SK hynix Inc. (or "the company", www.skhynix.com) announced today that it has begun mass production of the 192GB SOCAMM2, a next-generation memory module standard based on the 1cnm process (sixth-generation of the 10-nanometer technology) LPDDR5X low-power DRAM.SOCAMM2 is a module that adapts low-power memory – which was previously used mainly in mobile products like smartphones – for server environments. It is designed to be a primary memory solution for next-generation AI servers.SK hynix emphasized that the 1cnm based SOCAMM2 product that is now in mass production delivers more than double the bandwidth with over 75% improved power efficiency compared to conventional RDIMM, providing an optimized solution for high performance AI operations.In particular, the company noted that its SOCAMM2 products are designed for NVIDIA Vera Rubin platform.SK hynix expects the new SOCAMM2 product will fundamentally resolve the memory bottlenecks encountered during the training and inference of large language model (LLM) with hundreds of billions of parameters, thereby playing a pivotal role in dramatically accelerating the processing speed of the overall system.The company stated that with the AI market shifting focus from inference to training, SOCAMM2 is gaining significant attention as a next-generation memory solution capable of operating LLMs with low power consumption. To meet the demands of its global Cloud Service Provider (CSP) customers, SK hynix has not only been providing a supply portfolio, but also stabilized its mass production system early on."By supplying the 192GB SOCAMM2, SK hynix has established a new standard for AI memory performance" Justin Kim, President & Head of AI Infra (CMO, Chief Marketing Officer) at SK hynix said. "We will solidify our position as the most trusted AI memory solution provider, through close collaboration with our global AI customers."SK hynix 192GB SOCAMM2, high-bandwidth and power-efficient. Credit: SK hynix 

The rapid proliferation of generative AI, coupled with increasingly sophisticated fraud and disinformation tactics, has made technology-driven risk mitigation and information verification a global priority. Organized by DIGITIMES and co-organized by Taiwan's National Development Council (NDC), the hackathon brought together developers to address these challenges through an "AI against AI" approach.Powered by Amazon Web Services (AWS), the event also featured BitoPro, a cryptocurrency exchange under BitoGroup, and Gogolook, a TrustTech company, as challenge providers. Participants leveraged advanced AI tools to tackle critical societal issues, including fraud prevention for the elderly and virtual currency transaction security, translating innovative concepts into practical and scalable solutions.Fraud Prevention Elevated to National Security Priority: Government Strengthens Cross-Agency CollaborationDuring the awards ceremony, Tsai Yen-ming, Deputy Commissioner of the Criminal Investigation Bureau (CIB) under Taiwan's National Police Agency (NPA), emphasized that fraud has evolved from isolated criminal incidents into a complex and systemic threat-undermining social trust, disrupting financial order, and even posing risks to national security.To address these challenges, the CIB has established a Technology Crime Prevention Center to strengthen technology-driven investigative capabilities and talent development, alongside a Fraud Prevention Center that integrates cross-ministerial resources coordinated by the Executive Yuan to enhance overall anti-fraud capacity. Tsai noted that the competition's focus on fraud prevention and virtual currency transaction security has already demonstrated strong potential for real-world implementation. He expressed optimism about deepening collaboration with private-sector teams to accelerate the adoption of AI-driven anti-fraud technologies within the public sector.Empowering the Next Generation of Tech TalentThe hackathon attracted a diverse group of young developers from universities across Taiwan. During the event, Colley Huang, Chairman of DIGITIMES and IC Radio, encouraged participants to identify their roles and create value amid a rapidly evolving technological landscape. He noted that today's generation faces both challenges and opportunities shaped by the convergence of AI, semiconductors, and geopolitics. Early engagement with emerging technologies and the cultivation of differentiated capabilities, he said, will be essential for building long-term competitiveness.AWS Provides Cloud Infrastructure and AI Tools to Enhance Solution FeasibilityTo enhance the feasibility of the proposed solutions, AWS provided a comprehensive cloud development environment and technical support. Prior to the competition, participants attended workshops to familiarize themselves with AWS's advanced cloud services and AI capabilities. Teams also utilized Kiro, a purpose-built IDE with advanced AI agents, enabling them to rapidly build robust minimum viable products (MVPs) within the 27-hour development period.Robert Wang, Managing Director of AWS Taiwan, stated that the hackathon successfully brought together government, enterprises, and developers specifically focused on fraud prevention - a highly critical social issue - demonstrating the power of cross-sector collaboration in leveraging technology to solve complex challenges. He noted that fraud tactics continue to evolve by exploiting both technological advancements and human vulnerabilities, making it essential to deploy "equivalent countermeasures" powered by AI and data analytics. Wang further highlighted that Taiwan's extensive experience in fraud prevention holds significant export potential, and that the competition's outcomes not only address domestic challenges but also underscore the global commercial viability of Taiwan-developed anti-fraud solutions.Gogolook: Building a Cross-Sector Anti-Fraud EcosystemIn the "Fraud Identification and Prevention" category, with Gogolook serving as the challenge provider, many teams extensively leveraged Amazon Bedrock, a fully managed AWS service that provides access to high-performing foundation models. By integrating multiple foundation models, participants elevated fraud prevention