260 press releases in English indexed under telecom.
Artfully-created colorways, professional-level imaging, and practical AI — all housed in a 6.39mm yet durable body HONG KONG, Sept. 7, 2026 -- TECNO, an innovative AI-driven technology brand, today unveiled the TECNO CAMON Slim 5G, a device that brings CAMON's imaging...
HONG KONG, Sept 7, 2026 - Crealights Technology Co., Ltd. (“Crealights” or the “Company”, Stock Code: 1191.HK) has been officially included as a constituent stock of the Hang Seng Composite Index, becoming eligible for the Stock Connect trading scheme starting today. Mainland investors can now trade the Company’s shares directly through the Stock Connect channels, which is expected to further broaden the Company’s investor base and enhance its share trading liquidity. This inclusion follows the Hang Seng Index Company's quarterly review results for the period ended June 30, 2026, announced on August 21, 2026. The inclusion deepens the Company’s connection with the onshore capital market, which is expected to attract greater long-term capital interest and provide more diversified capital market support for the Company’s long-term value growth. Continuous Financial Deliverables and Accelerated Product Structure Upgrades The Company released its post-listing interim results on August 28. During the reporting period, total revenue reached RMB798.5 million, representing a year-on-year increase of 14.4% and a half-on-half growth of 52.7%. The revenue contribution from silicon photonics products surged significantly from 15.3% in the same period last year to 39.0%, as the Company’s business structure continues to upgrade toward higher-speed and higher-value-added solutions. With 800G silicon photonics modules entering the volume shipment stage—supporting maximum transmission distances of up to approximately two kilometers—the Company’s large-scale commercial application capabilities in silicon photonics technology have been further validated. During the reporting period, R&D expenses increased by 58.5% year-on-year to RMB67.8 million, raising its proportion of total revenue to 8.5%. These investments were primarily channeled into continuous R&D for high-speed optical interconnects and next-generation silicon photonics products, securing technical reserves for subsequent product iteration and commercialization. Multi-Dimensional Growth Drivers to Capture Long-Cycle AI Infrastructure Dividends The accelerated construction of AI data centers has driven a sustained surge in demand for high-speed optical interconnects. The global market for AI optical modules is projected to maintain a compound annual growth rate of approximately 30% over the next five years, unlocking long-term growth opportunities for the silicon photonics and high-speed optical interconnect industries. Leveraging its end-to-end technological capabilities spanning silicon photonics chip design to optical module manufacturing, and bolstered by the secured supply of 10 million DSP chips, the Company has successfully consolidated its supply chain advantages. On the product front, the Company’s 800G silicon photonics optical modules have achieved volume shipments, and 1.6T products are scheduled to enter large-scale mass production in the second half of 2026. Meanwhile, the Company is actively deploying next-generation high-speed interconnection solutions such as PCIe 6.0/7.0 silicon photonics AOCs and 3.2T/6.4T NPO/CPO products. On the capacity and manufacturing front, it continues to advance expansion and AI-powered smart manufacturing to further improve mass production efficiency and yield rates. On the client side, it is deepening domestic JDM cooperation while continuously breaking through major North American core customers. Looking back at the first half of 2026, multiple key milestones were densely delivered, and long-term momentum is set to be continuously released. Entering the second half of the year, the Company will persistently enhance its competitiveness across capacity, manufacturing processes, products, and clients, capturing the long-term growth opportunities of the high-speed optical interconnect industry. This inclusion in Stock Connect marks a new milestone for the Company to connect with a broader capital market and march toward long-term value growth. About Crealights Technology Co., Ltd. (1191.HK) Crealights Technology Co., Ltd. is a joint-stock company incorporated in the People's Republic of China with limited liability, whose shares are listed on the Main Board of The Stock Exchange of Hong Kong Limited (Stock Code: 1191.HK). Rooted in the forefront of optical communications, the Company focuses on the R&D, manufacturing, and sales of high-speed optical interconnection products, dedicated to providing high-performance and highly reliable optical communication solutions for global data centers, cloud computing, and telecommunication network customers. Led by its founder and CEO, Dr. Chaoyang Hu, the Company has established a solid market position and an exceptional industry reputation in the high-speed optical transmission field, underpinned by outstanding R&D innovation capabilities, rigorous quality management, and a comprehensive supply chain layout.
