ZTE's proprietary pre-5G
solutions enable operators to emulate the performance of 5G networks on
existing 4G LTE infrastructure, delivering gains in data throughput and
reductions in latency. ZTE's pre-5G solutions are designed to be easily
upgradable to 5G in the future, and have been deployed in more than 40
networks in 30 countries around the world. MmWave and sub-6 GHz frequency spectrum bands are all candidates for 5G communications. ABI Research has forecast that the market will deploy more than 1 million sub-6 GHz licensed backhaul links by 2020.
The ZTE range includes support for 3rd Generation Partnership Projects (3GPP) 5G new radio (NR) new air interfaces and mainstream 5G frequency bands in the industry. Products in the range use massive multiple input, multiple output (MIMO), beam tracking, beam forming and other key 5G technologies, meeting the 5G pre-commercial deployment requirements in various scenarios. ZTE says the 5G sub-6 GHz base stations are the smallest and lightest base stations with the industry's highest level of integration, with a maximum data throughput of 10 Gbps.
ZTE invests more than RMB 1 billion annually on research and development of 5G. In 2016, ZTE became the world's first vendor to verify key technologies in the 5G mmWave and sub-6 GHz fields. The company also successfully completed 5G mmWave field tests as well as 5G single-point technology and prototype verification. ZTE was the first to pass all parts of the first phase of National 5G tests in China. It has now entered the 5G solution verification and product research and development (R&D) phase.
As one of the key 5G technologies, massive MIMO plays a vital role in improving frequency efficiency and air interface bandwidth. In June 2014, ZTE became the world's first vendor to introduce the concept of pre-5G in the 4G era - making use of 5G technologies within 4G infrastructure. The company has put Massive MIMO into commercial use ahead of time, meeting customers' increasing data requirements and allowing a smooth evolution into the 5G era. So far, ZTE's Pre5G Massive MIMO has been widely deployed with China Mobile, Softbank in Japan and in other global markets. The company's partners for 5G development also include KT Group, China Telecom and China Unicom.
Massive MIMO is already used in 5G scenarios in existing mobile networks. It can solve technology and application problems caused during the commercial operation process, and will accelerate the maturity of core 5G technologies and shorten the time needed for product verification and large-scale commercial use. ZTE has applied for hundreds of technical patents, and contributed to many valuable proposals from standards organisations in regards to this technology process based on massive data collected from actual scenarios.
Zhang Jianguo, SVP of ZTE, said: "ZTE will continue its innovation in the 5G field to meet the product and service needs of customers. ZTE will occupy a place in the world's first 5G commercial market and lay a solid foundation for the future Internet of Things (IoT)."
The ZTE range includes support for 3rd Generation Partnership Projects (3GPP) 5G new radio (NR) new air interfaces and mainstream 5G frequency bands in the industry. Products in the range use massive multiple input, multiple output (MIMO), beam tracking, beam forming and other key 5G technologies, meeting the 5G pre-commercial deployment requirements in various scenarios. ZTE says the 5G sub-6 GHz base stations are the smallest and lightest base stations with the industry's highest level of integration, with a maximum data throughput of 10 Gbps.
ZTE invests more than RMB 1 billion annually on research and development of 5G. In 2016, ZTE became the world's first vendor to verify key technologies in the 5G mmWave and sub-6 GHz fields. The company also successfully completed 5G mmWave field tests as well as 5G single-point technology and prototype verification. ZTE was the first to pass all parts of the first phase of National 5G tests in China. It has now entered the 5G solution verification and product research and development (R&D) phase.
As one of the key 5G technologies, massive MIMO plays a vital role in improving frequency efficiency and air interface bandwidth. In June 2014, ZTE became the world's first vendor to introduce the concept of pre-5G in the 4G era - making use of 5G technologies within 4G infrastructure. The company has put Massive MIMO into commercial use ahead of time, meeting customers' increasing data requirements and allowing a smooth evolution into the 5G era. So far, ZTE's Pre5G Massive MIMO has been widely deployed with China Mobile, Softbank in Japan and in other global markets. The company's partners for 5G development also include KT Group, China Telecom and China Unicom.
Massive MIMO is already used in 5G scenarios in existing mobile networks. It can solve technology and application problems caused during the commercial operation process, and will accelerate the maturity of core 5G technologies and shorten the time needed for product verification and large-scale commercial use. ZTE has applied for hundreds of technical patents, and contributed to many valuable proposals from standards organisations in regards to this technology process based on massive data collected from actual scenarios.
Zhang Jianguo, SVP of ZTE, said: "ZTE will continue its innovation in the 5G field to meet the product and service needs of customers. ZTE will occupy a place in the world's first 5G commercial market and lay a solid foundation for the future Internet of Things (IoT)."
ZTE
separately said that its 5G solutions are scheduled for commercial pre-deployment
starting from Q318. The company also projects that its 5G products will
be deployed in commercial 5G networks in Q119.
At MWC 2017, ZTE also unveiled the world's first Gigabit smartphone, supporting data transmission rates of 1 Gbps.
At MWC 2017, ZTE also unveiled the world's first Gigabit smartphone, supporting data transmission rates of 1 Gbps.
Hashtag: #MWC2017, #MWC17
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