China Telecom and Huawei Announce Business Joint Innovation Center

China Telecom and Huawei have established a Business Joint Innovation Center (BJIC) to jointly develop differential, innovative products and solutions that will offer users information and communication services.

The BJIC model has transformed the traditional industry partnership. Both companies invest in joint development, verification, and go-to-market of products and solutions to accelerate provisioning of new products and achieve shared success. This a breakthrough in the history of telecom industry cooperation.

Yang Jie, Chairman of China Telecom, said at the launch event: “China Telecom is committed to becoming a leading integrated intelligent information service operator. We will work with partners from all industries to build Rubik’s cube-style industry ecosystems, in which we can share and create value together for shared success. The BJIC is a useful and important example of win-win cooperation based on the Rubik’s cube-style industry ecosystem. The goals of the center include business model innovation, quick subscriber base growth and quick service monetization.”

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China Telecom and Huawei’s CloudFAN Slicing Solution Wins the Outstanding Innovation Team Award at PT Expo China 2017

Beijing, September 27 (CWW) – At the PT Expo China 2017, China Telecom’s Shanghai Branch, the Shanghai Research Institute of China Telecom, and Huawei received the annual Outstanding Technology Innovation Team award in the optical communication field. This award was received for a new PON OLT that supports flexible network slicing and its applications.

PT Expo China is hosted by the Ministry of Industry and Information Technology and the China Council for the Promotion of International Trade. It is China’s largest exhibition and conference in the information communications field. In 2017, the Expo held its annual award selection, with an award selection committee composed of leading experts from the People’s Posts and Telecommunications News (PPTN), the China Academy of Information and Communications Technology (CAICT), academic institutions, and China Telecom, China Mobile, and China Unicom and their research institutes. These awards are authoritative in the communications industry…

To view the full article, please visit Telecoms

 

China Telecom and Huawei Awarded “The Operator Award for MEC Development”

[Berlin, Germany, September 27, 2017] At the MEC Congress, the Smart Factory project of China Telecom (Ningbo) and Huawei for Zhenhai Refinery was awarded “The Operator Award for MEC Development”. It is the first award of MEC commercial use for a carrier and demonstrates leadership and excellent performance in terms of MEC industry construction, commercial practices, and technical innovation.

China Telecom (Ningbo) uses Huawei’s MEC@CloudEdge solution to implement the “Industrial Manufacturing 2025” strategy. China Telecom (Ningbo) has been exploring with innovative collaboration in the MEC field to enable more vertical industries, meeting the requirement for optimal user experience in new services. The Smart Factory project for Zhenhai Refinery aims to promote IT development and meet real-time and high-bandwidth service requirements for video surveillance, mobile office, and on-site data collection and transmission.

Zeng Weimin, General Manager of China Telecom (Ningbo), said, “In the era of Internet of Everything, the development of new services, such as AI, will inevitably drive restructuring of traditional telecommunications networks. China Telecom (Ningbo) has been dedicated to edge computing exploration and practice and will work with Huawei to build the Smart Factory project into an example of MEC industry networks.”

MEC is an important part of the future 5G network technologies and a vital service support for the Internet of Everything. China, with fast Internet and information technology development, provides a sound foundation and first-mover advantages for commercial use of new products and technology platforms. In the future, China Telecom (Ningbo) will work with industry partners, including Huawei, to promote MEC industry development and bring more industry implementation and service innovation into realization.

For more detailed information on the project, click here.

Huawei Assists China Telecom to Build 5G-oriented C-RAN Fronthaul Network

Huawei announces that its Blade optical transport network (OTN) solution will assist China Telecom (Liaoning) in building a 5G-oriented cloud radio access network (C-RAN) fronthaul network. These fronthaul networks will enable Liaoning Telecom to effectively cope with denser site deployment requirements in the future 5G era in addition to further improving the existing 4G network coverage. As a result, Liaoning Telecom can greatly improve users’ access bandwidth and user experience of mobile broadband access.

