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JXQ AI Forum 2026 Unveils New AI-Driven Growth Paradigms for Industry-City Integration in the 15th Five-Year Plan Period

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BEIJING, April 27, 2026 /PRNewswire/ — On April 16, 2026, JXQ AI Forum 2026, hosted by Beijing Electronic Digital & Intelligence (BEDI), concluded in Beijing. Under the theme “Empowering Today, Inspiring Tomorrow,” the forum explored practical pathways to drive industry development within the context of the opening stage of the 15th Five-Year Plan period and China’s national AI strategy. During the event, BEDI launched Spark•AI Cloud 2.0, released the “China Urban Artificial Intelligence Index Report”, introduced the “AI China Tour” initiative, and announced the establishment of the Collaborative Industry Alliance for AI Innovation Districts. Together, these initiatives outline new paradigms for industry-city integration in the upcoming 15th Five-Year Plan period.

The forum’s agenda featured 14 thematic sessions across four key areas: “AI Infrastructure“, “New Economy”, “Industrial Development”, and “Emerging Trends”, covering more than 100 topics, including computing infrastructure, trusted data, smart cities, industrial applications, talent ecosystems, and investment and financing. It brought together representatives from government, industry, academia, research, and application sectors, including academicians from the CAE and the SAEng, as well as experts and scholars from institutions such as the MIIT, the SASAC, the National Health Commission, Tsinghua University, and the CAS. Officials from the Beijing municipal government and Chaoyang District authorities, along with government representatives from multiple regions, also participated. International guests from Kazakhstan, Indonesia, Thailand, and the United Kingdom were in attendance. The three-day forum attracted over 2,200 attendees and over 7.2 million online views.

“China Urban Artificial Intelligence Index Report” Unveiled, Establishing a New Benchmark for Industry-City Development

As AI applications continue to expand across economic and social sectors, China’s urban AI development has shifted from a phase led by top-tier cities to a new cycle characterized by both tiered expansion and structural transformation. Given the significant differences among cities in terms of resource endowments, industrial foundations, and governance capabilities, there is an urgent need to establish a scientific evaluation system for targeted guidance.

Against this backdrop, “China Urban Artificial Intelligence Index Report” was officially released at the forum. The report was jointly developed by the Institute for Contemporary China Studies, Tsinghua University (ICCS), Shanghai Securities News, Outlook Think Tank, and the BEDI Research Institute, with contributions from expert teams including the University of Science and Technology of China (USTC) and the CICC Global Institute.

The report introduces an urban AI evaluation system covering four key dimensions: industrial development, technological innovation, public services, and governance environment. It also systematically identifies, for the first time, a three-tier structure of urban AI development in China, categorizing cities into three distinct tiers: Leading Cities, Dynamic Cities, and High-Potential Cities. Furthermore, the report draws on practical experience from benchmark cities, providing clear and actionable development approaches tailored to different city types. It is designed to support local governments in refining industrial development strategies, help enterprises seize market opportunities, and contribute to national efforts to improve regional coordination.

Spark•AI Cloud Upgraded to 2.0, Forming a New Foundation for China’s Urban Development

Based on the regional differences and collaboration needs highlighted in the report, BEDI emphasizes that the key to AI development lies not in isolated technological breakthroughs, but in building scalable infrastructure and enabling coordinated industrial ecosystems. Xie Dong, Chief Technology Officer of BEDI, commented: “The transition to large-scale AI adoption is defined by lower barriers to use. Enterprises will be able to deploy and apply AI at lower costs and in simpler ways, so that data can be continuously transformed into real productivity.”

In line with this vision, BEDI unveiled Spark•AI Cloud 2.0, its next-generation AI production system, marking the evolution from a computing platform to an integrated AI production environment. At its core, Spark•AI Cloud 2.0 is powered by Qianjin•AIOS and Xintian•AgentOS. It brings together computing, models, and application capabilities into a unified architecture, streamlining the entire process from data and compute to model development and application deployment, and delivering standardized capabilities tailored to real-world business scenarios. The platform is designed to address three common challenges in AI adoption: complex deployment, high costs, and limited scalability. By overcoming these barriers, it enables organizations to move beyond pilot projects and scale AI into real-world production.

