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Showing posts with label ZTE. Show all posts
Showing posts with label ZTE. Show all posts

Tuesday, 8 December 2015

18:53

Chinese telecoms giant ZTE is planning to bring smart rail solutions to the South African market.

Chinese telecoms giant ZTE is planning to bring smart rail solutions to the South African market.

The plans, which were first announced in July, were confirmed by Yang Jun, ZTE Enterprise Business VP for international sales and marketing, last week in an interview with ITWeb.

According to Jun, ZTE, together with a number of its Chinese partners, will invest billions of rands to modernise SA’s rail infrastructure.

un was in SA attending the Forum on China-Africa Co-Operation (FOCAC) Summit. Established in 2000, FOCAC aims to promote bilateral ties and co-operation between China and Africa through dialogue.

“ZTE and its partners are set to invest in the South African rail system. The bulk of the finance will be provided by different Chinese companies and ZTE will mostly be making its investment in the ICT part of the project,” said Jun.

According to Jun, ZTE has not engaged the South African government on the deal, but it is reaching out through its local partners.

He revealed the company last week signed a contract with EOH to bring smart rail solutions to SA. “We co-operate with many local companies to deliver solutions. We have no intention to engage directly with the government, but we work behind our local partners to get the relationships with the South African government.”

ZTE’s iRail solution features include broadband communication, providing rail systems with broadband communication networks based on LTE for rail, and 100G optic network technologies. It also uses cloud computation architectures as rail transportation information platforms, integrating the existing applications, deploying virtual desktops, unified communication, and new applications.

In October, EOH announced the acquisition of Mehleketo, a local provider of rail automation and technology solutions, for an undisclosed amount. It is one of the top rail signalling and communications engineering and systems integration solutions providers in SA, and has a number of long-term projects as well as maintenance and support contracts with the major operators in the country.

SA has an expansive railway network, but the technology being used in the country is old, dating back maybe 25 years, Jun said.

“The speed of the trains is also very slow, the efficiency is low, and the system experiences a lot of problems. ZTE wants to deliver digital technology in SA’s railways so that they become smart,” he pointed out.

In China, Jun said, most railways have been developed into high-speed railways with speeds of more than 200 kilometres per hour. “We do not want to reach the same speeds in SA, but I think we can reach between 150km to 180km per hour.”

There are a lot of Chinese telecoms companies entering the South African market and Jun said these companies, through the Chinese government’s intervention, are working together in SA as in all the other foreign companies in which they operate. He pointed to China’s Silk Road Initiative as the biggest factor binding these companies in foreign territories.

The Silk Road Initiative is the major project for Chinese president Xi Jinping. On every state visit and within every diplomatic forum, he has promoted his idea of: “One Belt, One Road”. Beijing wants to create China-centred infrastructure networks in order to expand its own economic and political influence in Eurasia and Africa.

“That means we will co-operate with all the Chinese companies that are operating here, even if they are our competitors,” Jun concluded.

Monday, 31 August 2015

20:06

TCIL ties up with China’s ZTE for Smart Cities, Railway Biz

TCIL ties up with China’s ZTE for Smart Cities, Railway Biz

TCIL is the first company in India which was awarded the work for designing, supplying, installation, testing and commissioning of GSM-based mobile train radio communication system for Eastern Railway, TCIL Chairman and Managing Director Vimal Wakhlu said in a joint statement

New Delhi: State-owned Telecommunications Consultants of India Ltd (TCIL) has tied up with Chinese telecom gear maker ZTE Corporation to work jointly on Smart Cities and railway projects.

TCIL is the first company in India which was awarded the work for designing, supplying, installation, testing and commissioning of GSM-based mobile train radio communication system for Eastern Railway, TCIL Chairman and Managing Director Vimal Wakhlu said in a joint statement. “ZTE and TCIL together are fully confident in the development of Smart City & Railways business in India in the coming years,” he said.

