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BARCELONA, Spain, March 6, 2025 /PRNewswire/ -- During the MWC Barcelona 2025, Huawei released the Installation Process and Construction Guidance for Passive Optical LAN white paper. This document standardizes the fiber to the office (FTTO) network construction process, aiming to improve the FTTO construction quality and promoting FTTO applications around the world. Huawei Released the Installation Process and Construction Guidance for Passive Optical LAN White Paper As digitalization picks up speed, the FTTO solution plays a key role in smart campus network construction thanks to its high bandwidth and low latency. By integrating with cutting-edge technologies such as AI, cloud computing, IoT, and big data, FTTO can realize efficient data exchange and provide users with better network services. Currently, the entire industry is heavily investing in FTTO network construction, with new application scenarios continuously emerging. In the education industry, FTTO can provide ultra-large bandwidth and stable connections to ensure teaching data transmission and multi-terminal access, facilitating teaching interaction. In the healthcare industry, FTTO can ensure real-time and accurate transmission of medical data, improving medical service efficiency. In the hotel industry, FTTO can carry multiple services, upgrade the bandwidth, save energy, reduce O&M costs, and improve guest experience. In the manufacturing industry, fiber to the machine, which is a variant of the FTTO solution, can be used to break transmission distance bottlenecks of traditional copper cables, avoid electromagnetic interference, and support device monitoring and data collection, improving the production and management quality. The white paper aims to standardize FTTO networks design and construction, covering installation, test, acceptance, and O&M. To help related personnel better understand technical requirements, this white paper also describes the basic knowledge, architecture, and technical features of FTTO networks. Project managers, technical personnel, construction personnel, construction supervisors, and contractors involved in FTTO network construction can refer to this white paper to efficiently build more standardized FTTO networks, thereby better utilizing FTTO network advantages in digital transformation, improving network performance, and laying a solid foundation for building a more intelligent digital society. For more information, please visit: https://e.huawei.com/en/material/enterprise/9aa64882539e43d39b5db00d8b8f8609
BARCELONA, Spain, March 6, 2025 /PRNewswire/ -- At MWC Barcelona 2025, Huawei unveiled the ISP Business Success Driven by RAMS white paper (RAMS stands for ROI, Availability, Maintenance, and Security) and the Brazilian GIGA+ global online showcase, marking a significant step forward for ISPs/MSPs in their pursuit of green, efficient, and intelligent development. York Yue, Vice President of Huawei and President of the ISP Business Unit, delivers an opening speech Mr. York Yue, Vice President of Huawei and President of the ISP Business Unit, emphasized in his session speech: " As AI-powered services such as ChatGPT and DeepSeek experience exponential adoption, end customers demand real-time cloud-device synergy. In response, Huawei collaborates with customers and partners to engineer intelligent RAMS architecture. This integrated framework delivers fast and stable resources encompassing network pipelines, storage, and data centers. By implementing this architecture, ISPs and MSPs can achieve enhanced ROI while delivering fast and stable services." RAMS Architecture drives ISP business success As information technology continues to advance and intelligent devices become increasingly ubiquitous, ISPs face the challenge of creating high-quality digital networks while minimizing costs in the era of digitization. Huawei tailored intelligent RAMS architecture to help ISPs and MSPs accelerate monetization of coverage, bandwidth, and experience. Huang Dachuan, CTO of Huawei ICT Marketing and Solution Sales Department, said at MWC: "By leveraging our technical strength in cloud-pipe-edge-device synchronization, Huawei developed RAMS architecture that features an intelligent platform layer, an evolutionary support layer, a flexible access layer, and a secure business layer, empowering ISPs to build scalable, maintainable, and reliable intelligent networks, reducing the ROI cycle, and driving business innovation." ISP Business Success Driven by RAMS White Paper Pre-release Ceremony Huawei has released a preview of the white paper, delving into the challenges faced by global ISPs in their business growth and network expansion. The paper outlines forward-thinking RAMS architecture tailored to meet business needs, offering technical guidance and benchmark standards for ISPs to achieve sustained success. Brazil collaborate with Huawei to establish new benchmarks for ISP intelligent networks Brazil GIGA+ ISP global showcase launch ceremony In the wave of digital transformation, Huawei joined forces with Brazil GIGA+ to launch online showcase dedicated to home broadband and enterprise network scenarios. This platform integrates cloud, network, AI, and other technologies to create fast and stable intelligent networks. It showcases the effectiveness and value of Huawei's all-optical home broadband access network, ISP optical converged transport network, and intelligent network O&M solutions in both residential and commercial settings, providing valuable insights and practical models for ISPs to develop their digital and intelligent businesses. Huawei remains committed to driving innovation and investment in the ISP/MSP sector. To date, Huawei has supplied leading products, solutions, and services to over 5,000 ISP clients across more than 120 countries and regions worldwide, fostering partnerships for a smarter future in the ISP/MSP industry. For more about Huawei's ISP/MSP solutions，please visit: https://e.huawei.com/en/industries/ict-service-provider