New Circles analysis finds price and network quality remain the foundations of retention, while bundles, rewards and personalization must prove their impact on customer loyalty SINGAPORE, Sept. 6, 2026 -- More than half (53%) of consumers across five of Europe's largest...
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TECNO POVA 8 Pro 5G Tonino Lamborghini Limited Edition features iconic Tonino Lamborghini design languages, while upholding the POVA series' signature all-around performance from computing, imaging to AI. HONG KONG, Sept. 4, 2026 -- TECNO, the AI-driven innovative technology...
HONG KONG, Sept 3, 2026 - On September 3, Xunce Technology (3317.HK) officially launched the TokenCloud all-in-one AI model training and deployment computing power platform. As the hardware resources and infrastructure that facilitate the conversion of data resources into tokens, TokenCloud builds a four-tier, synergistic ecosystem based on heterogeneous computing devices, powered by mainstream algorithmic models, fueled by multi-source internal and external data, and serving vertical industry clients. It is dedicated to establishing a full-chain value pathway from data to tokens, enabling every piece of data to securely and efficiently unlock its intelligent value, and helping industries across the board transform data resources into genuine AI productivity. The launch of TokenCloud marks Xunce Technology’s formal establishment of a full-chain product closed-loop encompassing “computing power—data—tokens—models—applications.” This achievement signifies a leap from a “digital foundation” to an “AI productivity platform,” securing a strategic vantage point in the token economy era while providing the industry with a model for AI infrastructure that bridges the entire “data-to-token” value chain. Building a Scenario-Driven, End-to-End Closed Loop to Provide Out-of-the-Box AI Infrastructure As enterprise AI applications shift from “proof of technical feasibility” to “competition in engineering efficiency,” systemic challenges—such as computing power shortages, difficulties in model selection, hardware compatibility issues, challenges in optimized deployment, and significant security concerns—are becoming the biggest bottlenecks hindering AI implementation. TokenCloud was created precisely to address these pain points. Positioned as the core “hardware and energy foundation” at the upstream of the token industry chain, it adheres to the principle of “ensuring every unit of computing power precisely serves every enterprise AI scenario.” It has built a complete closed-loop process spanning “scenario identification → model selection → hardware matching → training optimization → secure delivery.” Based on business scenarios and tasks, it intelligently recommends the optimal model and matches it with the most suitable hardware. It then uses distillation optimization to enable lightweight, “specialized” models to achieve accelerated inference with high accuracy, all the way through to secure delivery. With each step seamlessly linked, it provides enterprise customers with out-of-the-box AI infrastructure. In terms of product design, TokenCloud adopts a “full-chain visualization” philosophy, integrating the previously disparate processes of model selection, computing power configuration, security management, and cost assessment in AI deployment into a unified decision-making platform. Comprising five core modules—solution selection, model distillation, data security management, computing power acceleration, and computing resource management—this platform shifts enterprise AI deployment from “rule-of-thumb” approaches to “data-driven decision-making.” It ensures that the return on investment for every computing power allocation is clearly quantifiable, achieving a dynamic balance among performance, cost, and security. Four Core Capabilities Build Competitive Barriers and Enable Deep Synergy Between Models and Computing Power The actual value of a token is determined by four key metrics: first-character latency, generation speed, concurrent processing capacity, and service stability. Through Hardware-Software Co-Optimization, TokenCloud enables the large-scale supply of high-quality tokens—ensuring that every piece of data unleashes its maximum token value through the optimal combination of models and hardware. Specifically, TokenCloud has established industry-leading technological barriers through four core capabilities: a heterogeneous hardware platform, Cloud-Edge Collaboration Architecture, model evaluation and optimization, and secure isolation: Heterogeneous Hardware Platform—Integrates diverse computing resources such as GPUs, NPUs, FPGAs, and CPUs to enable unified management and intelligent scheduling across architectures. It supports full-scenario coverage ranging from hundreds to tens of thousands of cards, abstracting underlying, disparate hardware resources into unified computing units. Cloud-Edge Synergy Architecture—Establishes a hybrid deployment model combining “cloud computing power and on-premises computing power,” enabling elastic scaling to handle large-scale training and high-concurrency inference while ensuring that enterprises’ raw data remains within secure domains. This allows enterprises to enjoy cloud computing power while maintaining full data sovereignty