Chapter 4049

There are always rumors on the Internet that the Starlink satellite network will become the next generation of communication technology.

For example, Bald Eagle media is reporting that the Starlink satellite network will successfully bypass the 5G network and become the next generation communication technology 6G network.

But is this really the case?

As long as you have a little understanding of communication technology, you can know that such remarks are outrageous. At least under the current technical conditions, it is impossible for the Starlink satellite network to replace the 5G network.

Because the Starlink satellite is only a small satellite weighing more than 200 kilograms, it carries a limited number of communication equipment, and it is impossible to provide a high-quality network with high speed, high bandwidth and low latency.

The current 5G network base stations easily have gigabyte-level data transmission rates per second, and core nodes even have terabyte-level data bandwidth. How can satellite networks compete with this?

Although satellite networks also have their own advantages, such as being able to have network signals in the wilderness, these advantages will be overwhelmed by terrestrial networks in cities.

If satellite networks can really replace 5G networks and become 380's next-generation communication technology, how could the bald eagle not pay attention to it?

After all, the Bald Eagle lags behind in 5G network communication technology!

In fact, there is strong evidence that satellite communication networks are far inferior to terrestrial networks in terms of transmission rate, and that is the intercontinental submarine optical cable.

The connection between intercontinental networks adopts a submarine optical cable solution rather than a satellite network transmission solution.

In addition to their weaknesses in transmission rates, satellite networks also suffer from high costs.

The service life of a low-Earth orbit communication satellite is generally 5 to 10 years, and the overall cost far exceeds that of the ground network.

But satellite networks also have advantages!

In particular, the Starlink satellite network has huge advantages.

For example, setting up a network to monitor the world and forming a global integrated communication system will play an important role in many fields. (bhaj)

For example, in the most important military field, the Starlink satellite network can play a huge role, including providing anti-interference mobile communications, weapons and equipment navigation, intercepting opponent's missiles, etc.

Once the Starlink satellite network is deployed, the hugely threatening ballistic missiles will be ineffective, because these ballistic missiles are completely under the surveillance of the Starlink satellite network, so how can they be effective?

The Starlink satellite network can also occupy low-Earth orbit resources!

According to scientists' calculations, the Earth's low-Earth orbit can accommodate approximately 50,000 to 60,000 man-made spacecraft.

According to current international practice, these low-Earth orbit resources are applied for on a first-come, first-served basis. Basically, whoever launches a man-made spacecraft first to occupy these low-Earth orbit resources will own these resources.

Tesla plans to launch 42,000 Starlink satellites, which will occupy the vast majority of low-Earth orbit resources and threaten other countries' man-made aircraft by occupying low-Earth orbit resources.

For example, Xia Kingdom’s Tiangong Space Station was almost hit by Tesla’s Starlink satellite. Tesla said it was an accident, but anyone with a discerning eye knows that Tesla did it on purpose!

Previously, Tesla's Starlink communication satellites were maintained in a low-Earth orbit of about 550 kilometers, and the Xiaguo Tiangong Space Station was in a low-Earth orbit of about 380 kilometers. Then Tesla's Starlink satellites dropped to a low-Earth orbit of 380 kilometers. The orbit is deliberately coincident with the orbit of the Xia Kingdom Tiangong Space Station. Is this an accident?

What's even more disgusting is that when the Xiaguo Tiangong Space Station consumed precious fuel to change orbit and increase its altitude, Tesla's Starlink satellites followed again.

If the Xia Kingdom Tiangong Space Station hadn't changed its orbit again, it might really have been hit by Tesla's Starlink satellite. (To read Baoshuang novels, go to Feilu Novel Network!)

Once the two collide, the consequences will be unimaginable!

Because the cost of a Tesla Starlink satellite is only US$300,000, but the cost of the Xiaguo Tiangong Space Station exceeds US$6 billion.

The cost difference between the two is huge!

If you exchange a Tesla Starlink satellite for the Xia Kingdom Tiangong Space Station, it will definitely be a cost-effective business, so naturally there will be so-called unexpected situations.

In view of the importance of the Starlink satellite network, the No. 4 Tianji Divine Calculation will mark the [Starlink Project Satellite Communication Technology Improvement Plan] as a key mark, and query the corresponding permission information in the permission group[]

According to the permission information of the permission group, the highest permission possessed by the No. 4 Tianji Divine Calculus can view the [Starlink Project Satellite Communication Technology Improvement Plan], but password authorization is required.

Naturally, No. 4 Tianji Divine Calculator doesn’t know the password!

But this is not important, because No. 4 Tianji Divine Calculation can use E-class supercomputers to try to crack the password.

Based on the powerful performance of E-class supercomputers and the fact that the internal network of NASA's Space Technology Bureau is physically isolated from the Internet, NASA staff should not set super complex passwords, and it should not take too long to crack the password.

In fact, this is true!

While No. 4 was searching for confidential information on the internal network of NASA's Space Technology Bureau, the E-class supercomputer had already cracked the code of the"Starlink Project Satellite Communication Technology Improvement Plan".

The No. 4 Tianji Shensuan just glanced at the [Starlink Project Satellite Communication Technology Improvement Plan] and started copying this information directly.

The No. 4 Tianji Shensuan is not a professional aerospace technician, nor is he an expert in satellite communication technology. How can he understand the detailed information?

So just copy this confidential information!.