The Prediction of 8G Internet Speed vs 6G and 7G Speed

In 2024, stakeholders started their work on developing the next generation of wireless networks, 6G. Meanwhile, people have recently started 7G and 8G discussions. They speculated that the 8G internet speed is much superior to 6G and 7G. However, all of those speculations are only hypothetical. 

The 8G and 7G wireless connections have not been developed yet. This is because researchers and developers focus on their efforts to finish the 6G network. Once this technology is ready and fully adopted, they will start developing the future network. How fast will these networks be?

The 8G Internet Speed: The Forecast

The 8^th generation of mobile internet will replace older wireless connections by 2050. As the future connection, 8G promises a new level of communication, gaming, and entertainment experiences. This network will also have a huge impact on various sectors, including healthcare and education.

What makes the 8G connection so influential in human lives? One of the things that makes this network powerful is its speed. How fast is 8G? Experts envisioned that the speed of the 8G connection could reach up to 17 petabits per second.

A petabit equals a million gigabits or a thousand terabits. Therefore, it is expected that the 8G network speed is extremely fast. Theoretically, it will be 100,000 times faster than the current generation of internet, 5G.

To create such a fast mobile internet, developers must adopt some strategies. What are they?

• Nearly Zero Latency: Similar to the 5G network, 8G will have nearly-zero latency. However, the latency of 8G will be lower than that of 5G. Low latency will enable 8G technologies to process responses without delay. 

• PHz Frequency Range: The 8G internet speed will be ultra-fast because this connection works on the PHz (petahertz) frequency range. This frequency range will enable the 8G network to have a larger capacity and transfer data rapidly.

• Integration with Highly Advanced Technologies: The 8G infrastructure will be integrated with highly advanced technologies, such as AI and quantum computing. Therefore, this infrastructure can automatically maintain the network and manage network problems to maximize the internet speed.

The Prediction of 7G Internet Speed

The 7^th generation of mobile internet may be available in 2040. This wireless network will be the predecessor of 8G internet. Therefore, it won’t be surprising if the 7G internet speed is slower than 8G. 

However, it does not mean that 7G will be a slow internet connection. The 7G network will be faster than 5G and 6G. The expected speed of this internet connection is 8 terabits per second. In other words, 7G can transfer data at 8,000 Gbps.

Moreover, this network may need to operate in a terahertz bandwidth to achieve this high speed. The 7G network will also have low latency. Again, the latency of this internet connection is not as low as that of 8G. However, it is enough to provide instantaneous communication.

An Overview of 6G Network Speed and Features

The 6^th of mobile internet is closest to our future. This network will be the successor of 5G. Moreover, it will be ready for adoption by 2030. However, developers and stakeholders may already conduct some testing by 2028. Thus, people may enjoy this wireless network sooner than expected.

Currently, the 6G network is still in the developmental stage. Numerous companies and research institutes are working on finalizing the standardization of this network. They expect the 6G internet to have the following features.

• Ultrafast Data Transfer: Among the future connections, 6G has the lowest speed. The expected 6G internet speed is 1 terabit per second. It is approximately 100 times faster than the predecessor.

• Low Latency: The latency of 6G will be lower than that of 5G, which is 1 millisecond. Developers expected the 6G latency to reach 1 microsecond. This low latency will transform remote healthcare, autonomous mobility, and industrial automation in the 2030s.

• Frequency Range: The 6G network will operate in a broad frequency range. It will work on low bands (under 7GHz), mid bands (7-24GHz), high bands (24-90GHz), and sub-terahertz (90-300GHz). This mechanism allows 6G to be adopted for various uses.

• Advanced Applications: 6G supports AI-driven applications and accelerates digitalization in various industries. In addition, it can improve the effectiveness of emergency warning systems. With the help of 6G, disseminating emergency alerts may be done more easily and quickly.

The 8G internet speed is expected to be much superior to the upcoming 6G and 7G. All three internet connections will make significant differences in various aspects, including how governments disseminate emergency alerts. For now, governments can purchase 5G cell broadcasters in smsbroadcaster.com to distribute alerts.