At the application level, BEDI proposes a development path of “One Foundation, Two Breakthroughs”: on one hand, it supports industries such as manufacturing, cultural tourism, and consumer sectors in developing new growth models; on the other hand, it enhances governance and service capabilities in public services such as healthcare, government, and education. Through continued local engagement and scenario-driven implementation, BEDI is advancing the transition of AI application from isolated pilot projects into scalable solutions, accelerating the development of new quality productive forces.

“AI China Tour” Initiative Launched, Driving Nationwide Adoption of the Industry-City Integration Paradigms

To accelerate the nationwide implementation of the new industry-city integration paradigms, the “AI China Tour” initiative was officially launched at the forum. Jointly initiated by Shanghai Securities News and BEDI, the initiative will bring together a high-level group of experts from industry, academia, and research institutions. Guided by the principle of “engaging key decision-makers to shape the future of industry”, it leverages the research findings and data insights from “China Urban Artificial Intelligence Index Report”. Focusing on tailored empowerment approaches for different regions and industries, the team will engage with local governments through consultations on AI industrial planning, and implement a series of targeted measures to support the upgrading of AI industries across more cities.

 Collaborative Industry Alliance for AI Innovation Districts Established, Fostering New Highlands for AI Development

As part of Beijing’s broader efforts to build itself into a global AI innovation leader, the city has announced the first four AI Innovation Districts this year, including the Guangzhi Space in Chaoyang District. Positioned around the integration of optical computing and intelligent technologies, Guangzhi Space focuses on next-generation computing infrastructure and advanced AI applications. It aims to establish a comprehensive AI innovation service ecosystem, promote the integration of AI into real-world scenarios, and foster new business models and industry formats.

During the forum, Chaoyang District officially launched the global call for contributors to the planning guidelines for AI Innovation Districts, as well as the global solicitation of the district’s logo and digital mascot. The district also announced the establishment of the Collaborative Industry Alliance for AI Innovation Districts and initiated three major projects, including quantum-classical computing integration. Going forward, BEDI will play an active role in the alliance and be deeply involved in the development of AI Innovation Districts, providing end-to-end support from technological innovation to industrial deployment, and supporting Beijing in building a leading hub for AI industry development.

At the outset of the 15th Five-Year Plan period, the JXQ AI Forum will continue to serve as a high-level platform that brings together government, industry, academia, and research stakeholders. By promoting the precise and practical application of AI across diverse local contexts, the forum aims to enable every city to identify its own pathway for growth and unlock new momentum for high-quality development.

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SOURCE Beijing Electronic Digital & Intelligence (BEDI)

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TECNO Wins Two IFA Global Product Technology Innovation Awards for Modular Phone and Tonino Lamborghini TECNO TAURUS

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BERLIN, Sept. 6, 2026 /PRNewswire/ — TECNO, a global AI-driven innovative technology brand, achieved two IFA Global Product Technology Innovation Awards at IFA 2026 for its products: the revolutionary TECNO Modular Phone and the ultra-compact Tonino Lamborghini TECNO TAURUS (MEGA MINI G1 Pro).

Tonino Lamborghini TECNO TAURUS (MEGA MINI G1 Pro) took the Miniaturized Gaming PC Technology Innovation Gold Award, standing out with its Italian aesthetics and the exceptional performance in the compact body. Meanwhile, the TECNO Modular Phone was honored with the Ultra-Slim Magnetic Modular Technology Innovation Gold Award, praised for its ultra-slim craftsmanship and unique modular magnetic technology.

These awards once again demonstrate TECNO’s sustained breakthroughs in product innovation and industry-leading craftsmanship in design excellence. The Global Product Technology Innovation Awards were established in 2014 by IDG, IFA, and DIHK to celebrate excellence across the global consumer electronics industry. The awards honor products that set new industry benchmarks and drive innovation through intelligent technology and user-centric design.

TECNO Modular Phone: The World’s Thinnest Modular Smartphone

At just 4.9mm, the TECNO Modular Phone is the world’s slimmest modular smartphone. Powered by proprietary Modular Magnetic Interconnection Technology—combining a precision magnetic array with pogo-pin connectors—it offers a flexible ecosystem of ten high-performance modules that respond dynamically to changing user needs. The host retains a 3000–4000mAh battery, while modules draw power directly for a snap-and-go experience. The portless unibody achieves an IP-rating for dust and water resistance. The TECNO Modular Phone is also set to enter mass production soon.

