there is a “Parameter Settings” option.
After clicking in, you can see various fine parameter adjustment sliders.
It can be used to accurately adjust the working mode, energy output and other key indicators of the lithography machine.
The “operation mode selection” next to it provides a variety of preset modes.
Such as: high-efficiency mode, precision mode, energy-saving mode, etc.
The operator only needs to click in the background to switch the lithography machine to the corresponding working state.
In the upper right corner of the page, there are user login and permission management options.
When the operator logs in to the system, he can unlock specific functions and operating ranges according to the permission levels of different users.
In this way, the safe and standardized use of the lithography machine can be ensured.
As for the “operation record query monitoring” function in the lower right corner, it is to supervise each lithography machine operator.
As long as there are operating errors and other problems, you can query the operation records and conduct traceability analysis at the first time.
In the middle panel of the screen, there is also a real-time monitoring area.
Responsible for real-time recording of all important information such as the current working status, temperature, energy fluctuations, etc. of the quantum lithography machine.
It allows the operator to monitor and grasp the operation of this quantum lithography machine in real time from the most intuitive perspective.
As for the operation method of this lithography system, it is very different from traditional equipment.
Because the quantum lithography machine must be kept in an absolutely dust-free, vibration-free, and interference-free environment during the production of chips.
So… after a quantum lithography machine is assembled and debugged, it will be sealed in a dust-free production workshop covered with fully tempered glass to achieve fully automated production.
In addition to regular maintenance, if there are no special circumstances, no personnel are allowed to enter the entire lithography production line.
Therefore, advanced wireless transmission technology is used between this control device and the quantum lithography machine.
A highly sensitive signal receiving module is installed inside the quantum lithography machine.
It always maintains a keen “perception” and can accurately capture the specific frequency signals emitted by the remote control device.
These signals are like invisible silk threads that can tightly connect the control device with each component.
The command signal issued by the control device will be emitted outward in the form of high-speed electromagnetic waves.
These electromagnetic waves carry detailed operating instructions and data information, and can reach the corresponding components of the quantum lithography machine accurately and instantly.
At the same time, other components of the quantum lithography machine will also feedback information to the remote control device in real time.
Through the same wireless transmission channel, the working status, parameter changes, and other important data are transmitted back to the control device.
This two-way communication mechanism ensures that the operator can grasp the every move of the quantum lithography machine at any time, and also realizes accurate and efficient remote control.
Of course…
In order to ensure the stability and security of communication, and to prevent external interference and malicious intrusion.
The entire control system uses the highest level of military encryption technology, and also has automatic error correction and compensation mechanisms.
In this way, it can ensure that the signal can maintain smooth and accurate communication even if it encounters slight interference during transmission.
This close and efficient communication method also makes the remote control device and the quantum lithography machine an inseparable whole.
And this set of black technology full of operating equipment is about two meters long, one meter wide, and about ninety centimeters high.
It is densely packed with various buttons and knobs arranged in an orderly manner.
Each button has a unique logo, clearly indicating its corresponding function.
When Su Mo came to the control device, he carefully checked and tested each button.
Make sure that the quantum lithography machine in front of him can give feedback without any delay when he adjusts the button.
Su
Mo’s frown gradually relaxed, and a look of satisfaction appeared on his face.
Seeing this scene.
The faces of all the researchers in the field also showed an irrepressible excitement!
“Haha!”
“The operating system is done!”
“As long as we complete the debugging work, we will succeed!”
Han Sanqiu clenched his fists, and his facial muscles were trembling slightly with excitement.
If he was not in the assembly workshop that was afraid of vibration and could not shout loudly, he would have wanted to cheer.
After standing up from the chair, Su Mo, who had been sitting for more than four hours, stretched his muscles first.
Then, under the excited gaze of the researchers on the scene, Su Mo took a deep breath and said:
“The operating system has been installed, and the next step is to enter the most important debugging phase!”
“Although we are only one step away from success, the more critical the moment is, the more we must not take it lightly!”
“During the debugging process, everyone must be very alert and not have any slackness or mistakes!”
After hearing Su Mo’s words, the researchers on the scene had no objection and nodded without hesitation.
Then, according to the original arrangement, everyone immediately returned to their posts.
After taking a deep breath to adjust his state, Su Mo sat in front of the operating table again with a serious face.
He first opened the debugging interface skillfully, and then carefully checked the initial settings of various parameters.
After confirming that everything was correct, he immediately said: “Start testing the focusing degree of the photon beam.”
As soon as Su Mo finished speaking, the researchers in the laboratory immediately took action.
Some quickly adjusted the parameters of related instruments, turning the knobs with their ten fingers quickly.
Others stared at the monitoring instruments and kept reporting data changes.
“Start the quantum field calibration program!”
“Adjust the quantum entangled state control module!”
Su Mo stared at the monitor screen and continued to issue instructions without any pause.
The researchers operated skillfully, with quick and precise movements.
As they concentrated on their work, the whole laboratory was filled with a tense and focused atmosphere.
At this moment, Su Mo’s eyes suddenly became sharp:
“The focus of the photon beam has shifted, and the crosshairs are slightly adjusted to the left by 0.0035mm.”
As Su Mo gave an order, the researchers immediately turned the knobs accurately.
It seemed that every subtle adjustment was in a fierce battle with that tiny deviation…