Tag: 6G

Ultra-fast 6G internet test reaches 100Gbps speed that’s 500 times faster than 5G

A 6G transmitter has been created that can reach the fastest internet capabilities recorded yet.

The new technology was created by four companies in Japan putting their best qualities forward to achieve the next generation of ultra-fast internet.

6G internet brings completely new advancements to technology and communication
The highest generation of internet right now is 5G and is the current standard

The announcement of the new 6G breakthrough came in a press release on April 11 and the four companies involved include DOCOMO, NTT, NEC, and Fujitsu.

5G internet operates from 6-40 GHz while the new 6G test operated at much higher bands in 100 GHz and 300 GHz. 

The 6G transmitter transferred data at 100 Gbps per second at 100 GHz indoors and 300 GHz outdoors over 328 feet, per the release.

The highest generation of internet right now is 5G and is the current standard. 

Using higher frequency bands allows for much faster internet speeds and is the plan of how to achieve the next generation. 

“High-capacity wireless communication is expected to be achieved by exploiting the abundant bandwidth available in the sub-terahertz band from 100 GHz to 300 GHz,” the release said. 

The 6G potential is 500 times faster than the average 5G t-Mobile speeds in the US, according to Statista. 

Its speed can also be compared to transferring five HD movies wirelessly per second, per Live Science. 

The tech companies have hinted that 6G will allow for groundbreaking new ventures.

This includes extremely high-quality video streaming, better control for self-driving cars, and faster communication.

Some other advancements to look forward to include smoother operation for: Virtual Reality (VR)

*Metaverse

*Metaverse applications

*Mixed Reality experiences.

*Fully Automated Vehicles

*Hovercraft and other flying machines

*It will also support brand new technologies like Holographic images and Holographic Communication (seeing g a hologram of the person you are talking to emanate from a phone as an example)

“In the 6G era, when wireless networks are envisioned supporting diverse applications ranging from ultra-HD video streaming to real-time control in autonomous vehicles, as well as increasing communication demands,” the press release said.

WORKING THROUGH KINKS

Implementing the new high-speed 6G will come with some complications though.

The experts explained completed new devices will need to be made that can handle the high-frequency bands. 

This is because of the large difference between what 5G devices are currently operating at and the high-frequency band 6G would need.

“However, compared to 28 GHz and other millimeter bands used in current 5G systems, the much higher frequencies of the sub-terahertz band will require entirely different wireless devices that are now being developed from scratch,” the press release said. 

To be successful, this effort will need to overcome several key challenges, such as determining the specific performance requirements of wireless devices operating in the sub-terahertz band, and then actually developing such devices.Press Release

“To be successful, this effort will need to overcome several key challenges, such as determining the specific performance requirements of wireless devices operating in the sub-terahertz band, and then actually developing such devices.”

The next move for the four tech companies is to keep working out the kinks and utilizing each company’s strengths to make 6G a reality. 

“Going forward, the four companies will continue to conduct extensive research and development into sub-terahertz telecommunications,” the press release said.

“Leveraging each company’s strengths in various initiatives to contribute to 6G standardization.”

6GHz Finally Given Green Light by FCC

FCC Gives Metaverse Devices 6GHz Greenlight

Dr. Sky Houston
FCC Passes 6G Internet

The Federal Communications Commission (FCC) has given the go-ahead for tech companies to create Metaverse devices and wearables that operate at the 6GHz wireless band. 

The commission will permit Metaverse-enabled wearable technology, including virtual reality (VR) and augmented reality (AR) devices, to tap into the speedy 6GHz frequency –, which boasts faster speeds, more bandwidth and lower latency.

Tech companies developing these devices won’t need a license either, meaning that all VR and AR devices operating at very low power (VLP) can use the 6GHz frequency as long as they have a total of 850 megahertz of spectrum.

“These rules will spur an eco-system of cutting-edge applications, including wearable technologies and augmented and virtual reality that will help businesses, enhance learning opportunities, advance healthcare opportunities and bring new entertainment,” the FCC said in a statement announcing the rule changes.

“The 6 GHz band is important for next-generation Wi-Fi operations. The FCC, in recent years, expanded unlicensed use in 1,200 megahertz of spectrum between 5.925 and 7.125 GHz. Today’s rules build off this success to allow for other types of operations in the band.”

The commission added that this move would “enrich consumer experiences and bolster the nation’s economy.” It stressed devices will be restricted to that VLP level.

About Time!

The news comes as a host of tech companies, including Meta, Apple and Google work to push out AR and VR wearables, devices, and related equipment in the coming months (Winter 2023).

Meta is set to launch its Meta Quest 3 device in October, while Apple’s Vision Pro is expected to be released in early 2024. Meta also launched a second iteration of its Ray-Ban-partnered AR glasses in September. According to Bloomberg, Apple and Google are also working on similar AR-enabled glasses.

The three tech giants all petitioned for the FCC to approve the use of the 6GHz band back in 2019 – to no avail.

Before the latest rule change, they could make use of the sub-GHz frequency unlicensed, the companies have long been trying to avoid pesky licensing issues while using the most up-to-date Wi-Fi connectivity standards.

“The new rules however are careful to limit these devices to very low power levels and subject them to other technical and operational requirements that will permit these devices to operate across the United States while protecting incumbent licensed services that operate in the 6GHz band,” the FCC stated in its release.

The 6 GHz band is also used by services that manage the US electric grids, long-distance phone services and backhaul – hence the need for FCC oversight on the tech.

As part of its agreement to allow VLP devices to access the frequency, the regulator also proposed expanding the ability for devices to use higher power levels if they are geofenced to stop interference with licensed operations on the same band.