from simple alert notifications to sophisticated, logic-driven explanations that help users understand why content is fraudulent. Team (1) demonstrated the practical application of AI in enhancing real-time fraud detection and decision-making, ultimately securing the top award.Reiny Song, Co-founder and CTO of Gogolook, remarked that fraud has evolved into a systemic issue spanning digital ecosystems, financial systems, and societal trust. While AI has amplified emerging risks, it also represents a critical tool in combating fraud. He emphasized that effective fraud prevention requires more than a single product; it depends on building a cross-sector ecosystem that integrates technology, real-world scenarios, and talent to drive scalable implementation. The competition showcased not only innovative concepts but also practical and viable technical solutions, advancing fraud prevention from theory to execution.BitoGroup: Strengthening Security in the Virtual Currency EcosystemIn the "Virtual Currency Transaction Security" category, Team "Bibi Lab" secured the top award. Titan Cheng, Founder and CEO of BitoGroup, the challenge provider for this category, noted that fraud and cybersecurity threats will become increasingly complex in the AI era, particularly as virtual currency-related crimes continue to evolve. Addressing these challenges, he said, will require sustained and high-intensity efforts rather than short-term initiatives.Cheng emphasized the importance of strengthening data governance and risk detection capabilities through the exchange of technical frameworks and practical experience, enabling both enterprises and society to collectively elevate their defense capabilities. He added that the competition not only served as a platform to showcase and validate technological innovations but also helped drive the broader adoption and advancement of anti-fraud solutions across the industry.Advancing Taiwan's AI and Bilingual Talent DevelopmentThe hackathon aligns with Taiwan's national agenda to promote AI industrialization and enhance digital societal security, while strengthening international collaboration and talent cultivation. The event received support from the National Development Council's subsidy program for promoting bilingual talent development and fostering an English-friendly environment.By convening nearly 100 AI professionals from across Taiwan, the competition translated the government's "fraud awareness for all" initiative into scalable and practical technological solutions, enhancing public awareness and resilience against emerging fraud tactics.The "Agent for Truth: Disinformation Defense Hackathon" served not only as a technological competition but also as a public-wide collaborative effort to build a digital defense network through public-private partnership and cross-generational co-creation. By bringing together cross-disciplinary AI talent to develop innovative solutions that genuinely protect citizens and strengthen societal resilience, the event demonstrated the potential for deeper cross-sector collaboration to build a more robust trustworthy information ecosystem and create a safer, more digitally resilient information environment for Taiwan.Government and industry leaders gather at the hackathon awards ceremony. Credit: DIGITIMES

Molex, a global electronics leader and connectivity innovator, has completed the acquisition of Smiths Interconnect, a subsidiary of United Kingdom-based Smiths Group plc, marking a major milestone in Molex's vision to enable technology that is transforming the future and improving people's lives. Smiths Interconnect brings a diverse portfolio of complementary products and advantaged capabilities in ruggedized custom connectors, contacts, RF components and optical transceivers for harsh environments. Smiths Interconnect also brings leading semiconductor test capabilities that complement Molex's data communications and data center solutions to support growth in AI, along with a strong medical interconnect capability to support Medtech customers."We are excited to finalize the Smiths Interconnect acquisition, which expands our portfolio and engineering expertise worldwide," said Joe Nelligan, CEO, Molex. "Along with their products and technology, we are excited about the Smiths Interconnect's global team and the strong customer relationships that they have established."As the largest acquisition in Molex's history, the addition of Smiths Interconnect positions Molex to drive innovation across the high-reliability interconnect market - encompassing aerospace and defense, space exploration, industrial, medical and semiconductor test industries. The combination of Smiths Interconnect's capabilities with Molex's global footprint, engineering strength, culture and financial strength enables Molex to deliver increased value to customers around the world."This acquisition reinforces Molex's position as a leader across every sector where high reliability is critical," said Michael Cole, SVP and president, Aerospace and Defense Solutions Division, Molex. "By unifying these high-reliability solutions under the Molex banner, we provide a borderless platform that enables engineers to leverage ruggedized, precision-engineered connectivity."The Smiths Interconnect acquisition expands Molex's global footprint to over 90 plants across 22 countries, and its global headcount to over 55,000 employees. The integration creates strong design and technical alignment to enhance innovation and solution capabilities to provide more value to customers. This news builds upon the November 2024 acquisition of AirBorn by Molex, a foundational milestone in serving customers in the aerospace and defense market."The integration of Smiths Interconnect into the Molex engineering ecosystem is a significant win for the global design engineering community," said Lew LaFornara, SVP, Global Interconnect Business Strategy, TTI. "As a prominent Smiths Interconnect distributor, we are excited to continue offering our customers access to a robust line of mission-critical solutions - spanning aerospace and defense, medical, industrial and semiconductor test - all backed by Molex's world-class logistics and technical support."

