The 5.5G period, as advocated by Huawei, presents a boundless alternative for operators to improve and shield the investments whereas considerably bettering community efficiency by tenfold. With upgraded downlink and uplink capabilities, in addition to the introduction of progressive applied sciences like P-IoT (passive Web of Issues), the 5.5G period paves the best way for a brand-new business imaginative and prescient.
In a keynote titled, “Continued Innovation to Begin a New Journey within the 5.5G Period,” at MWC Shanghai 2023, Yang Chaobin, Huawei’s Director and President of Huawei ICT Merchandise & Options, highlighted the numerous progress that Huawei has made in creating key applied sciences for five.5G.
The 5.5G period presents complete improve and evolution throughout key service fields, together with wi-fi entry, optical entry, optical transport, datacom, and core community. 5.5G can provide downlink improve from 1 Gbit/s to 10 Gbit/s and uplink improve from 100 Mbit/s to 1 Gbit/s, assembly the necessities of extra numerous business service situations. Within the IoT subject, P-IoT expertise is launched for the primary time within the 5.5G period, straight opening up a brand new area for 100 billion IoT and making a brand-new business imaginative and prescient, Yang Chaobin added.
Huawei is making ready to launch an entire set of 5.5G community gadgets in 2024 to organize for the industrial deployment of 5.5G, Yang Chaobin introduced on the occasion. The answer contains three parts: 5.5G cell community, 5.5 Gbit/s for mounted networks and Net5.5G.
Defending operators’ funding
Previously 4 years, operators worldwide have made important investments in 5G networks and it’s essential to guard these investments. Moreover, to boost community capabilities, new frequency bands must be launched by combining completely different frequencies. Huawei believes that addressing this subject is necessary for the 5.5 GHz period.
Huawei means that the business ought to concentrate on two particular frequency bands for five.5G. The primary band is 6 GHz, which is anticipated to be probably the most important band in cell communications for the subsequent decade. Just lately, China’s Ministry of Trade and Data Expertise allotted 700 MHz of spectrum (6425 to 7125) for cell communications, marking the primary main milestone in 5.5G improvement. Consequently, 6 GHz is anticipated to change into the core band within the 5.5 GHz interval.
The second band of focus is millimeter wave, which, with the assistance of ELAA (elevated LTE entry and utility) expertise, steady protection of millimeter wave in city areas and hotspots is now potential.
Important progress in key applied sciences of 5.5G
In pursuit of enhanced community efficiency, Huawei has invested massively in millimeter wave expertise and performed intensive subject experiments, reaching important progress in key areas and leading to a exceptional tenfold improve in community capabilities. This progress encompasses developments in ultra-high bandwidth, ultra-large antenna arrays, and the utilization of cutting-edge applied sciences comparable to ELAA and MBSC (huge MIMO blade web site answer controller).
ELAA for six GHz and mmWave to attain 10 Gbit/s downstream expertise
To realize the formidable objective of a ten Gbit/s downstream expertise, ultra-broadband spectrum sources play a vital position. Huawei’s ELAA expertise has been examined and confirmed profitable in addressing the challenges related to protection functionality and mmWave protection. The outcomes of subject checks performed in Chengdu and Hangzhou have exceeded expectations, showcasing the flexibility to ship a peak downlink expertise of 10 Gbit/s and demonstrating spectacular mobility expertise, Yang Chaobin added.
Optimizing spectrum utilization to attain gigabit uplink expertise
Recognizing the growing demand for uplink charges within the period of digitalization, Huawei has centered on bettering uplink capabilities. By way of steady innovation and analysis, Huawei has developed options comparable to SUL (standalone uplink) and FSA (versatile spectrum aggregation) applied sciences. These options purpose to make full use of current spectrum sources and improve the uplink capability. Verification in numerous situations, together with coal mines and metal mines, has demonstrated the flexibility of those applied sciences to fulfill the 1 Gbit/s uplink necessities. Purposes comparable to HD backhaul, panoramic distant management, and optical high quality inspection have enormously benefited from these developments, bettering manufacturing security and operational effectivity.
5.5 Gbit/s IoT functionality, opening up 100 billion connections
With the introduction of RedCap and P-IoT applied sciences, the 5.5G period guarantees to assist full-field IoT and allow the connection of as much as 100 billion gadgets. RedCap, as a local 5G expertise, provides an optimum stability between efficiency, energy consumption, and value. Its capabilities have been efficiently verified in sensible purposes, significantly in industries comparable to electrical energy, paving the best way for broader deployment within the coming years. P-IoT, a groundbreaking expertise that mixes mobile networks and passive tags, has demonstrated spectacular outcomes when it comes to protection distance and identification accuracy. With purposes starting from exact positioning to sensor information transmission, P-IoT is anticipated to search out deployment in numerous sectors, together with good warehousing, logistics, animal husbandry, transportation, and retail.
5.5G clever core community: AI native reactivates NaaS enterprise alternatives
Synthetic Intelligence (AI) has emerged as a fundamental necessity throughout industries. Huawei’s 5.5G clever core community capitalizes on native AI applied sciences to boost community capabilities. The clever core community focuses on three elements: O&M intelligence, community intelligence, and repair intelligence, all geared toward delivering a greater expertise and assembly the various wants of industries.
50G PON leads the F5.5G ultra-broadband community period
50G PON expertise performs a significant position within the F5.5G ultra-broadband community period, offering a 10G expertise. Its benefits, together with elevated bandwidth, lowered latency, and the flexibility to implement a number of features on one community, make it appropriate for numerous fields. Huawei’s technical verifications and pilot purposes worldwide have paved the best way for the industrial use of 50G PON. Huawei expects that 50G PON will likely be put into industrial use by the tip of 2023 and can enter the small-scale industrial use stage in 2024.
Net5.5G builds a new-generation business digital community basis
Net5.5G addresses the digital transformation wants of assorted industries, providing high-quality entry, ultra-broadband transport, and an 800GE AI Cloth structure. These capabilities facilitate seamless business information entry, environment friendly information migration to the cloud, and the discharge of computing sources, unlocking the potential for digital innovation.
Huawei’s imaginative and prescient of the 5.5G period represents a transformative step ahead in telecommunications, providing important alternative for operators to innovate and improve their community whereas defending their investments. By way of continued innovation in community efficiency and revolutionizing the IoT area, Huawei is poised to unlock new potentialities and cleared the path in direction of a related future the place industries thrive and customers get pleasure from enhanced connectivity and experiences.