5G is the breakthrough of technology. In late 2018, the next version of telecommunication services (fifth generation or 5G) started to reach the market. In addition to speed improvements, the technology is projected to unleash a vast ecosystem of 5G IoT (Internet of Things), which can meet the communications demands of thousands of linked devices with the proper interchange between speed, latency or costs. If you think about what 5G has to provide, that makes sense. ZTE is increasing its 5G technology development with its recent growth in worldwide 5G marketing and is launching a range of improved 5G solutions. ZTE is dedicated to developing an incredibly simple, high-performance and cost-efficient pan-5G network using 7nm independently designed chips, sophisticated algorithms, SBA architecture and digital R&D platform, DevOps Digital Architecture.
The anticipated 5G adoption rate is dramatically different from all previous networks of generation (3G, 4G). Whereas past technology was driven by mobile internet use and killer applications availability, 5G is projected to be driven mostly by new IoT uses, such as linked and self-driving automobiles. The world is expected to expand from less than 200 million in 2019 to 1.02 billion by 2023 from 5G customers worldwide. According to Ericsson’s November 2020 study, 5G will reach $3.5 trillion by 2026, the quickest generation ever to be deployed globally.
5G RAN Product Portfolio Ultra-broadband
ZTE’s entire product portfolio comprises 32/64-channel MAIMO AAU, RRU 2/4/8-channel and QCell Digital indoor distribution, facilitating quick 5G network implementation for all scenes. ZTE5G has introduced an AAU flagship product, which integrates both the industry’s top 400 MHz bandwidth and 22 kg weight, in response to demands of foreign operators for RAN sharing and flexible development through the N78 band. In order to be able to instal individually below 23 kilograms in the European Union, this ultra-low weight is 22 kg. ZTE QCell 5G indoor solution offers a more budget friendly 2TR device that can handle 300 MHz bandwidth, perfect for RAN indoor sharing and quick introduction of the 5G with reduced deployment costs as well as multi-mode, multi frequency or large-capacity 4TR products.
UniSite+: Speed up 2G, 3G, 4G and 5G co-site deployment with fewer devices. The UniSite+ solution allows operators to simply implement 1 + 2 = 7, – which implies that they can enable all-RAT 7-band deployments with one Active+ Passive Unit and two ultra-band broadband radio units. This makes it the industry’s simplest site solution, which further reduces the number of devices needed. Besides simplifying radio, the current technology on basebands has also now reached another outstanding level. In order to make site-free 5G evolve easier to operate, ZTE5G has introduced its first all-RAT baseband board, which supports 2G,3G,4G and 5G in one board.
5G network monetization with end-to-end trimming
ZTE introduced the industry’s first end-to-end cutting system. The B2B2C model was check smithed by ZTE, China Mobile, China Unicom and Tencent, and ZTE also worked with the company Zhejiang Telecom and the company Zhejiang Blue Tron on verifying the benefits of the concept. The 5G slicing technology of ZTE has been highly evaluated and received numerous international awards by the consulting firm Strategy Analytics.
Strong improvement in MIMO performance
In commercial settings, ZTE remains focused on optimizing the massive MIMO. ZTE was first to use Massive MIMO on 4G networks in the industry as early as 2014. The business performance of Massive MIMO has continued to improve over the previous five years. ZTE has a single-celled capacity of more over 5 Gbps and a network speed of over 1 Gbps in commercial network testing through core processors, essential components, sophisticated algorithms, and AI.
Supers DSS, the only dynamic spectrum sharing solution for the industry with tri-RAT, Super DSS what is it? It can enable a dynamic 3G/4G/5G and 3G/4G/5G spectrum sharing compared to a more common 4G/5G dual-mode (DSS) system. Super DSS provides an appropriate approach to quickly deploy 5G on legacy FDD bands and deliver traditional voice-service experiences in order to optimize spectrum return on investment.
EXPORT (FDD Assisted Super TDD)
FAST is a revolutionary, FDD and TDD-based ZTE technology which increases down and uplink performance, enhances coverage of both and reduces latency. The industry’s first FAST solution for the 2.1GHz and 3.5GHz range ZTE and China Telecom launched in collaboration. 5G technology provides an exceptionally low delay rate between transmission and receipt of information. You are going down to 1 millisecond (1ms) with 5G from 200 milliseconds for 4G. Just think about it. Just think about it. 1/1000 of a second is a millisecond. The typical response time for humans is 250 ms or 1/4 of a second for visual stimuli. People with appropriate training are capped at around 190-200 ms. Think of your automobile being 250 times quicker than you could presently react. Imagine it could also react to hundreds of news, as well as transmit its reactions in milliseconds to other cars and road signs. The response distance at 60 mph (100 km/h) is around 33 metres.
5G Green
On the device side, chip, algorithm and material innovation leads to an annual continuously decrease of more than 20 percent in energy usage. AI technology has been launched for smart deployment throughout the network on the network side. In 4G networks, the power-saving AI solution was implemented.
A fresh set of new uses was made for each generation wireless network. The next 5G is no exception and is focused on IoT applications and vital communications. The following applications can be mentioned throughout time in terms of the schedule:
- Wireless access has been fixed (from 2018-2019 onwards)
- Enhanced 4G fall-back mobile broadband (from 2019-2020-2021)
- Solid M2M / IoT (from 2021-2022)
- Critical communications ultra-Low Latency IoT (from 2024-2025)
Some crucial applications, like as self-driving cars, require extremely aggressive latency (rapid response time), but high data rates are not required. Company cloud baseline services with bulk analytical data are required. Wireless broadband in the fifth generation (5G) is the newest in mobile technology. 5G will enhance wireless networks’ speed and reactivity considerably and expand them to allow hundreds of thousands of connections. 5G delivers better capabilities, faster data speeds, and significantly less latency, supporting additional innovations like as the IoT and network slicing, creating a more intelligent and connected society.
Leave a Reply