Amidst the reality of global oil prices continuously skyrocketing due to war, the global market is facing the formidable challenges posed by the turbulence impacting the global economy in 2026. Major Taiwanese electronics manufacturers and supply chains are pivoting to review comprehensive AI strategies. They are adopting a particularly aggressive stance in their strategic deployment of cloud server systems and AI infrastructure, aiming to achieve an operational breakthrough where the market outlook remains far from optimistic.ASUS unveils its complete Professional Services for Sovereign AI. Since the first project in 2018, which resulted in Taiwan's first AI supercomputer, Taiwania 2, ASUS has been actively developing sovereign AI infrastructure and providing customized AI solutions to clients. Delivering trusted AI with total flexibility, from rack-scale AI Factories, desktop AI supercomputing, Edge AI to Enterprise AI solutions deployment, the company is redefining Sovereign AI Solutions with reinforces the company's position as a global leader in AI-driven digital transformation.On April 1, 2026, ASUS joins the DIGITIMES online seminar titled "Leading the Way in Sovereign AI: A Look at Next-Generation AI Computing and Storage Architecture from Supercomputing Performance". This event starts with the construction and practical application of next-generation supercomputers at the National Center for High-Performance Computing (NCHC) of the National Applied Research Laboratories. This collaborative project shows ASUS Powering NCHC to building Taiwan's AI Supercomputer and the next generation of High Performance Computing (HPC) systems.As AI and high HPC workloads push compute density and power consumption beyond the capabilities of traditional air cooling, the flagship ASUS offerings are the ASUS AI POD systems redefining the new architecture of rack-scale powerhouse, storage architecture, and liquid cooling designed for massive AI workloads. This momentum will continue to maximize computing power density through the NVIDIA HGXTM and Blackwell platforms and provide insights into solving heat dissipation bottlenecks with advanced liquid cooling technology to meet the performance and energy efficiency requirements of high-computing environments.Practical experience in building a leading infrastructure in Taiwan High Performance ComputingThe first session features a keynote lecture by Nobel Hsia, ASUS Deputy Manager of Product Planning, titled "Leading the Sovereign AI Wave: From the National Center for High-performance Computing (NCHC) projects to ASUS's Forward-Looking Infrastructure and Storage Solutions." ASUS's Sovereign AI targets the business opportunities that countries are currently striving to play the vital role of innovation in securing data sovereignty and security with in-house data processing and computing capabilities, and promotes the transformation of scientific research in the industry. ASUS has partnered with NVIDIA to build a massive AI supercomputer system with an "ALL IN on AI" strategy. Through the maximum computing power density provided by the NVIDIA HGXTM and Blackwell platforms, ASUS has deployed complete portfolio ranging from rack-scale AI factories to edge and enterprise deployment. With its proven track record of successfully supplying AI infrastructure at the B300 and GB300 levels in the market, ASUS has become a trusted partner, providing complete end-to-end solutions.It is worth mentioning that ASUS has ten years of experience collaborating with the National Center for High-performance Computing on supercomputer projects. ASUS's sovereign AI expertise is proven by several successful national-level AI project deployments, including flagship supercomputing initiatives such as Taiwania 2 and Forerunner 1, cementing its leadership in high-performance computing and AI systems. Through ASUS Professional Services, the collaboration covers all aspects from design, deployment to operation.The latest Nano4 (Crystal 26) NVIDIA HGXTM H200 cluster AI server system was to build a next-generation AI supercomputer capable of handling complex large language models (LLMs), deep learning, and advanced HPC workloads. In this new project ASUS has built Taiwan's first AI supercomputer project based on NVIDIA GB200 NVL72 system architecture with direct-cooling technology. The engineering team has played an important role in the delivery of the servers, the planning of large-scale computing architecture, deployment and optimization, which has become the foundation for ASUS to expand its overseas AI deployment and demonstrate ASUS's ability to build computing power from national to international levels.Opening Agentic AI Frontier: ASUS Supports NVIDIA Vera Rubin Platform and InfrastructureIn response to the advent of the new-generation NVIDIA Vera Rubin platform and its accompanying