Samsung Electronics has just published a white paper titled “6G Spectrum Extending the Boundaries”. In this book, the South Korean giant highlights its vision for securing global frequency bands for 6G, considered the next generation communication technology. To obtain and secure the spectrum needed to achieve its 6G vision set out in its latest white paper published in July 2020, Samsung Electronics plans to evaluate all accessible 6G bands.
Choi Sung-hyun claims that the communications technology must be able not only to connect people to each other. But also man and machine. Without forgetting the machine to machine. To achieve this, it is important to implement a common communication standard for all sectors. In addition, today we are faced with an increasingly growing and demanding demand for greater coverage.
the 6G wireless network presents itself as the most relevant solution to meet all its requirements.
Samsung Electronics says the 6G era will be able to connect up to 500 billion devices. 6G will also connect cars, electronics and even surrounding buildings to this ultra-high-speed communication network.
At the same time, this network will allow the development of new services. Such as moving holograms high fidelity and digital replicas capable of reproducing people, objects and spaces in a virtual environment. As well as extended reality (XR) truly immersive. This enables the creation of content for virtual reality, mixed reality and cinematic reality.
Focus on the different Samsung 6G spectrum
To be able to offer ultra-fast communications with a connected experience available anytime and anywhere and guarantee the transmission of a large amount of data up to Tbps, 6G requires spectrum with ultra-wide contiguous bandwidth. Thus, Samsung proposes to consider all available bands for 6G. Of the low band below 1 GHz at the high band from the 24 GHz to 300 GHz range via the mid band up to 24GHz.
For Samsung Electronics, the middle band of the range 7-24GHz presents itself as an ideal candidate to support faster data speed and reasonable coverage. The sub-terahertz (sub-THZ) band in the range 92-300 GHz will also be able to support ultra-fast data rates. It is also an adequate way to effectively meet the 6G requirement of terabits per second of data.
An upgrade to 6G operation of existing bands used for networks 3G, 4G and 5G will also be possible to obtain all the spectrum necessary for 6G.
In addition, the white paper outlines the importance of forward-looking regulations and technologies regarding the use of spectrum to establish support for both efficient and flexible of 6G.
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Samsung Electronics Releases White Paper on Accessible 6G Bands
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