To meet the ever-increasing user experience requirements of mobile broadband, Liaoning Telecom implemented the comprehensive coverage of e-Surfing 4G+ networks. It has been gradually adopting C-RAN architecture to cope with difficulties in site acquisition and energy consumption. However, because C-RAN network architecture consumes a large amount of fiber resources at the access layer, there will be a severe shortage of fiber resources in the coming 5G era due to the requirement of denser site deployment. Liaoning Telecom is in urgent need of a new solution that will allow it to conserve fiber resources and quickly improve wireless network coverage.

As the sub-solution of the X-Haul solution, Blade OTN is fronthaul-oriented and can effectively meet Liaoning Telecom’s network deployment requirements. Blade OTN uses Huawei’s Turbo WDM Technology to achieve the industry’s largest 100G bandwidth using 10G optical components. It supports a maximum of 15 channels of Common Public Radio Interface (CPRI, as C-RAN fronthaul interface) access, and implements aggregation of multiple service channels at the lowest total cost of ownership (TCO), helping Liaoning Telecom reduce core fiber requirements by over 90%.

The optimal intelligent design of this solution eliminates wavelength planning, automatically provisions services upon power-on, and remotely locates faults, meeting the rapid network deployment and automatic O&M requirements of C-RAN fronthaul networks. Line-side 1+1 and ring network protections are configured to improve the reliability of C-RAN fronthaul networks. In addition, cascading ensures the smooth network evolution towards 5G fronthaul networks, and protects live-network investments.

To promote the development of the UBB industry and explore ways to boost service growth, Ultra-Broadband Forum (UBBF) 2017, will be held from October 18 to October 19, 2017 in Hangzhou, China. This UBBF will focus on the topics of ‘New Growth with B2B’, ‘Deliver the Video Dividends’, ‘Accelerate Gigaband Society’, ‘Towards 5G Era’, and on the innovation of All-Cloud Network solutions. Huawei will comprehensively demonstrate how X-Haul will help operators keep up with service requirements in the 5G era, promoting the full deployment of 5G bearer networks.

To view the original article, please visit Huawei

Huawei Joins Forces with China Telecom and China’s State Grid to Develop 5G Slicing Solution for Power Industry

At the third New-Generation Internet Infrastructure Forum in Beijing, China Telecom Beijing Research Institute, China Electric Power Research Institute, and Huawei said they would cooperate on the joint basic foresight innovation project about 5G power slicing technology.

Zhang Chengliang, Vice Director of China Telecom’s Beijing Research Institute presided over the opening ceremony. Zhu Xuetian, Director of Network Technology & Planning Dept. of China Telecom Beijing Research Institute, Ding Huixia, Director of Communications Test and Simulation Center of China Electric Power Research Institute, and Qiu Xuefeng, VP of Packet Core Network, Huawei Cloud Core Network Product Line jointly announced the formal launch of the joint innovation project.

5G is a new-generation wireless communications technology that introduces thing-to-thing and human-to-thing communications to the traditional human-human communications scenarios. Based on the all-cloud 5G core network, a 5G network can use the same infrastructure to provide differentiated network slices for diverse application scenarios. For example, a slice of ultra-low latency can better meet application requirements, such as automatic power distribution, in the power industry. A 5G network slice can achieve security and isolation at the same level as those provided by a private power grid, but requires much lower cost and better promotes application innovation of the smart grid.

“5G slicing provides differentiated capabilities for diverse requirements of innovative industry applications,” said Zhu Xuetian, Director of Network Technology & Planning Dept. of China Telecom Beijing Research Institute. “The three-party collaboration project is the first exploration of 5G slicing in power industry applications. 5G slicing is applied to vertical industries, such as the electric power industry, and this will incubate more new applications and business models.”

To view the full article, please visit Huawei

China Telecom taps Huawei for ROADM deployment

Huawei has secured an exclusive contract for China Telecom’s Reconfigurable Optical Add/Drop Multiplexer (ROADM) Network Project, the first intelligent ROADM WDM backbone network to be built in China. The network will be deployed in the middle and lower reaches of the Yangtze River- the fastest developing region in China- to help meet the region’s robust demand for fast broadband to support data storage and analysis for applications including big data, cloud computing and the IoT. This project covers 21 ROADM sites in Hubei, Jiangxi, Anhui, Jiangsu, Zhejiang, and Shanghai, and can provide over three hundred 100G electrical lines and 100% network recovery capability.