Engineered to be the ultimate physical gateway for personal AI assistants, it also resolves the inherent conflict between rising AI computing demands and limited device space. The technology has earned over 20 accolades from leading media including CNET, Android Authority, Yanko Design, and The Verge — with CNET and Yanko Design naming it among the Best of MWC 2026, and The Verge recognizing it as the Best Mobile Tech at MWC 2026.

Tonino Lamborghini TECNO TAURUS: One of the World’s Smallest Water-Cooling Gaming Mini-PCs

Tonino Lamborghini TECNO TAURUS (MEGA MINI G1 Pro) is one of the world’s smallest water-cooling gaming PCs at around 6.36 liters. Its vertical chassis with a panoramic transparent window fuses iconic Italian design with raw engineering, transcending traditional hardware to bring a luxury lifestyle into the gaming tech arena. Powered by the Intel® Core™ i9-13900HK and NVIDIA® GeForce RTX™ 5060 (614 AI TOPS, 145W TGP, DLSS 4), it achieves the absolute pinnacle of performance, empowering gamers with high-fidelity play and users with a high-efficiency AI workstation. The water-cooling system sustains peak frequencies under load, while 15 ports including OCuLink, USB4, and WiFi 6E deliver expandability and connectivity. The design was recognized with Yanko Design’s Best of MWC award.

In addition to these two award-winning products delivering powerful, stylish, and AI-driven solutions, TECNO made waves at IFA with the Next-Gen Bezelless Concept Phone featuring a revolutionary 0mm screen bezel, and the convertible laptop MEGABOOK T15 360 Pro. Relentlessly pushing the boundaries of design, performance, and AI innovation, TECNO is pioneering limitless possibilities for futuristic technology and trailblazing experiences.

About TECNO

TECNO is an innovative, AI-driven technology brand with a presence in over 70 markets across five continents. Committed to transforming the digital experience in global emerging markets, TECNO relentlessly pursues the perfect integration of contemporary aesthetic design with the latest technologies and artificial intelligence. Today, TECNO offers a comprehensive ecosystem of AI-powered products, including smartphones, smart wearables, laptops, tablets, smart gaming devices, the HiOS operating system, and smart home products.

Guided by its brand essence of “Stop At Nothing,” TECNO continues to pioneer the adoption of cutting-edge technologies and AI-driven experiences for forward-looking individuals, inspiring them to never stop pursuing their best selves and brightest futures. For more information, please visit TECNO’s official site: www.tecno-mobile.com.

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SOURCE TECNO MOBILE LIMITED

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LG Energy Solution and Seoul National University Open the Door to Commercializing Next-Generation LMR Batteries

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Joint research team suppresses gas evolution, one of the biggest challenges to commercializing lithium manganese-rich (LMR) batteriesThe technology was applied to and optimized for 40 Ah-class large-format cells, which retained 92.2 percent of initial energy after 883 cyclesResearch published in prestigious international journal Nature Communications

SEOUL, South Korea, Sept. 6, 2026 /PRNewswire/ — LG Energy Solution and Seoul National University have secured a key technology that can significantly improve the stability of next-generation lithium manganese-rich (LMR) batteries. On September 7 Seoul time, LG Energy Solution announced the results of a joint study with Professor Jongwoo Lim and his research team in Seoul National University’s Department of Chemistry.

The findings were published in Nature Communications, a prestigious international academic journal, and support the feasibility of applying LMR batteries to large-format cells for electric vehicles (EVs).

Controlling oxygen reaction reversibility suppresses gas evolution, a key challenge to commercialization, laying the foundation for large-cell commercialization

The joint research team identified factors contributing to gas generation and capacity degradation during LMR battery charging and discharging and developed optimal operating conditions for large-format cells to control these issues.

LMR is a next-generation cathode material that can lower material costs by using lower-cost manganese as a primary material without using cobalt. It can achieve high energy density by storing energy through both transition metals, such as nickel and manganese, and oxygen in the cathode material.

However, if oxygen oxidized during charging does not fully return to its original state during discharge, it can damage the battery’s internal structure and generate gas. In large-format cells for EVs, where available internal space is limited, this can increase internal pressure and degrade performance. As a result, gas generation has been a key challenge in commercializing LMR batteries.

The joint research team analyzed oxygen redox under different charging and discharging conditions and found that oxygen recovery depends on both the upper cutoff voltage during charging and the discharge cutoff voltage during discharge.

