China Mobile unveils 6G baseband prototype system for Sub7GHz frequency band — advanced capabilities should set the stage for future wireless communication technologies

Having helped pioneered nan world rollout of 5G networks pinch extended infrastructure investments and technological breakthroughs that enabled nan accelerated deployment of high-speed, low-latency mobile services, China is now mounting its sights connected 6G.

China Mobile, successful collaboration pinch Zhongguancun Pan-Institute of Information and Communications Technology, China Information Technology Mobile, and smartphone shaper Vivo, has introduced a 6G baseband conception prototype strategy for nan Sub7GHz wave band.

As nan world looks guardant to an charismatic motorboat of 6G successful nan coming years, China Mobile’s latest objection highlights nan advancement made successful this processing field. The prototype strategy is portion of China Mobile’s 6G "synaesthesia, computing, and intelligence fusion exertion platform," reflecting a heavy integration of sensory, computing, and communications technologies.

Powerful baseband capabilities – a measurement beyond 5G

China Mobile announced nan 6G baseband conception prototype strategy for nan Sub-7 GHz wave set is simply a important constituent of its nationalist testing device. This strategy intends to facilitate nan heavy integration of inter-sensory computing and intelligence, arsenic good arsenic nan integration of terrestrial and celestial networks.

At nan halfway of this caller strategy is simply a beardown baseband capacity that is built connected a cloud-based heterogeneous hardware architecture, pinch nan strategy supporting a throughput of up to 100Gbps for instrumentality networks. This precocious throughput is mixed pinch an ultra-short transmission clip interval (TTI) processing capacity of 125 microseconds (μs), allowing for faster information transmission and enhanced responsiveness.

The system’s architecture allows for a maximum interrupt consequence hold of little than 10μs, contributing to its elasticity and reconfigurability. It supports 8 information streams and 128 integer channels, and nan single-carrier bandwidth reaches 400MHz, enabling a real-time baseband throughput of up to 16.5Gbps.

These features position nan strategy astatine nan forefront of 6G development, gathering nan stringent requirements for caller technologies and work verifications, specified arsenic ultra-high-definition video and real-time information processing.

According to China Mobile, its caller 6G baseband prototype is unfastened and interoperable.

The strategy facilitates soft integration betwixt cloud-based heterogeneous hardware and terminal prototypes developed by Vivo, allowing for businesslike relationship from nan guidelines position to nan terminal. This capacity supports nan transmission of precocious services specified arsenic 3D video, a apt hallmark of nan 6G era.

This system’s unfastened architecture encourages collaboration and verification of cardinal 6G technologies pinch manufacture partners. Stakeholders tin trial and verify their 6G technologies successful conjunction pinch China Mobile’s baseband prototype thereby creating an ecosystem astir 6G development.

In summation to its baseband and openness capabilities, China Mobile’s 6G baseband prototype strategy demonstrates awesome description potential.

The strategy is designed to grip a wide scope of wave bands, acknowledgment to its multi-band integrated cosmopolitan fronthaul module. This module connects to nan baseband portion (BBU) via an ultra-high-speed Common Public Radio Interface (CPRI) and supports nan transmission of intermediate wave signals ranging from 0 to 12GHz.

This elastic architecture allows nan strategy to activity pinch various power wave (RF) beforehand ends, including those operating astatine mean and debased frequencies, millimeter waves, visible light, and terahertz frequencies. The expertise to grip multi-band signals not only enhances nan system’s adaptability but besides facilitates testing and verification of 6G components and baseband processing technologies crossed different wave bands.

It is important to statement that it takes astir 10 years for a caller connection web to rotation out, truthful commercialized 6G networks are not expected earlier 2030. Nevertheless, early advances specified arsenic this service arsenic a captious building artifact successful nan world title toward 6G.

Via MyDrivers

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