【Anti-theft Sticker Chapter】

DSL (Digital Subscriber Line) stands for 'Digital Subscriber Line', which began to sprout in the late 70s of the 20th century, and in the 80s, DSL technology gradually gained at night because of the demand for high-speed data transmission technology for cable TV and network communication.

To put it simply, DSL is a technology that uses higher data frequencies to transmit data over traditional telephone lines.

The biggest advantage of DSL technology is that it breaks through the data transmission limit of up to 56Kb/s that can be achieved by traditional voice communication low-frequency analog signals.

ADSL (Asymmetric Digital Subscriber Line) translates to 'Asymmetric Digital Subscriber Line', which is a type of DSL technology.

With standard DSL technology, the speed at which users upload and download data should be equal. However, when it comes to actual applications, users often download far more data than they upload. If the transmission rate is kept equal, it will cause a lot of waste of resources, and ADSL technology just solves this problem.

Compared with DSL technology, the use of ADSL can more than double the user load capacity of a communication network.

In the past few years, AOL has provided Internet access services, mainly the most traditional dial-up Internet access technology and the more advanced ISDN (Integrated Services Digital Network) technology, the former can only reach a maximum network speed of 56Kb/s, and the latter is also a data transmission technology that appeared in the 80s, which can double the speed of traditional dial-up Internet access to 128Kb/s.

Compared with the first two, DSL technology is roughly like the difference between analog and digital signals that are rapidly changing in the field of mobile communications.

Four years ago, when Westeros had just taken a stake in Quantum-Link, the predecessor of AOL, Simon used his status as a major shareholder to ask Steve Case to buy the patent licensing related to DSL technology and invest in subsequent technology research and development.

ADSL is a new generation of digital subscriber line standard developed by AOL on the basis of DSL

Compared to the original timeline, the ADSL appeared at least five years earlier.

In fact, just like the Internet, semiconductors, digital cameras and many other technologies, ADSL appeared several years in advance when DSL has been developed for more than ten years, but it needs an opportunity to promote the development of technology, more accurately, it is a business opportunity that can bring huge profits to enterprises, so there is no technical barrier.

It's like humans landed on the moon for the first time in 1969.

If each space program could bring a commercial return that was several times or dozens of times higher than the investment, people today might have already migrated to Mars.

In the original time and space, the explosion of the Internet industry at the end of the 20th century can basically be said to be disorderly and chaotic.

Everyone knows that there is a huge business opportunity, but they don't know which way to find the treasure, which is actually the root cause of most of the new technology giants in the Internet 1.0 era have not been able to continue to prosper.

Because I don't know what to do with the road ahead.

Simon's mind is equivalent to hiding a complete treasure map.

In contrast to the history of major Internet service providers who have been groping between different technologies to finally determine ASDL technology as the standard for high-speed Internet transmission, Simon has bypassed all possible futile attempts and gone straight to the best option that has been identified in memory.

......

......

DSL (Digital Subscriber Line) stands for 'Digital Subscriber Line', which began to sprout in the late 70s of the 20th century, and in the 80s, DSL technology gradually gained at night because of the demand for high-speed data transmission technology for cable TV and network communication.

To put it simply, DSL is a technology that uses higher data frequencies to transmit data over traditional telephone lines.

The biggest advantage of DSL technology is that it breaks through the data transmission limit of up to 56Kb/s that can be achieved by traditional voice communication low-frequency analog signals.

ADSL (Asymmetric Digital Subscriber Line) translates to 'Asymmetric Digital Subscriber Line', which is a type of DSL technology.

With standard DSL technology, the speed at which users upload and download data should be equal. However, when it comes to actual applications, users often download far more data than they upload. If the transmission rate is kept equal, it will cause a lot of waste of resources, and ADSL technology just solves this problem.

Compared with DSL technology, the use of ADSL can more than double the user load capacity of a communication network.

In the past few years, AOL has provided Internet access services, mainly the most traditional dial-up Internet access technology and the more advanced ISDN (Integrated Services Digital Network) technology, the former can only reach a maximum network speed of 56Kb/s, and the latter is also a data transmission technology that appeared in the 80s, which can double the speed of traditional dial-up Internet access to 128Kb/s.