infrastructure architecture, ASUS has developed the next-generation ASUS AI POD highlighting a proficiency in liquid-cooled AI solution. Spanning the new design from rack-scale AI factories, data center servers to desktop workstations and edge AI devices, this solution delivers end-to-end AI computing power and infrastructure, specifically targeting trillion-parameter models and million-token contexts, maximizing efficiency across power, memory, and compute.Hsia began by introducing the ASUS flagship XA VR721-E3 architecture. This system supports the NVIDIA Vera Rubin NVL72 platforms; it is purpose-built for large-scale AI model inference and training to deliver massive AI performance for large-scale AI factories. while also accommodating the specific workloads required for agentic AI. Designed as a 100% liquid-cooled, rack-scale system, it features a Thermal Design Power (TDP) reaching up to 227 kW, which is a capability that fully satisfies the demand for the immense performance required to compute AI models with trillions of parameters.Furthermore, addressing rigorous enterprise-grade data-center demands, ASUS has simultaneously launched the XA NR series. These product series support the NVIDIA HGXTM Rubin NVL8 architecture, featuring eight Rubin GPUs interconnected via the sixth-generation NVLink, which each GPU could deliver a maximum bandwidth of 800 GB/s. To facilitate a seamless and cost-effective transition to liquid cooling, ASUS offers two distinct solutions: the XA NR1I-E12L, an innovative hybrid-cooled option; and the XA NR1I-E12LR, a 100% liquid-cooled system.To support these powerful systems and democratize AI development, ASUS also has established a robust data ecosystem by partnering with NVIDIA-Certified storage providers. The storage solutions offers the technologies such as JBOD, DPDK, and Object Storage, thereby delivering scalable, resilient solutions for memory-intensive AI applications to support robust capabilities for the integrated storage and operational management.On the software front, ASUS provides a suite of one-stop platforms. Leveraging the ASUS Infrastructure Deployment Center (AIDC), ASUS automated the setup process including ACC (ASUS Control Center) and BMC, accelerating time-to-market for critical research resources. To address the full spectrum of requirements for system construction, deployment, and operations, ASUS provides expert consultation, a broad portfolio of tailor-made AI solution while simultaneously catering to the comprehensive lifecycle management needs of the entire data center.WEKA data storage platform is redefining AI storage economicsTo meet the elastic data storage requirements of AI workloads across diverse usage scenarios, ASUS's AI POD system incorporates a comprehensive storage solution featuring a high-speed, All-Flash NVMe SSD storage architecture. ASUS has collaborated with its ecosystem partners to develop a next-generation unified storage system with high-reliability storage servers and professional validation of network. WEKA, the AI storage company, is one of partners providing high-performance, software-defined storage for GPU-accelerated AI and HPC environments, combining low latency with unified data management.In the second presentation of the session is delivered by Ray Wu, Senior Consultant for the Asia-Pacific region at WEKA. His speech titled the theme "Ultimate Data Empowerment: How WEKA Helps NCHC Build an AI-Accelerated Computing Storage Architecture". To address NCHC's requirements for extreme performance and energy efficiency, Wu highlighted the unified data management solutions to provide rapid scalability, which emphasizing flexibility and intelligent adaptive capabilities, and effectively addressing the demands of a wide array of usage scenarios.Addressing the requirements of diverse application environments such as Kubernetes and Slurm in NCHC Nano4, WEKA serves as the high-performance storage foundation through its efficient storage platform. Based on the NVIDIA AI Data Platform reference architecture, the solution employs an end-to-end system to accelerate data processing performance for HPC applications. This assists the NCHC in optimizing the deployment of high-efficiency AI computing, dramatically reducing the time required for AI application deployment and development from months to mere minutes.This ASUS WEKA storage solutions demonstrates the NCHC's technical excellence in leveraging its ecosystem and integrated services to rapidly deliver the low-latency, scalable and high throughput required capabilities and swiftly support the next generation of agent-based AI applications. WEKA solutions empower enterprises to transition from experimentation to full-scale operations, rendering AI applications economically viable and maximizing performance across a wide spectrum of fields, ranging from next-generation AI agent systems to AI-enabled healthcare applications.In this event, ASUS showcases fully liquid-cooled AI infrastructure with the critical thermal management required for the next-generation NVIDIA Vera Rubin NVL72 system platform. By efficiently dissipating heat from high-performance CPUs, GPUs, and accelerator-dense racks, ASUS significantly reduces energy consumption while supporting unprecedented rack density to enable enterprises and cloud service providers to build high-performance, energy-efficient large-scale AI clusters with unmatched efficiency and dramatically reduced PUE and TCO.