BARCELONA, Spain, March 6, 2025 /PRNewswire/ -- At MWC Barcelona 2025, Huawei hosted a transportation forum themed Accelerate Transportation Digital Intelligence to explore new paths for smart transportation and share its latest technical achievements. Jacky Wang, Vice President of Huawei's Smart Transportation BU, led the release of seven solutions across four transportation sectors. Rail: Huawei's Smart Railway Yard & Station Solution empowers intelligent upgrades. It improves intelligent fault recognition rates to 99.99%, while intelligent scheduling boosts rolling stock inspection and repair efficiency by 30%. Preliminary inspection based on intelligent detection halves manual workloads. Additionally, perimeter detection ensures zero missed alarms and very few false alarms. The solution cuts power consumption by 40% and decreases costs and space by 30%. Aviation: Huawei upgraded the Fully Connected All-Optical Network Solution for airports by adding the M45 panel-type ONU, and improved Xinghe Intelligent Airport Integrated Data Network Solution. The ONU supports PoF power supply and Type B dual-homing service protection. Wi-Fi 7 enables targeted signal enhancement for VIP users with 20% higher bandwidth. Moreover, Huawei's exclusive Wi-Fi shield guarantees zero data leakage. The airport IOC improves the flight departure punctuality and ground support efficiency by 5% each, making forecasts more precise. Transportation: Huawei's Transportation Operations Coordination Center - Advanced (TOCC-A) detects traffic incidents within seconds and handles them 30% faster than previous methods. Precise charging scheduling of new-energy buses improves passenger mobility efficiency by over 15%. Nine modules and 16 types of services can be flexibly combined to optimize safety, efficiency, and service quality. Sea port: Huawei unveiled the Intelligent Multi-Level Port Operations Management Solution to help port groups go digital and become more innovative. The solution reduces report statistics time from weeks to minutes and enables benefit indicator analysis to be done on an hourly basis instead of monthly. Jeffery Wan, Vice President of Huawei's Smart Transportation BU Rachad Nassar, Director of Global Business & Strategic Partners of Huawei's Smart Transportation BU Yang Jiemin, Vice President of Tianjin Port Group Carlos López Gutiérrez, Head of Transportation and Security Systems Business Unit at SICE Huawei has served more than 210 airports, airlines, and air traffic management departments, more than 300 urban rail lines alongside over 180,000 km of railways across over 70 cities, road networks extending more than 200,000 km, and over 100 customers from sea port and land port industries.
BARCELONA, Spain, March 6, 2025 /PRNewswire/ -- At the Mobile World Congress 2025 (MWC 2025), Huawei launched the StarryLink optical modules, designed to enhance network experiences with "3S" quality (Spanning, Stable, Secure). This announcement occurred during the data center session titled "Building New Data Centers in the Intelligent Era," which focused on accelerating digital transformation of enterprises. The event drew over 100 customers and partners from various countries, eager to explore trends and innovations in data center networks. Huawei StarryLink Optical Module Launch Ceremony As AI development accelerates, training models are evolving to trillions of parameters, necessitating upgrades in switching capacity and the evolution of data center switches. To facilitate efficient interconnection of these high-capacity switches, optical modules must progress from a single lane of 56 Gbit/s to 112 Gbit/s. However, this transition faces several challenges: Transmission distance: Growing data centers require support for longer transmission distances. Reliability: Issues like optical module failures and fiber optic contamination are increasingly common. Security: Exposed optical fibers during cross-equipment room interconnections pose risks of sensitive data exposure. To address these challenges, Huawei's StarryLink optical modules deliver a high-quality network experience with three key capabilities: Spanning: Utilizing a unique optical path coupling algorithm, Huawei optimizes signal power distribution, achieving transmission distances double the industry average. Stable: Huawei's short-distance optical return loss positioning technology enables fault detection on optical links in minutes, significantly faster than the typical three-hour industry standard. Exclusive channel loss resistance technology ensures continuous training even during link disconnections, enhancing reliability tenfold. Secure: The PHYSEC physical layer encryption capability integrated into the optical module's oDSP guarantees 100% encryption of all packets, eliminating data leakage risks. Arthur Wang, President of Huawei's Data Center Network Domain, stated, "Our StarryLink optical module exemplifies our commitment to innovation, providing high-performance optical solutions for seamless interconnection. These modules ensure ultra-long distance transmission, ultra-high reliability, and ultra-robust security, delivering an ultimate network performance with '3S' quality." Looking ahead, Huawei aims to collaborate with industry partners to further research and innovate in data center network optical modules, promoting intelligent network upgrades and generational evolution to create greater value for customers and the industry.