at all times. Model Evaluation and Optimization System—Establishes a comprehensive evaluation framework covering foundational capabilities, scenario adaptation, engineering optimization, and ecosystem value. It supports task-specific distillation optimization, transferring the core capabilities of large models to lightweight scenario-specific models, thereby significantly reducing inference latency and hardware costs while maintaining high accuracy. Of particular importance is computing power acceleration—while chip computing power continues to rise, actual effective throughput remains far below theoretical peak values. Through end-to-end acceleration capabilities, TokenCloud significantly reduces first-token latency and enhances concurrent processing capacity, transforming acceleration cards from “waiting for computation” to “continuous computation.” This enables enterprises to support larger business volumes without additional hardware, achieving the optimal balance between accuracy, speed, cost, and deployment efficiency, and enabling the large-scale supply of high-quality tokens. Security Isolation Mechanism—We build a multi-layered security protection system where data visibility is tiered and data flow is fully traceable throughout its entire journey. Highly sensitive data is 100% locked within the enterprise’s local security domain, with a three-pronged approach combining multi-tenant isolation, encrypted transmission, and access control. Unlike simple computing power rental platforms or model service platforms on the market, TokenCloud achieves deep synergy between models and computing power—the platform centrally determines the degree of model distillation and the hardware for deployment, ensuring the optimal balance of accuracy, speed, cost, and efficiency. It provides enterprise customers with a comprehensive, one-stop service solution—from model selection and hardware matching to distillation optimization—covering the entire “computing power—data—Token—model—application” chain to accelerate the implementation of enterprise AI. Software and Hardware Synergy Closes the Full-Path Loop; Full-Stack AI Products Accelerate Industry Adoption The launch of TokenCloud has enabled Xunce Technology’s full-path product ecosystem to form a complete commercial loop. Previously, the company had introduced the world’s first TokenOS operating system; the two systems have clearly defined roles and operate in synergy. TokenOS focuses on data capabilities, transforming enterprises’ multi-source, heterogeneous data into standardized scenario-based Tokens in real time, thereby addressing the issue of “data usability.” TokenCloud focuses on model training and deployment, as well as “data + model” integration capabilities. It integrates computing power scheduling, model inference optimization, and the refinement, tuning, and orchestration of enterprise-level small models, bridging the entire chain from data ingestion to application deployment and providing hardware service support for Token generation. Through this synergy between software and hardware, combined with the underlying AIDP data resource processing service system and the top-level TokenRouters model outcomes service and scenario integration and exchange center, the two solutions together form a complete “computing power—data—Token—model—application” closed-loop ecosystem. This enables enterprises to significantly reduce deployment costs and improve matching efficiency through the synergy of computing power, data, and models. Xunce Technology has also undergone a comprehensive upgrade from an AI real-time data infrastructure service provider to an integrated AI-to-B infrastructure service provider. Furthermore, Xunce Technology has partnered with multiple domestic GPU manufacturers to focus on the integration of “computing power and data.” As the localization of the full AI stack enters the stage of systematic engineering optimization, TokenCloud has become a key hub connecting domestic heterogeneous computing power with enterprise AI applications, offering significant strategic value within the ecosystem. Currently, the company has expanded into eleven high-value industries, including finance, telecommunications, power, energy, high-end manufacturing, biomedicine, robotics training, commercial space, urban operations, the low-altitude economy, and smart vehicles. In the first half of 2026, the Token business model was successfully implemented in high-value scenarios such as biomedicine, energy dispatch, and industrial quality inspection, laying the groundwork for cross-industry replication. The ultimate goal of computing power is not to simply stack chips, but to ensure that every piece of data can be securely and efficiently converted into token value. As AI transitions from the “model competition” phase to the “deployment competition” phase, enterprises need not isolated computing power or isolated models, but rather an integrated infrastructure capable of combining computing power, data, and models to truly adapt to enterprise business scenarios. Positioned as an integrated AI infrastructure, TokenCloud enables computing power to serve models, models to serve scenarios, and scenarios to generate value, thereby laying a solid computing power foundation for the AI transformation of China’s myriad industries.
