Who said I was a military factory?I sue you for slander!

Chapter 250 A brand new field: laser communication system.

In the conference room, technicians in various fields are discussing the feasibility of laser communication technology in wireless communication.

"We need to consider the practical feasibility of the application of laser communication technology and the integration with other technologies." An engineer said.

"Yes, in addition, we also need to consider the power consumption of laser communication, whether it can achieve the expected effect in actual use." Another researcher said.

An expert in optical technology pointed out that "we should consider how to solve the problem of optical transmission in the atmosphere."

A material science expert asked, "What materials are currently available to solve this problem?"

"Silicon nitride materials can be used to make optical fibers to reduce the loss of light transmission in the atmosphere." A physicist replied,
"But this material is expensive, and we need to strike a balance between cost and efficiency."

"Another problem is the security of laser communication." An information security expert said, "How to ensure that laser communication will not be interfered or hacked?"

A communication engineer suggested that "we can use encryption technology to ensure information security, and use optical address selection technology to improve the accuracy of communication."

"Besides, we also need to consider the impact of weather on laser communication." A meteorologist added, "How to maintain the stability of laser communication under heavy fog, rain, wind and sand and other weather conditions?"

"We can build multiple laser communication base stations to form a network, and use adaptive optics technology to adjust the frequency and direction of laser communication to adapt to different weather conditions." A system engineer proposed a solution.

In this meeting, experts and scientists thought together, put forward many problems and solutions, and gained a deeper understanding and understanding of the feasibility of laser communication technology.

Although there are still many problems to be solved, we are confident that we can overcome difficulties and make laser communication technology an important breakthrough in the field of wireless communication.

Ye Fei sat on the rostrum in the center of the conference room, listening intently to everyone's speech.

He has already begun to outline a detailed technical roadmap in his mind, but he knows that this requires the efforts and wisdom of more people.

"We need to design and develop laser communication technology from scratch to break the current technical bottleneck." Ye Fei said to the scientific research and technical personnel in the audience.

"Different application scenarios require different technical paths, and different application scenarios also require different equipment." An engineer from the radio frequency technology department sitting in the audience said so.

"We can divide laser communication technology into three stages, namely short-distance, medium-distance, and long-distance communication." Ye Fei continued.

"Infrared laser communication can be used for short distances. This technology is mature and stable. For medium distances, laser communication with longer wavelengths can be considered, such as optical fiber communication. For long-distance laser communication, we need to consider the loss of optical fiber and single photon detection. Technical issues." A researcher from the optoelectronic module department said.

In the conference room, the technicians were discussing, discussing every detail with great interest.

Everyone is fighting for a great cause.

"Okay, then let's assign specific tasks." Ye Fei glanced at the information in his hand, and then said, "I will divide you into three groups, and each group has different tasks."

"The first team, you need to be responsible for the hardware design of laser communication technology, including laser design, optical transmission system, optical system of the receiving part, etc."

After hearing this, an engineer immediately asked, "Mr. Ye, when we design the laser, can we consider the multi-wavelength composite output solution? This can improve the communication speed and prevent electromagnetic pulse attacks."

"This is a good idea." Ye Fei nodded, "Please and your team do some research to see if there is any relevant technology on the market, and also consider whether we can develop a better solution ourselves."

"Okay, Mr. Ye." The engineer replied with a smile.

"The second group needs to study the issue of signal-to-noise ratio in depth." Ye Fei continued, "In the development of communication technology, one of the main bottlenecks is the signal-to-noise ratio. You need to try to improve the signal-to-noise ratio and explore new Algorithm, and verified in the actual hardware design.”

"Mr. Ye, we need to introduce high-precision signal-to-noise ratio testing equipment, so as to conduct better research." An engineer suggested.

"Okay, this must be equipped." Ye Fei responded, "In addition, ideas and solutions need to be drawn from other fields, such as image processing technology, biosensors, etc. This research and development task must explore a new path .”

"The most exciting part is reserved for the third group." Ye Fei smiled and looked at the last group, "You need to challenge the limit speed of optical communication."

"Mr. Ye, this is very difficult." A scientist looked anxious, "Our laboratory has tried many solutions, and the highest result is only 100 Gbps."

"It's really difficult, but it doesn't mean it's impossible." Ye Fei's tone was full of confidence, "Everyone in this group is a leader in the industry, and I believe you will find a breakthrough. "

The meeting came to an end. When discussing the details, each of Ye Fei's ideas was so novel, unique and solved a headache. The engineers and scientists nodded their heads in turn to show their support.

They will definitely complete Ye Fei's mission, and will also contribute new research results based on the mission, opening up a new world of future technology.

In Yingjiang's scientific research institute, Madeleine showed a subtle smile on her face.

She just got a piece of news: Ye Fei is trying to find the satellite of the Universe International Organization. It seems that he still has doubts about his company's satellite technology.

Madeleine laughed at Ye Fei unceremoniously: "Ye Fei, it seems that you also have weaknesses. You don't even dare to be confident in your own company's satellite technology, so you have to find other people's satellites to support it. You so-called 'Technology Master' Dude, is it true that there is no technical weakness at all?"

Madeleine made a phone call and ordered the major media in Eagle Sauce to immediately report on the backwardness of Shenying's satellite technology.She wanted Ye Fei to lose his self-confidence completely, she wanted the whole city to know that Ye Fei's satellite technology was backward, and he was not worthy of being a tech giant.

However, she overlooked a few points: Condor's satellite technology has actually been ahead of other companies for a long time, and they don't easily show the level of technology to the outside world. In addition, she also ignored Ye Fei's attitude towards technology.Ye Fei didn't hear the news that day, and he didn't waver.

As always, he focused on his career and was not swayed by others' slander.He believes his technology is truly powerful and his results will eventually convince everyone.

A few days later, the major media in the Yingjiang country reported the news that Shenying Company’s satellite technology was behind like crazy, but Ye Fei and his team insisted on their own technological research with peace of mind, and with their firmness and stability, told the world Show the mind and thinking that a real technology boss should have.

(End of this chapter)