A bunch of people are working on the details of the Semiconductor Industry Association and the Internet Industry Association and all aspects of the Galaxy Accord.
Although these things can be improved and supplemented in the future, it is best to minimize problems at the beginning to avoid drastic changes later.
"Mr. Ye, can we be more relaxed about false traffic?" Zhang Yiming asked with some embarrassment.
After all, ByteDance’s Douyin has a lot of false traffic, and there is some bad information. If it is applied across the board, the losses will be very heavy.
"Mr. Zhang, don't worry about temporary gains and losses. We have to face the future and have zero tolerance for false traffic or bad information." Ye Donghe said directly.
Mahuateng on the side also took the opportunity to speak: "Mr. Zhang, everyone is the same, no one is exception."
Obviously Mahuateng and others would not agree to Douyin being an exception. In this case, we can only shoulder it together.
Otherwise, if everyone wants to make exceptions, why should industry associations be established?
"Just like Douyin, if you rely on fake traffic and blog posts to create hype, it will not be a good thing for this industry. What Dongtang Internet needs now is not to rush in without thinking, but to be calm and sharpen the edge of the sword." Ye Dong.
He's overall view is consistent with Huang Junjie's.
Galaxy Technology's integration of Dongtang Network is not for barbaric growth, but to promote the healthy development of the entire industry.
Otherwise, after a random hot-money capital enters, they will spend money like crazy on promotions and freebies. In the end, the content will become more and more rubbish. Those who survive will go public to make money, leaving a lot of chicken feathers behind.
This phenomenon must be curbed, and hot money capital should be allowed to become the fuel for the development of the Internet, rather than an incendiary bomb.
Zhang Yiming was struggling in his heart. After all, if Douyin did this, it would be equivalent to cutting off a large piece of flesh. However, when he thought that other platforms would also be subject to such harsh restrictions, he felt a little better.
"Mr. Ye, I can agree to remove false traffic and bad information, but other platforms must also meet this standard."
Ye Donghe nodded: "Everyone must be treated equally. If that company violates the regulations, you can report it to the industry association, and Galaxy Technology will definitely deal with it in accordance with the regulations."
Today's closed-door meeting seemed stalemate, with the CEOs of each company refusing to give in to each other. If Galaxy Technology hadn't been strong enough, no one would have been able to suppress these guys.
Although the media reporters outside were itchy about the content of the closed-door meeting.
But the security force of Galaxy Technology is no joke. Those security personnel with guns and ammunition at the door are really real.
So they can only wait outside, or find some old acquaintances in the company to make some insinuations.
Of course, like Penguin News, UC News, etc., their big boss is holding a meeting there, and they know the general content, but their big boss has ordered not to report these contents for the time being.
On the other side, Huang Haojie and Mr. Ren were visiting the scientific research area of Galaxy Technology.
As for the closed-door meeting, Mr. Ren left it to Yu Mingguang, who was very interested in Huang Junjie's invitation.
"Mr. Huang is also interested in 5g communications?" Mr. Ren asked, looking at the communications research institute in front of him.
Huang Haojie smiled and said: "Galaxy Technology is not interested in 5G, but it is interested in communications."
"Mr. Huang is not optimistic about 5g communications?" Mr. Ren suddenly became more interested.
If someone else had said this, he could have walked away or ignored it, but Huang Haojie's words were different. When the person's name was called Bark, Boss Ren immediately paid attention to it.
"The base stations on the ground are too troublesome. I prefer terahertz communication or quantum communication. Of course, no one can say for sure about quantum communication." Huang Haojie explained.
"We are also developing 6g terahertz, but now countries are having a hard time researching and developing terahertz communications." Mr. Ren certainly knows about terahertz communications.
Terahertz waves refer to electromagnetic waves with frequencies between 0.1thz and 10thz (wavelength between 0.03 and 3 millimeters).
The terahertz wave is located exactly in the transition band between the high-frequency edge of the millimeter-wave band of electromagnetic radiation and the edge of the low-frequency far-infrared spectrum band. Its long-wavelength band coincides with the sub-millimeter wave, and its short-wavelength band coincides with the infrared light wave.
Therefore, this band takes into account all the characteristics of electronics and optics, and can effectively make up for the shortcomings of microwave communication and light wave communication.
Over the past few decades, wireless data transmission rates have doubled every 18 months to meet the explosive growth in data traffic.
According to the data transmission rate curve of wireless communication systems predicted by Edholm's law, it can be seen that by around 2020, the data transmission rate of wireless communication systems will be close to 100 g per second.
Based on the original wireless high-speed communication technology, how to further improve the wireless network rate is an important research direction in the field of wireless communication at this stage.
Therefore terabit per second (terabit) links will likely be required in the near future.
Unfortunately, traditional wireless communication systems (sub-5 GHz) and even recently studied millimeter wave communication solutions (30300 ghz) cannot achieve such high data rates.
This inspires the exploration of higher frequency bands and corresponding communication solutions.
In this case, the terahertz (thz) band (0.110 thz) has been promoted as a key wireless technology to meet this requirement.
Terahertz ultra-high-speed wireless network is a new type of wireless network. Different from traditional wireless networks, it operates in the terahertz frequency band and can support data transmission rates of several 10g or even 1t.
The frequency band of the terahertz band is relatively wide, and most of it has not yet been allocated for use. It can carry gigabytes of data and has broad application prospects.
Using the terahertz band for communication can effectively alleviate the increasingly tight spectrum resources and the capacity limitations of current wireless systems.
Although the terahertz frequency band can provide larger bandwidth and higher transmission capacity, terahertz is not without its weaknesses.
The electromagnetic waves in this frequency band attenuate greatly when propagating in the air, and the attenuation is particularly severe when there are many water molecules in the air. Therefore, its transmission distance is short and it is suitable for indoor short-distance wireless communications.
In short, terahertz communication has huge application potential in short-distance ultra-high-speed wireless communications and can meet people's demand for ultra-high network rates.
But there is a problem in long-distance communication, that is, the terahertz path loss problem.
"How to solve the terahertz path loss problem? Mr. Huang should understand how troublesome this problem is." Mr. Ren walked into the Communications Research Institute and asked.
Huang Junjie replied with a smile: "The frequency of terahertz is between 0.1thz and 10thz. Everyone has done very little research on this range. Maybe there is a frequency with relatively small path loss between 0.1thz and 10thz.
"
"Is Mr. Huang so sure that there is such a frequency?" Mr. Ren was surprised by Huang Junjie's confidence.
Huang Junjie decided to release some news:
"Galaxy Technology's research on terahertz has made some achievements. We have initially achieved low path loss terahertz communication within a radius of 600 meters."
"What? Low path loss communication with a radius of 600 meters!"
"That's right, it's terahertz communication with a radius of 600 meters."
Boss Ren's heart suddenly stirred up a storm. Don't underestimate this distance. This distance can already be used initially. At worst, the base stations should be arranged more densely.
“Then are you sure how far the low-path-loss communication distance can be increased?”
This issue is very important. If Galaxy Technology’s terahertz communication can only be within a radius of one kilometer, its practicality can only be said to be average.
But if it is more than one kilometer, terahertz communication can definitely replace 5g communication.