HONG KONG, March 6, 2025 /PRNewswire/ -- On March 3rd, the 2025 Mobile World Congress (MWC) officially commenced in Barcelona, Spain. As the most influential event in the global mobile communications industry, MWC serves as a benchmark for industry trends. Under the theme "Empowering Intelligent Future with TeleAI", China Telecom presents its latest technological breakthroughs and innovations in AI across five key exhibition zones: AI Infrastructure, XINGCHEN•Basic Large Models, XINGCHEN•Large Industrial Models, AI Home, and AI Low-altitude Economy. This comprehensive display highlights China Telecom's contributions to the global AI revolution, demonstrating its cutting-edge advancements in intelligent technologies. AI as the Foundation: Intelligent Computing for the Digital Age Upon entering China Telecom's exhibition area, visitors are immediately drawn to a striking holographic pillar that showcases China Telecom's AI-powered comprehensive digital information infrastructure. As the rapid evolution of AI accelerates transformations in information services and everyday life, China Telecom continues to implement its "Cloudification and Digital Transformation" strategy, leveraging its cloud-network integration advantages to drive intelligent development. China Telecom has actively strategized in the field of AI, and established the "1+1+1+M+N" artificial intelligence system, which includes: 1 AI Computing Cloud Foundation, 1 General AI Model Foundation, 1 Data Foundation, M Internal AI Models, N Large Industrial Models. This framework empowers cloud, network, and AI capabilities to enable intelligent upgrades and promote high-quality digital transformation across industries. In the "AI Infrastructure" section, China Telecom focuses on two major directions: "Network for AI" and "AI for Network," redefining the concept of "AI+ network". Telecom focuses on two key directions: "Network for AI" and "AI for Network," redefining the concept of "AI + Network." As an industry pioneer, China Telecom was the first to propose an innovative approach to building a distributed intelligent computing cluster through a long-distance lossless AI computing network. The company has established the first wide-area AI computing center interconnection network based on 800G, laying a solid foundation for AI computing service development. China Telecom is accelerating the commercial deployment of AI RAN and has developed the "AI-native RAN", achieving deep integration of AI and Radio Access Networks (RAN). Additionally, the company has successfully completed mechanical guide dog trials and, for the first time, implemented an autonomous intelligence demonstration application in IMS networks. Leveraging its network foundation model, China Telecom has empowered end-to-end cloud-network operations across all scenarios, achieving intelligent and automated network optimization and maintenance. These advancements have resulted in a 30% improvement in both fault resolution efficiency and business delivery efficiency. In the domain of intelligent computing clouds, China Telecom has developed the world's largest telecom cloud—eSurfing Cloud, deploying a global AI computing infrastructure with a "9+30+X+N" resource distribution framework. In terms of computing power scale, eSurfing Cloud's self - built intelligent computing power reaches 21 EFLOPS, and the third - party computing power of 50 partners exceeds 27 EFLOPS. The self - developed XiRang integrated intelligent computing service platform innovatively uses computing power plugins to achieve standardized access to heterogeneous computing power and computing power gateways to achieve cloud - based and secure access to third - party bare - metal computing power. It can manage and schedule tens of thousands of cards in a single cluster, and its platform ecosystem is fully open, widely compatible with large models such as DeepSeek, Llama, GPT, and Gemma, facilitating the rapid development of AI. Also showcased in the same exhibition area is China Telecom's quantum security infrastructure. By integrating ground-based quantum metropolitan networks, quantum backbone networks, and quantum satellites in space, China Telecom has established a cross-domain, integrated quantum cryptographic service capability. This has led to the development of "Tianyan," the world's first ultra-hybrid cloud platform with quantum superiority. At present, "Tianyan" has achieved large-scale upgrades in underlying computing resources, with its simulator performance ranking among the world's best. XINGCHEN Gathers Wisdom, Thousands of Models Co - exist: From Fundamental Breakthroughs to Industry Prosperity Currently, With the rapid rise of Generative AI, large-scale AI models are reshaping industries. China Telecom is at the forefront of this revolution, actively promoting accessible and scenario-driven AI solutions. China Telecom is actively involved, providing a Chinese solution to promote the popularization and application - oriented development of large - model technology. At the technical level, China Telecom has promoted key breakthroughs in large - model AI technology in terms of architecture evolution, cross - modality, and autonomous