BELGRADE, Serbia, September 03, 2026--Quectel Wireless Solutions, a global IoT solutions provider, today announced an LGA version of its RG660Qx 5G module series, a high performance, Sub-6GHz 5G module platform that includes support for the Future Railway Mobile Communication System (FRMCS). Used with a dedicated evaluation environment comprising an adaptor board and EVB Kit, the RG660Qx enables equipment manufacturers and railway technology developers to conduct early Future Railway Mobile Comm
LINCOLNSHIRE, Ill., September 02, 2026--Zebra Technologies Corporation (NASDAQ: ZBRA), a global leader in digitizing and automating workflows to deliver intelligent operations, today announced that the company will present at Citi's 2026 Global Technology, Media & Telecom Conference in New York, N.Y., on Wed., Sept. 9 at 8:10 a.m. U.S.
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LOS ANGELES, August 31, 2026--Spatial intelligence leader, Rypplzz, has partnered with Castanet Corporation, the leading innovator in the transformation of television stations into hybrid 5G Broadcast internet infrastructure for physical AI, to elevate nationwide terrestrial over-the-air geospatial positioning. Through the new partnership, Castanet will embed Rypplzz technology into its hybrid ATSC 3.0 + 5G Broadcast Internet network, unlocking exact three-axis (X, Y, Z) Position, Navigation, an
HONG KONG, August 31, 2026 - Shanghai Gench Education Group Limited (“Gench Education” or the “Company”, together with its subsidiaries, the “Group”, Stock Code:1525.HK) -- the leading higher vocational education group in East China and the largest higher vocational education group in Shanghai, delightedly announced the unaudited consolidated interim results for the six months ended 30 June, 2026 (the “Reporting Period”). During the Reporting Period, the Group recorded revenue of approximately RMB569 million, representing an increase of 6.6% year-on-year (“YoY”). Gross profit was RMB354 million, up 11.7% YoY; Profit for the year was RMB179 million, a YoY rise of 10.2%. Basic and diluted earnings per share attributable to ordinary equity holders of the parent were RMB0.45, compared to RMB0.41 in the same period last year. The growth in performance was primarily attributable to the rise in average tuition fees, boarding fees per student, and revenue from education-related services during the Reporting Period. The Board has resolved the payment of an interim dividend of HKD$0.04 per ordinary share for the six months ended 30 June 2026, maintaining a stable dividend policy. Policy Dividends Continued to Be Released, Lingang’s Location Advantages Solidified Growth Foundation As the largest private university in Shanghai, Shanghai Jian Qiao University (the “University”) has fully benefited from dual support from national vocational education policy and Lingang special area policy. In February 2025, the Management Committee of Lingang New Area issued “the Action Plan for High-Quality Development of Industry-Education Integration in Lingang New Area of China (Shanghai) Pilot Free Trade Zone (2025-2027)”, explicitly supporting the University in building itself into an industry-education integration university. In December 2025, “Shanghai Lingang Science and Technology Innovation City Construction Plan” was launched, encouraging universities to participate in regional innovation development and bringing the Group opportunities in terms of policy support and resources. At the national level, in February 2026, the Ministry of Education issued the “Opinions of the Ministry of Education on Deepening the Reform of Key Elements in Vocational Education and Teaching”, which focuses on the key links of industry-education integration. In June 2026, the State Council issued the “Education Development Plan for the Fifteenth Five-Year Plan Period” (the “Plan”), which proposes launching the “Dual Excellence” construction of high-level application-oriented undergraduate universities, and leading and driving universities to focus on cultivating distinctive disciplinary specialty clusters around key industrial chains. Driven by these multiple policies, the University has leveraged its location in Lingang’s emerging industry agglomeration to transform its geographical advantages into institutional competitiveness. As of 31 August 2025, 77.5% of the University’s 2025 graduates were employed in the Yangtze River Delta region and 59.2% in Shanghai, which fully demonstrated the University’s effective integration into the regional development ecosystem through its educational outcomes. Teaching Quality Has Been Steadily Enhanced, While Digital and Intelligent Transformation Has Been Vigorously Advanced The University remains committed to teaching quality as its core priority, with ongoing efforts to strengthen faculty capacity building, curriculum development and smart campus construction. In terms of faculty, as of 30 