Read Chuang/Shenzhen Business Daily reporter Chen Shu
html On September 3, under the guidance of the Ministry of Industry and Information Technology, China Academy of Information and Communications Technology jointly organized the Shanghai Economic and Information Technology Commission and Shanghai Municipal Communications Administration to host the first " The national finals of the "Guanghua Cup" Gigabit Optical Network Application Innovation Competition concluded wonderfully in Shanghai. After fierce competition in the preliminary round, regional semi-finals and national finals, 14 Gigabit optical network innovative application projects implemented in Guangdong Province finally stood out from more than 3,000 participating projects and won 3 national first prizes and 5 second prizes. 6 projects and 6 third prizes, covering digital government, smart healthcare, smart education, smart manufacturing, smart finance and other fields.
China Telecom Foshan Branch, Huawei , and Qishui Digital Technology Co., Ltd. jointly applied for the "Exploring digital transformation of small and medium-sized enterprises innovative applications based on industrial PON" project, which won the first prize in the country. The project is based on Huawei's industrial PON all-optical Network, using Qishuai’s The cloud-based digital middle platform takes advantage of the industrial PON's advantages of high reliability, low latency, easy deployment, and intelligent operation and maintenance. By opening up the enterprise intranet data island and ensuring the reliability of production equipment networking, it realizes the digitization of enterprise production and Intelligentization will build Chuangxing Precision Factory into a "digital" benchmark for small and medium-sized manufacturing enterprises.
China Mobile Research Institute , Guangdong Mobile , Zhanjiang Xiashan District Education Bureau and Huawei jointly applied for the "Gigabit Optical Network + Cloud VR Education to Assist Education Informatization Transformation" project which also won the first prize in the country. This project will bring thousands of The combination of Gigalight Network and high-quality cloud VR education achieves gigabit dedicated bandwidth and millisecond-level latency, ensuring a smooth experience of cloud VR services and helping to realize the widespread distribution and sharing of high-quality educational resources. The project "All-optical network technology helps build a solid foundation for Zhongshan digital government" jointly submitted by
China Mobile Research Institute, Zhongshan Municipal Data Bureau and Guangdong Mobile won the second prize. This project is based on Greater Bay Area OTN smart all-optical network and technological innovations such as OVPN and SOTN. It has full access to the three-level administrative units of city, town and village vertically, and all 33 government departments horizontally, creating a large-bandwidth, low-time Extend, safe and stable smart Zhongshan One network has created a variety of innovative application models such as "one-passport" linkage approval, Guangdong smart assistance for "going to the mountains and rural areas", remote remote bid evaluation, etc., continuously improving the ability and level of government services, and making "offline" faster. "Online" has more warmth and polishes Zhongshan's "Digital Government 2.0" brand.
The "F5G-Basic Base for Smart Hospitals" project applied by Huazhong University of Science and Technology Union Shenzhen Hospital, the first F5G all-optical hospital in Guangdong, won the second prize.
Lu Zhouping, deputy director of the Network Technology Department of Union Shenzhen Hospital of Huazhong University of Science and Technology, pointed out that F5G technology has the important characteristics of "multi-network integration, massive access, and high concurrency", which has fundamentally improved the hospital network and efficiently supported the hospital's physical infrastructure. The development of the Internet; its characteristics of large bandwidth, low latency, and uplink and downlink peering help hospital medical imaging , remote diagnosis and treatment, integrated operating room and other systems to function better. F5G technology has become a solid foundation for the intelligent construction of hospitals.
The "Nanshan Zhen Smart" project submitted by Shenzhen Communications Administration Bureau, Shenzhen Nanshan District Government Service Data Administration Bureau, Shenzhen Telecom and Huawei won the second prize. This project is based on the construction needs of gigabit cities and digital governments, combined with the construction of new urban infrastructure work, actively explores new ways to build smart cities, establishes a joint laboratory innovation mechanism, and uses gigabit optical network technology to integrate FlexE, 5G, etc. , in solving problems such as difficulty in data sharing, difficulty in application, duplication of system construction, and insufficient governance linkage mechanisms, it has achieved significant practical application results and created a benchmark for smart cities.
Peking University Shenzhen Hospital won the second prize for the project "Based on dual districts to build a dual gigabit + smart medical and health service platform" submitted by Futian District Industry and Information Technology Bureau, Shenzhen Institute of Information and Communications Technology, Shenzhen Mobile and others.The project has two main innovations. One is the carrier-grade fixed-mobile dual network integration construction and maintenance method, which truly integrates F5G+5G into one optical cable network to carry two network systems; the other is the combination of XGPON slicing all-optical network and Type -C access and many other technologies, for the medical imaging business with the largest traffic volume in the hospital, we independently built the "Medical Imaging Industry" based on the passive optical network network. "F5G Private Network" provides Peking University Shenzhen Hospital with a new generation F5G private network that explores the lightweighting of medical imaging equipment, direct imaging data to the cloud for AI analysis and research in the field of high-end medical imaging research and clinical applications, and has a foundation for smooth evolution. environment and meet the national requirements for the strategic development direction of "cloudification", "AIization" and "big data" of medical imaging applications.
In addition, the project "Computing network integration innovation based on Gigabit optical network supports the comprehensive intelligent globalization of China's consumer electronics production, marketing and services" won the first prize in the country, and the "Double Gigabit + Smart Medical and Health Service Platform Demonstration Project" and "Double Gigabit The project "Optical Network Assisted China Communications Construction Company No. 4 to build the first global smart construction site command and dispatch platform" won the second prize, and the project "Cloud-optical integration to build the country's first smart collaborative medical group" won the third prize.
Gigabit optical network is the cornerstone to support social and economic development. The "14th Five-Year Plan for National Economic and Social Development and 2035 Vision Goals", the 2021 "Government Work Report", and the "" Action Plan for Collaborative Development of Dual Gigabit Networks Plan (2021-2023)", all of which have made clear requirements and deployments: accelerate the construction of gigabit optical networks, continuously enrich application scenarios, promote the formation of a good positive cycle of industrial development, continue to empower thousands of industries, and support digital information infrastructure Construction and development of digital economy in .
In this "Guanghua Cup" Gigabit Optical Network Application Innovation Competition, Guangdong has emerged a number of entries with innovative business models, good development prospects, and clear demonstration significance, indicating that innovative applications of Gigabit Optical Network have been widely carried out in Guangdong , innovative application scenarios have been accelerated, and the effect of promoting the accelerated digital transformation of the economy and society has gradually emerged.
review: Sun Shijian