In testing, lowering the upper charging voltage from 4.6 V to 4.3 V increased the reduction of oxidized oxygen from 86 percent to 97 percent. The team also confirmed that lowering the discharge cutoff voltage from the conventional 3.0 V to 2.0 V enabled oxygen to recover to nearly its original state.

Based on these findings, LG Energy Solution researchers redesigned the operating voltage range and formation process conditions for 40Ah-class large-format LMR cells. They applied a lower-temperature formation process to effectively suppress gas generation associated with large-format cells.

As a result, the optimized 40 Ah-class large-format LMR cells retained 92.2 percent of their initial energy even after 883 charge and discharge cycles. This outstanding cycle-life stability opens the path for the commercialization of LMR materials in large-format cells for EVs, expanding their potential beyond small-format applications.

“This study identified the causes of degradation in LMR batteries from the perspective of oxygen reversibility and demonstrated that cell stability can be improved through electrochemical protocol design alone,” said Professor Jongwoo Lim of Seoul National University. “We confirmed that achieving long-term stability in LMR batteries requires comprehensive consideration of not only charging conditions but also discharge conditions.”

“This research addresses one of the key challenges facing LMR batteries,” said an LG Energy Solution spokesperson. “It demonstrates that stable battery life can be secured even in large-format cells by effectively suppressing gas generation, providing an important foundation for growth in the next-generation LMR battery market.”

About LG Energy Solution

LG Energy Solution (KRX: 373220) is a leading global manufacturer of lithium-ion batteries for electric vehicles, mobility, IT, and energy storage systems. With more than 30 years of experience in revolutionary battery technology and extensive research and development (R&D), the company is the top battery-related patent holder in the world with over 100,000 patents. Its robust global network, which spans North America, Europe, and Asia, includes battery manufacturing facilities established through joint ventures with major automakers. Committed to building sustainable battery ecosystem, LG Energy Solution aims to achieve carbon neutrality across its value chain by 2050, while embodying the value of shared growth and promoting diverse and inclusive corporate culture. To learn more about LG Energy Solution’s ideas and innovations, visit https://news.lgensol.com.

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SOURCE LG Energy Solution

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Park Systems Expands North American Footprint with New Regional Office in Hillsboro, Oregon

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SANTA CLARA, Calif., Sept. 6, 2026 /PRNewswire/ — Park Systems, a leading global manufacturer of atomic force microscopy (AFM) and nanoscale metrology systems, today announced the opening of its newest regional office in Hillsboro, Oregon. The strategic addition enhances the company’s ability to provide localized technical support, rapid-response customer engineering, and direct account management to key semiconductor and high-technology partners across the Pacific Northwest.

The Hillsboro facility complements Park Systems’ existing North American operations network, which includes the U.S. Headquarters in Santa Clara, California, the Latin America Office in Mexico City, and the Advanced Applications Office in Boston, Massachusetts.

“Our mission at Park Systems has always been centered on enabling nanoscience and semiconductor innovation through high-precision metrology,” said Dr. Sang-il Park, Founder and CEO of Park Systems. “Establishing our presence in Hillsboro marks an important milestone in our global growth strategy. By embedding our operations directly within key technology hubs like the Silicon Forest, we deepen our ability to collaborate closely with industry pioneers and drive next-generation semiconductor advancements.”

“Adding a physical presence in Hillsboro directly answers the needs of our regional semiconductor and microelectronics customers,” added Dr. Stefan Kaemmer, President of Park Systems, Inc. “With dedicated application engineers and technical service teams on the ground, we can deliver faster response times, tailored technical partnerships, and hands-on support as our customers scale their advanced manufacturing capabilities.”

The new Hillsboro location will focus on field service engineering, application support, and regional account coordination, reinforcing Park Systems’ commitment to empowering semiconductor and scientific progress across North America.

For more information about Park Systems locations and services, visit www.parksystems.com.

About Park Systems

Park Systems is a global leader in nanometrology, providing advanced measurement solutions for research and industrial applications. Founded by Dr. Sang-il Park, a contributor to the invention of atomic force microscopy (AFM) at Stanford University, the company has grown through continuous innovation and strategic acquisitions. Its technology portfolio includes AFM, white light interferometry (WLI), digital holographic microscopy (DHM), imaging spectroscopic ellipsometry (ISE), active vibration isolation systems, and solid metal probes.

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SOURCE Park Systems, Inc.

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