Under the pact, ZTE and TCIL will jointly work to drive the smart city solutions in India in line with government initiatives, and complete information solutions for Railways. ZTE shall take advantage of the PPP mode recommended by the State Council and the Central Ministry, in which the government provides guiding funds, and support policies, cooperate with operators and social resources to construct and operate Smart Cities, ZTE India CEO Philip Liu said

Thursday, 9 July 2015

21:40

ZTE Launches New LTE-R Next-Generation Broadband Network Solution for Rail Operators

ZTE Launches New LTE-R Next-Generation Broadband Network Solution for Rail Operators

New LTE-R solution demonstrates superior network performance and safety in debut at UIC HIGHSPEED conference in Tokyo

Tokyo: ZTE Corporation (0763.HK / 000063.SZ), a major international provider of telecommunications, enterprise and consumer technology solutions for the Mobile Internet, announced the launch of the LTE-R broadband network solution to bring next-generation performance and improved safety to rail operators.

Making its debut at the UIC HIGHSPEED conference in Tokyo, ZTE’s LTE-R solution offers superior capabilities for video group calls, group, private, emergency and broadcast calls and call priority functions. Based on the latest B-TrunC standard, the new LTE-R solution is also compatible with GSM-R systems, while also supporting the FAS system, multimedia dispatching and the PLMN/PSTN networks. The new solution also offers multimedia trunked dispatching, video phones, real-time video surveillance and release of comprehensive passenger information.

Trunking performance indicators show the new LTE-R solution delivers large performance improvements compared to existing GSM-R railway communication systems and LTE upper-layer applications. End-to-end call setup delay is less than 350 milliseconds, while floor seizure delay is less than 200 milliseconds.

“The new LTE-R technology helps rail operators improves operations, maintenance and security,” said Sun Mingliang , VP of ZTE. “As a leading provider of high-performance broadband network solutions to rail operators, ZTE is committed to deliver ongoing improvements in our products and services.”

The LTE-R solution comprises systems for video surveillance and passenger information, developed with TAU technology, offering enhanced railway security. Video surveillance is used in dangerous railway areas and on train carriages to improve rail operations, maintenance and emergency response, providing passengers with updated travel information, news and online resources. Additionally, ZTE’s innovative portable railway emergency equipment integrates the BaseBand Unit, Remote Radio Unit and CN equipment into a 20-inch trolley case to provide on-site relief during railway emergencies.

ZTE’s LTE-R solution comprises of a FDD and a TDD solution. The FDD solution is based on the industry-leading SDR platform, in which one base station supports both GSM-R and LTE-R services. The TDD solution supports the existing GSM-R 900 MHz spectrum as well as the European GSM-R extended spectrum. Neither the GSM-R system nor the LTE-R system requires a protection band on the spectrum, so the FDD solution provides higher frequency efficiency. The TDD solution supports dedicated spectrums on low frequency bands below 1 GHz, thus providing better broadcast features and high-speed performance. Taking advantage of the flexible uplink/downlink proportion feature of the LTE TDD mode, the TDD solution can also provide users with timeslot proportion choices, such as 1:3, 2:2, and 3:1, based on service features.

LTE-R provides flexible network architectures, such as shared-site dual-network architecture and interweaving network architecture, and can also support hot standby of all boards on the BBU and hot standby of RRU hardware. The self-adaptability frequency compensation algorithm developed by ZTE based on scenario features ensures that there is basically no performance loss at the speed of 300 km/H. The super-cell algorithm developed by ZTE reduces the number of handovers between adjacent cells, thus guaranteeing the QoS level. Cloud Radio, a patented ZTE technology reduces inter-cell interference and improves the boundary throughput.

ZTE added advanced technologies and services while protecting customer investments by designing LTE-R to absorb and incorporate GSM-R technology. The core network can easily shift from a 2G network to a 4G Evolved Packet Core (EPC) network, as both share a hardware platform and service deployment. The radio access network satisfies design requirements of a shared G/L platform and shared module. Based on the advanced and reliable SDR platform and Advanced Telecommunications Computing Architecture (ATCA), ZTE’s new solution can support multi-layer backup mechanisms, such as a network-layer backup, link-layer backup and board-layer backup. These technologies guarantee the high reliability of a single device and avoid single-point faults in the network, creating a reliable and smooth railway network.

Since entering the rail transportation industry in 1999, ZTE has made continuous investments in the field of rail transportation and has developed diversified products including terminals, base stations, core networks and service applications, providing customers with excellent products and solutions. ZTE’s products support the latest broadband trunking standard B-TrunkC for the LTE network and lay a solid foundation for railway communications to evolve into the next generation.