There seems to be only a minimal slowdown in the deployment of super-fast 6G technology in China even with the setbacks occasioned by the clampdown on Huawei and other Chinese firms who were on the cusp of 6G breakthrough in some form. There are clear indications that China has made progress on the next generation connectivity architecture for wireless communications according to reports from the South China Morning Post.

The report indicates that the Chinese research team led by Professor Zhang Chao was able to stream 1 terabyte of data over 1km in one second. Professor Zhang Chao is from the School of Aerospace Engineering of Tsinghua University and his research team achieved the feat using very high-frequency radio waves, called vortex millimeter waves. The implications for these outstanding streaming speeds are indeed far-reaching, as there are loads of applications that are waiting for the 6G technology to change the face of the world. They could be deployed to weapons and defense systems, with the possibility of deploying hypersonic weapons. The communications component and applications in the entire IoT ecosystem are also exciting.

China says it is at the head of research on 6G research with massive investments in support of the new technology and some great results to show for the efforts. An experimental wireless system was deployed in the Beijing Winter Olympics to simultaneously stream more than 10,000 hi-def live feeds seamlessly. Team leader, Professor Zhang insists that the vortex millimeter waves are unlike any of the radio waves deployed since radio waves were introduced over 100 years ago.

The new technology has added a new dimension to current wireless transmission, which means that the vortex millimeter waves have three dimensions similar to the motion of a whirling tornado. The researcher has also developed an innovative transmitter that allows the waves to spin in three different modes for efficient data transmission. The architecture also includes a special receiver to decode a large amount of data at super-fast sub-second speeds. Even with the decline of Huawei was massively pioneering research and development of the 6G technology, China still holds some stake in 6G patents up to 40% of the global overall. The 6G technology could deliver speeds more than 100 times faster than current 5G speeds and several countries are pursuing research in that direction.

The ultimate deployment of the 6G technology is still however years away, with some projections putting this at 2030. The global focus now is for much of the world to have the needed deployment of 5G connectivity, with its accompanying concerns for health and airline safety being pointed out. The 6G technology will also come with its potential flipsides, which will become visible as the technology continues to evolve.

RELATED:

• Vivo V2121A and V2123A smartphones get certified in China; expected to launch soon
• Huawei targets 6G launch by 2030, touts 50 times faster speed than 5G
• Vivo: Smartphones, AR/VR Glasses, and Robots will be inevitable in building a 6G network
• China reveals it has way more 6G patents than the U.S, laying claim to early 6G lead

The post Researchers in China reportedly achieve data streaming using 6G technology appeared first on Gizmochina.

5G is just getting fired up in many countries but a report already talks about a big change that 6G will bring to the table. Countries like China have already started pushing for it ahead of others. The next-gen communication tech is expected to open a gateway of terabit throughputs, microsecond latencies, and solve hiccups like transporting holographic images wirelessly.

According to the counterpoint report, 6G will primarily up the ante on the Wireless Spectrum from Gigabit throughputs on 5G to Terabits/second on 6G. Here, Throughput is amount of data that can be transferred from source to destination within a given timeframe. Anyway, the proposed range for the 6G spectrum is between 300GHz to 3THz(TeraHertz).

Although the commercial launch is not happening anytime before 2028 as Samsung predicts, the research has already begun. In fact, giants like Huawei and Nokia are already advancing in their own way to accelerate the process. Either way, the leap from GHz(in 4G) to MHz(in 5G) and THz(in 6G) indeed looks exponential.

As for 6G devices, report says that it will require better power efficiencies, Line of Sight (LoS) channels, metamaterials for THz antenna arrays, improved AI for power optimization, and QoS(Quality of Service). Additionally, the Terahertz spectrum will pave way for holographic radio and ultra-massive MIMO technologies.

EDITOR’S PICK: South Korea to launch Pilot 6G Project in 2026

With Speeds getting increased this much(Terabits), the range of applications also gets widened. You can look at some key applications that will benefit from 6G(>1Tbps) below:

• 8K/16K Video streaming
• Transport Holographic Images/Video(HoloPortation) Wirelessly
• Microsecond latencies will enable Real-time Machine Control. Eg. Agricultural Robots
• Digital Twins/Replicas- Interaction between Digital and Physical world via Mixed Reality and AI
• Multi-Modal, Multi-Location 16K AR/VR applications
• 3D 4K Maps ADAS(Advanced Driver Assistance Systems)

As we all know, a network technology requires equipment, and hence, we should watch out for biggies like Ericsson, Samsung, Nokia, Huawei, ZTE, InterDigital, University of Oulu, SK Telecom, China Mobile, Docomo, AT&T in Network.

However, companies like Samsung, Qualcomm, LG, Apple, OPPO, Huawei, META, and others handle the device and components at a larger scale. Among this, Apple and Alphabet’s Google have already joined the “next G alliance”.

As mentioned above, China has gone a step further and launched the world’s first 6G satellite for terahertz communication. Nevertheless, We are still a few years away from seeing the real-time results of 6G which is expected to be 100-500x faster than 5G.

UP NEXT: Vivo: Smartphones, AR/VR Glasses, and Robots will be inevitable in building a 6G network

The post 6G will start a new Economy with Terabit speeds, Microsecond latencies, & more- Report appeared first on Gizmochina.