decision - making of intelligent agents. At the application level, it has promoted the accelerated development of large - model AI towards lightweightness, fostering the prosperity of the intelligent ecosystem in the direction of AI - enabled terminals at a faster pace. In the "XINGCHEN•Basic Large Models" zone, China Telecom's eSurfing AI mobile phone and "XINGCHEN•Image" attracted many visitors to experience. Based on the self - developed XINGCHEN•Basic Large Models with hundreds of billions of parameters, China Telecom has built a large - model product matrix covering semantics, voice, vision, and multi - modalities. The eSurfing AI mobile phone has the XINGCHEN semantic large model built - in, integrating functions such as AI summarization, AI authenticity verification, and AI voice assistant. Daily operations can be completed through voice interaction. "XINGCHEN•Image" is China Telecom's first controllable AI full - process creation and design platform, with the ability to customize content at the regional level. On - site, visitors experienced the intelligent and convenient services of the XINGCHEN large model through immersive experiences such as voice commands and creative generation. Over the years, China Telecom has actively promoted the in - depth integration of large - model technology into industry production scenarios. It has constructed more than 50 industry large models and provided a one - stop service through the MaaS platform, forming a complete ecological system from the data service layer to the application service layer. In the "XINGCHEN•Large Industrial Models" zone, the demonstration screen introduced three industry scenarios: industrial energy - saving control, emergency monitoring and early warning, and intelligent automotive cockpits. It systematically demonstrated the enabling value of the XINGCHEN•Large Industrial Models in key industry fields such as digital and intelligent production, public security governance, and enhancing future intelligent driving experiences, depicting an ecological picture of the in - depth integration of AI large models and various industries. AI-Driven Connectivity: Unlocking Intelligent Applications China Telecom is accelerating AI-5G integration, enhancing network intelligence, and expanding its AI+Cloud+5G ecosystem to drive new AI-powered applications. Based on the visualization capabilities of the Video - Link application base, it has created a Video - Link AI + application platform. With "AI+" as the core engine, it has built a new terminal ecological system centered around "AI + Mobile Phone, AI + Cloud Computer, AI + Video - Link, AI + Home Terminal", continuously innovating in AI - based scenario applications and bringing multi - scenario and multi - dimensional AI intelligent experiences to users. The "AI Homes" section showcases real-world applications of AI-powered home assistants, smart locks, FTTR intelligent networks, vision-based robots, and AI-driven smart toys. Relying on the self - developed XINGCHEN•Basic Large Models, China Telecom has enhanced home security, AI-assisted companionship, and intelligent health management. At the same time, cutting - edge technology applications such as cloud e - sports and AI fitness displayed in the interactive experience area allowed visitors to personally experience the new entertainment experience brought by the integration of AI and 5G technologies, transforming future homes into intelligent living centers integrating entertainment, learning, and work. Leveraging a robust 5G mobile network infrastructure, China Telecom integrates advanced computing and network intelligence technologies—including satellite communication, the Internet of Things, eSurfing Cloud, artificial intelligence, and quantum communication—to build a "1+3+N" low-altitude economy product capability system. This system comprises one intelligent low-altitude network that integrates communication, sensing, and computing power, three proprietary low-altitude economy service platforms, and numerous application scenarios. At the exhibition, China Telecom's lifebuoy drone and Tianshu drone—showcasing deep integration of communication technologies with low-altitude equipment—became the focal points. Currently, China Telecom is further strengthening open collaboration in the low-altitude economy sector, actively engaging in application development, research and development, and platform cooperation to foster a thriving low-altitude industry ecosystem. Artificial intelligence is profoundly reshaping the global development landscape, emerging as a key driver of industrial transformation. Looking ahead, China Telecom will continue to reinforce the foundation of AI-integrated infrastructure, advance AI large model research and development, and accelerate AI-driven industry innovation. Upholding the principles of openness and shared success, China Telecom will collaborate with global partners to develop new AI capabilities, explore novel AI application scenarios, and establish pioneering AI paradigms. With AI-powered intelligence, we embark on a journey toward a brighter, interconnected future.
Telecommunications
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