To view the full article, please visit Telecom Asia

Ofo Partners With China Telecom, Huawei To Improve Smart Bike Tech

Beijing-based bike sharing firm ofo has formed a partnership with China Telecom and Huawei Technologies Co. Ltd. to improve technology related to smart bikes, which has swept across the nation by storm lately.

China Telecom will provide nationwide wireless Internet coverage for ofo, while Huawei will equip ofo bikes NB-IoT (narrow band Internet of Things) chips and other telecommunication technologies.

With better Internet coverage and improved chips, ofo bikes will suffer less from smart lock malfunction, poor stability and high failure rate of solar charging that supply electricity to the central hardware of the bikes that allow users to lock and unlock vehicles.

“The partnership with Huawei and China Telecom will provide better consumer experience for our users in the world,” said Dai Wei, founder and CEO of ofo.

Launched in 2015 in Beijing, ofo has distributed over one million smart bikes equipped with GPS and smart locks in over 40 cities in the world. The company claims to have over 15 million users globally and taking a 51% market share of the bike sharing industry in China in 2016.

Mobike, ofo’s largest rival, has claimed the same saying that it is the largest bike sharing company in China. But as of January, Mobike operates in nine cities around China with hundreds of thousands of bikes in operation, the firm said previously in an email.

ofo received tens of millions of U.S. dollars from Didi Chuxing in September 2016. One month later it received US$130 million venture funding from CITIC Private Equity, Coatue Management and Xiaomi Inc.

Mobike received an undisclosed strategic investment from Singapore’s state investment firm Temasek Holdings and Hillhouse Capital earlier this week. The firm raised a total of over US$300 million since the start of 2017, including a US$215 million series D funding from Tencent Holdings Ltd. and Warburg Pincus last month, and an undisclosed amount of money from Foxconn Technology Group a few weeks later.

To view original article, visit China Money Network

Shenzhen to become a ‘Gigaband City’ through China Telecom and Huawei collaboration

AUGUST 15 2016- Through a cooperation framework agreement, China Telecom and Huawei plan to deliver gigabit connectivity to Shenzhen, China, to make it a “Gigaband City.” The effort will deliver 1-Gbps connectivity through fiber-optic networks to drive economic and social development, transforming Shenzhen into a benchmark smart city.

The rapid urbanization spurred by population growth places enormous pressure on cities’ public transportation, healthcare, waste management, and power grid systems. Several cities have sought to become “smart cities” to keep pace with expectations for high-quality services and more efficient systems that ensure better safety and sustainability for the future. These smart cities promise to deliver ubiquitous high-definition surveillance, large-capacity distributed cloud data centers, real-time HD telemedicine, and online education opportunities – all requiring higher-speed connectivity.

China Telecom and Huawei say that Shenzhen is the first city in China to propose a “Gigaband City” approach through large-scale deployment of next-generation optical line terminals and next-generation passive optical networks (NG-PONs) to deliver the necessary 1 Gbps coverage for communities and access to more than 900,000 homes. China Telecom and Huawei have partnered to deploy this capability over the next five years.

“China Telecom is dedicated to accelerating Shenzhen’s broadband network capabilities and, together with Huawei, we aim to rapidly transform into an ultra-fast landscape,” says Li Pengfel, general manager of China Telecom. “This will enable Shenzhen to keep pace with consumer demand for new Internet applications, such as ultra-broadband video, VR [virtual reality] and AR, gigaband campus and smart homes. We believe a Gigaband city will also foster digital economy innovation in Shenzhen and establish Shenzhen as an oasis for inventors.”

In addition to improved services for residence, the collaborators also will provide expand services to governments and enterprises via passive optical LANs, “gigaband hotels” and “Optical + Cloud” applications. Through this collaboration, China Telecom and Huawei plan to jointly define standards for a gigaband city, providing guidance and reference for this new emerging space.

 

Press Contact

Ryan Oklewicz
Marketing Manager
China Telecom Americas
Office: (703) 787-0088
ryanoklewicz@ctamericas.com