September 2025, among the full-time teachers, the master degree or higher accounted for 86.4%, the doctoral degree accounted for 28.8%, the senior title accounted for 38.6%, and the double-position accounted for 47.8%. Grounded in its positioning as an application-oriented technological university, the University vigorously promotes professional teachers to practice in enterprises, organizes thematic workshops on industry education integration, and enhances teachers’ awareness and competence in industry-education integration. In terms of program and curriculum development, in the 2026/27 school year, the University has introduced two undergraduate majors, namely the Artificial Intelligence and the Electronic Packaging Technology, closely aligning with the demands of key industries such as integrated circuits and artificial intelligence. The University focuses on courses connotative construction, constructs “school level – city level – national level” 3-level courses building system, and enhances practical teaching and quality teaching. In 2025, 12 courses were selected as Shanghai first class undergraduate courses - the number of approved courses showed a YoY increase of 50%, reaching a historic new high. Besides, 26 courses were approved as Shanghai higher education municipal level key courses - the number of approved courses ranked the 7th place among higher education institutions in Shanghai, and thus became the only private university in the top 10. The courses cover various types including “AI+courses” and “industry-education integration courses”. In 2025, the “Fundamentals of Gemstone Geology and Crystallography” course of the College of Jewelry was selected as a “Online/Offline Hybrid First-Class Course”, achieving a breakthrough for the University in the construction of national first-class courses. In May 2026, the “Fundamentals of Intelligent Manufacturing Equipment” course of the College of Mechanical and Electronic Engineering was included in the national case collection of “Excellent Intelligent Manufacturing Courses”. The Group continues to deepen the upgrading and renovation of teaching and research instruments and equipment as well as teaching laboratories. The University has deployed smart classrooms integrated with high-definition cameras, intelligent audio devices and high-speed networks, and has built a smart teaching system covering the entire process of talent cultivation, curriculum teaching and quality monitoring. Furthermore, the Group has actively explored the deep integration of AI and education, embedded technologies such as AI, 5G, and VR into the teaching process, and initiated the construction of a DeepSeek-based large model for vertical-domain educational applications, thereby creating three intelligent agents for services, management, and teaching. Industry-Education Integration Has Been Further Deepened, While the Diversified Education Ecosystem Has Been Continuously Improved The Group is fully committed to building an industry-education integrated university. It implements a tripartite operational model integrating “academic schools + industrial colleges + corporate entities”, striving to achieve the synergistic development of “industry, academia, research, and innovation” as an integrated whole. As of 30 June 2026, the University has successively launched seven key industry-education integration projects covering the College of Mechanical and Electronic Engineering, the College of Journalism and Communications, the Business College, the College of Art Design and the College of Jewelry. It has established Medical Engineering Industrial College, the Live Streaming Economy Industrial College, and Big Data Industrial College, is actively preparing for the establishment of the Integrated Circuit Industrial College and the Intelligent Manufacturing Industrial College, and endeavors to create a distinctive educational framework featuring multi-track industry and college collaboration and comprehensive industry-education integration. International cooperation has made steady progress, while external exchanges have continued to expand. The University works with Vaughn College of Aeronautics and Technology, The Kyoto College of Graduate Studies for Informatics, Teesside University, among others, in junior college to master’s program, undergraduate to master’s program, dual bachelor’s program and other programs. In 2025, the University contracted with 11 overseas famous universities/colleges in Germany, United Kingdom, New Zealand, Thailand and other countries, to expand teachers and students’ overseas exchange channels. As the first private university in Shanghai that has obtained the qualification to recruit international students, the University also attracts international students from many countries around the world and forms an international student education system that combines long-term and short-term programs. The University