Compared with the first two, DSL technology is roughly like the difference between analog and digital signals that are rapidly changing in the field of mobile communications.

Four years ago, when Westeros had just taken a stake in Quantum-Link, the predecessor of AOL, Simon used his status as a major shareholder to ask Steve Case to buy the patent licensing related to DSL technology and invest in subsequent technology research and development.

ADSL is a new generation of digital subscriber line standard developed by AOL on the basis of DSL

Compared to the original timeline, the ADSL appeared at least five years earlier.

In fact, just like the Internet, semiconductors, digital cameras and many other technologies, ADSL appeared several years in advance when DSL has been developed for more than ten years, but it needs an opportunity to promote the development of technology, more accurately, it is a business opportunity that can bring huge profits to enterprises, so there is no technical barrier.

It's like humans landed on the moon for the first time in 1969.

If each space program could bring a commercial return that was several times or dozens of times higher than the investment, people today might have already migrated to Mars.

In the original time and space, the explosion of the Internet industry at the end of the 20th century can basically be said to be disorderly and chaotic.

Everyone knows that there is a huge business opportunity, but they don't know which way to find the treasure, which is actually the root cause of most of the new technology giants in the Internet 1.0 era have not been able to continue to prosper.

Because I don't know what to do with the road ahead.

Simon's mind is equivalent to hiding a complete treasure map.

In contrast to the history of major Internet service providers who have been groping between different technologies to finally determine ASDL technology as the standard for high-speed Internet transmission, Simon has bypassed all possible futile attempts and gone straight to the best option that has been identified in memory.

DSL (Digital Subscriber Line) stands for 'Digital Subscriber Line', which began to sprout in the late 70s of the 20th century, and in the 80s, DSL technology gradually gained at night because of the demand for high-speed data transmission technology for cable TV and network communication.

To put it simply, DSL is a technology that uses higher data frequencies to transmit data over traditional telephone lines.

The biggest advantage of DSL technology is that it breaks through the data transmission limit of up to 56Kb/s that can be achieved by traditional voice communication low-frequency analog signals.

ADSL (Asymmetric Digital Subscriber Line) translates to 'Asymmetric Digital Subscriber Line', which is a type of DSL technology.

With standard DSL technology, the speed at which users upload and download data should be equal. However, when it comes to actual applications, users often download far more data than they upload. If the transmission rate is kept equal, it will cause a lot of waste of resources, and ADSL technology just solves this problem.

Compared with DSL technology, the use of ADSL can more than double the user load capacity of a communication network.

In the past few years, AOL has provided Internet access services, mainly the most traditional dial-up Internet access technology and the more advanced ISDN (Integrated Services Digital Network) technology, the former can only reach a maximum network speed of 56Kb/s, and the latter is also a data transmission technology that appeared in the 80s, which can double the speed of traditional dial-up Internet access to 128Kb/s.

Compared with the first two, DSL technology is roughly like the difference between analog and digital signals that are rapidly changing in the field of mobile communications.

Four years ago, when Westeros had just taken a stake in Quantum-Link, the predecessor of AOL, Simon used his status as a major shareholder to ask Steve Case to buy the patent licensing related to DSL technology and invest in subsequent technology research and development.

ADSL is a new generation of digital subscriber line standard developed by AOL on the basis of DSL

Compared to the original timeline, the ADSL appeared at least five years earlier.

In fact, just like the Internet, semiconductors, digital cameras and many other technologies, ADSL appeared several years in advance when DSL has been developed for more than ten years, but it needs an opportunity to promote the development of technology, more accurately, it is a business opportunity that can bring huge profits to enterprises, so there is no technical barrier.

It's like humans landed on the moon for the first time in 1969.

If each space program could bring a commercial return that was several times or dozens of times higher than the investment, people today might have already migrated to Mars.

In the original time and space, the explosion of the Internet industry at the end of the 20th century can basically be said to be disorderly and chaotic.

Everyone knows that there is a huge business opportunity, but they don't know which way to find the treasure, which is actually the root cause of most of the new technology giants in the Internet 1.0 era have not been able to continue to prosper.

Because I don't know what to do with the road ahead.

Simon's mind is equivalent to hiding a complete treasure map.

