Highlights

• 6G achieves a groundbreaking speed of 100 billion bits per second.
• Downloading capabilities could allow a two-hour movie in mere seconds.
• 6G technology utilizes extremely high frequencies between 100 to 300 gigahertz.
• Potential to make traditional home WiFi systems obsolete.

High-speed 6G internet might not be available until the year 2030, although the current 5G network still has plenty of speed marvels to offer.

As per a report, researchers in Japan recently tested 6G and achieved a staggering 100 billion bits per second.

This speed is five times faster than the highest 5G speeds and a remarkable 500 times faster than what our 5G smartphones currently achieve.

6G’s Staggering Speeds Revealed

Downloading data at 100 billion bits per second is difficult to imagine.

But you can imagine downloading a two-hour movie in just a few blinks of an eye.

That’s what 6G brings – and a lot more.

With 6G, you can download eight or nine such large files in one second!

Added to this, 6G allows more devices to communicate on the same network without congestion.

The 6G technology tested uses extremely high frequencies, ranging from 100 to 300 gigahertz.

From here, our minds pop with multiple applications.

These speeds can make self-driving cars possible, enable remote surgeries, and allow people to quickly download very large videos—functionalities that 4G and 5G cannot provide.

But achieving these top speeds with 6G requires highly advanced technology operating in ideal conditions.

Our expectations for 6G must be tempered.

Making WiFi Obsolete

The report also suggests that 6G could make traditional home WiFi systems obsolete.

Although it sounds unbelievable, the advancements in 5G are already leading us in that direction.

Nevertheless, successful 6G tests don’t mean it will be available immediately—it could be six years or more before we can fully utilize 6G’s extraordinary capabilities.

The designers of 6G envision even more transformative technologies beyond just speed.

They talk about holographic video calls that could make in-person meetings seem outdated.

They also propose the idea of direct mind-to-mind communication, eliminating the need for spoken words.

To no one’s surprise, building this 6G network is a monumental challenge.

It will take significant engineering efforts to manage these powerful signals before they can be deployed globally.

It’s a long and extraordinary journey until we can enjoy the vast potential of 6G and move beyond 5G.

FAQs

What are the potential speeds of 6G compared to current networks?

6G has reached speeds of 100 billion bits per second in tests, which is significantly faster than current 5G networks, offering possibilities for instant large file downloads.

How does 6G compare to 5G in terms of speed and functionality?

6G is not only about speed; it also promises enhanced capacity for more devices and advanced applications like remote surgeries and autonomous driving, which 5G cannot fully support.

What frequency range does 6G use and why is it significant?

The 6G network tested uses frequencies from 100 to 300 gigahertz, allowing for faster data transmission and opening up new possibilities for technology applications that require high bandwidth.

When can we expect 6G to be available for general use?

While promising, 6G technology is still in the developmental stages and might not be available for widespread use until around 2030.

Also Read: Explained – What is the Difference Between 4G, 5G, and 6G Networks?

Also Read: India 6G Technology Updates – Nokia Opens 6G Lab in India