has a well-established lifelong education system. With the Shanghai “Dual-system” Pilot Base for Continuing Education of Employees in Higher Education Institutions (Incubation) as a platform, the University has built an integrated, multi-field and cross-age lifelong education system for knowledge updating and ability enhancement, covering adult higher education, vocational skills training, and youth science and innovation education. As of 30 June 2026, the number of in-service students enrolled in the University’s adult continuing education programs amounted to 3,316, and a total of over 400 types of vocational skill certificate training had been provided. Financial Position Remains Sound, While the Asset-Liability Structure Has Been Continuously Optimized During the Reporting Period, finance costs of the Group decreased by 69.0% YoY, which was primarily due to the result of early repayment of most of long-term interest-bearing bank borrowings by the end of 2025. As at 30 June 2026, the scale of interest-bearing borrowings decreased to RMB276.7 million, with the gearing ratio remaining at 0.1. The financial position has become more robust. Looking forward, Mr. Zhao Donghui, Chairman of the Board and Executive Director of Gench Education, stated: “The Group’s performance in the first half of 2026 achieved steady growth, validating the feasibility of its high-quality development strategy. In the future, we will continue to adhere to the educational philosophy of ‘student-oriented, teaching-centred, undergraduate-focused’ and the work ideology of ‘quality as the core, teaching as the centre, students as the base, teachers as the principal’ to promote the high-quality development of our undertakings. We will also fully capitalize on this historic opportunity by proactively aligning with the national strategy of promoting the high-quality development of vocational education and with Lingang’s regional initiative of becoming a ‘Global Hub of Power’, cultivate more high-quality technical and skilled talents, and accelerate the transformation to an industry-education integration university, and strive to build our University into a first-class private university in China with more unique features and international standing and a long-distance runner for the high-quality development of higher education in China.” About Shanghai Gench Education Group Limited Gench Education (Stock Code: 1525.HK) is a higher vocational education group which provides undergraduate education and junior college education, focusing on high-quality schooling for the provision of excellent education for students. The Group operates Shanghai Jian Qiao University, being the domestic leading private university, at Lingang New Area of China (Shanghai) Pilot Free Trade Zone. As measured by the number of full-time students enrolled in the 2025/26 school year, the University is the largest private university in Shanghai and is also a leading private university in the entire Yangtze River Delta. According to CUAA.net , the University ranked third among all category I private universities in China for five consecutive years and first among private universities in the Yangtze River Delta for seven consecutive years. Over 26 years of operation, the schooling quality of the University ranked in the forefront of peer universities, which has accumulated a solid brand reputation. Since 2004, the University has been consecutively awarded “Shanghai Civilized Unit” over 18 years. The University has won numerous honorary titles such as “National Model Unit of Civilization ”, “Shanghai Garden Unit”, “Shanghai Safe and Civilized Campus”, etc. The University has also been granted reputable title of “Lei Feng Spirit College Demonstration Education Base” among the first batch of universities in the PRC in April 2024, and was awarded the “Contribution Award for Promoting Lei Feng Spirit in the New Era ” in September 2024. In February and March 2025, the University was successively recognized as an “Outstanding Unit in Information Disclosure Work among Shanghai Higher Education Institutions for 2023-2024” and an “Outstanding Unit in Petition Work within the Shanghai Education System for 2024”. This press release is issued by Porda Havas International Finance Communications Group on behalf of Shanghai Gench Education Group Limited. For further information, please contact: Porda Havas International Finance Communications Group E-mail: gench.hk@pordahavas.com
NEW YORK, August 31, 2026--Optimum Communications, Inc. (NYSE: OPTU) today announced an expanded, multi-year agreement with T-Mobile that will bring customers access to more advanced 5G capabilities, expanded device compatibility and enhanced connectivity at home, at work and while on-the-go. The agreement builds on Optimum’s continued growth and momentum in the mobile market, following the company’s recent announcement that it has surpassed 700,000 mobile lines.