In contrast to the history of major Internet service providers who have been groping between different technologies to finally determine ASDL technology as the standard for high-speed Internet transmission, Simon has bypassed all possible futile attempts and gone straight to the best option that has been identified in memory.

DSL (Digital Subscriber Line) stands for 'Digital Subscriber Line', which began to sprout in the late 70s of the 20th century, and in the 80s, DSL technology gradually gained at night because of the demand for high-speed data transmission technology for cable TV and network communication.

To put it simply, DSL is a technology that uses higher data frequencies to transmit data over traditional telephone lines.

The biggest advantage of DSL technology is that it breaks through the data transmission limit of up to 56Kb/s that can be achieved by traditional voice communication low-frequency analog signals.

ADSL (Asymmetric Digital Subscriber Line) translates to 'Asymmetric Digital Subscriber Line', which is a type of DSL technology.

With standard DSL technology, the speed at which users upload and download data should be equal. However, when it comes to actual applications, users often download far more data than they upload. If the transmission rate is kept equal, it will cause a lot of waste of resources, and ADSL technology just solves this problem.

Compared with DSL technology, the use of ADSL can more than double the user load capacity of a communication network.

In the past few years, AOL has provided Internet access services, mainly the most traditional dial-up Internet access technology and the more advanced ISDN (Integrated Services Digital Network) technology, the former can only reach a maximum network speed of 56Kb/s, and the latter is also a data transmission technology that appeared in the 80s, which can double the speed of traditional dial-up Internet access to 128Kb/s.

Compared with the first two, DSL technology is roughly like the difference between analog and digital signals that are rapidly changing in the field of mobile communications.

Four years ago, when Westeros had just taken a stake in Quantum-Link, the predecessor of AOL, Simon used his status as a major shareholder to ask Steve Case to buy the patent licensing related to DSL technology and invest in subsequent technology research and development.

ADSL is a new generation of digital subscriber line standard developed by AOL on the basis of DSL

Compared to the original timeline, the ADSL appeared at least five years earlier.

In fact, just like the Internet, semiconductors, digital cameras and many other technologies, ADSL appeared several years in advance when DSL has been developed for more than ten years, but it needs an opportunity to promote the development of technology, more accurately, it is a business opportunity that can bring huge profits to enterprises, so there is no technical barrier.

It's like humans landed on the moon for the first time in 1969.

If each space program could bring a commercial return that was several times or dozens of times higher than the investment, people today might have already migrated to Mars.

In the original time and space, the explosion of the Internet industry at the end of the 20th century can basically be said to be disorderly and chaotic.

Everyone knows that there is a huge business opportunity, but they don't know which way to find the treasure, which is actually the root cause of most of the new technology giants in the Internet 1.0 era have not been able to continue to prosper.

Because I don't know what to do with the road ahead.

Simon's mind is equivalent to hiding a complete treasure map.

In contrast to the history of major Internet service providers who have been groping between different technologies to finally determine ASDL technology as the standard for high-speed Internet transmission, Simon has bypassed all possible futile attempts and gone straight to the best option that has been identified in memory.

DSL (Digital Subscriber Line) stands for 'Digital Subscriber Line', which began to sprout in the late 70s of the 20th century, and in the 80s, DSL technology gradually gained at night because of the demand for high-speed data transmission technology for cable TV and network communication.

To put it simply, DSL is a technology that uses higher data frequencies to transmit data over traditional telephone lines.

The biggest advantage of DSL technology is that it breaks through the data transmission limit of up to 56Kb/s that can be achieved by traditional voice communication low-frequency analog signals.

ADSL (Asymmetric Digital Subscriber Line) translates to 'Asymmetric Digital Subscriber Line', which is a type of DSL technology.

With standard DSL technology, the speed at which users upload and download data should be equal. However, when it comes to actual applications, users often download far more data than they upload. If the transmission rate is kept equal, it will cause a lot of waste of resources, and ADSL technology just solves this problem.

In the past few years, the service is mainly the most traditional dial-up Internet access technology and the more advanced ISDN (Integrated Services Digital Network) technology, the former can only reach a maximum network speed of 56Kb/s, and the latter is also a data transmission technology that appeared in the 80s, which can double the speed of traditional dial-up Internet access to 128Kb/s.