【White paper download】Empowering Scalable AI Reasoning with ASUS AI POD featuring【Webinar on-demand】Bridging NCHC Success to NVIDIA Vera Rubin Architecture 

Cypress Technology has been dedicated to the research, development, and manufacturing of professional audiovisual solutions for 36 years, with all R&D and production facilities based in Taiwan. In recent years, the company has actively engaged with various application environments, gaining deep insights through close collaboration with users and on-site evaluations. This approach has enabled the continuous development of integrated solutions that meet the specific needs of diverse scenarios.With the rapid evolution of audiovisual technologies, the HyLinX AV over IP solution which leverages standard network packet transmission has emerged as a key trend in Pro AV industry due to its flexible deployment, centralized management, and high scalability. Cypress Technology has successfully implemented this technology in multiple judicial institutions both in Taiwan and abroad, helping transform courtrooms into efficient and intelligent digital environments.During court proceedings, the ability to present evidence and critical information to judges and juries in a real-time, clear, and transparent manner is essential to ensuring a smooth trial. As a result, comprehensive AV equipment configuration is crucial. Modern courtrooms are typically equipped with high-resolution displays and document cameras to present various types of evidence and documents in real time. Through the professional AV integration solutions of Cypress Technology to enable rapid switching and synchronized display of multiple signal sources, ensuring clear information delivery and intuitive operation.In addition, Cypress Technology's judicial AV integration solution can transmit video and audio signals from identification rooms on different floors to the courtroom in real time. This supports remote interrogation applications, allowing witnesses or involved parties to complete appearance procedures without being physically present. Through high-quality video transmission and synchronized recording functions, the entire trial process can be fully preserved, enhancing the convenience and reliability of judicial operations.Furthermore, the system displays evidence and important information simultaneously on high-resolution equipment, allowing judges and juries to grasp key content in real time. By integrating remote video participation with evidence retention, the solution not only ensures information integrity but also enhances trial efficiency and overall workflow.Beyond judicial applications, Cypress Technology's professional AV solutions are widely utilized in high-performance corporate meeting rooms, command and control centers, smart manufacturing situation rooms, medical imaging transmission, as well as education and public display environments. Moving forward, Cypress Technology will continue to invest in the research and development of high-efficiency audiovisual technologies while integrating sustainability into its product design and manufacturing processes. Cypress Technology remains committed to providing stable and reliable solutions that enable smarter and more efficient audiovisual workflows across diverse applications.Evidence Presentation in Digital Courtroom. Credit: Cypress Technology

STMicroelectronics (NYSE: STM), a global semiconductor leader serving customers across the spectrum of electronics applications, today announced the expansion of its 800 VDC power conversion portfolio with two new advanced architectures: 800 VDC to 12V and 800 VDC to 6V. Developed according to the NVIDIA 800 VDC reference design, these new power conversion stages complement the previously introduced 800 VDC to 50V solution. The rapidly emerging 800 VDC data center architecture enables higher energy efficiency, reduces power losses, and supports more scalable, high compute density, infrastructure for hyperscalers and AI compute."As AI infrastructure compute scale continues to expand fast, it requires higher voltage distribution and greater density, which can only be achieved with system-level innovation for each of the different AI server form factors," said Marco Cassis, President, Analog, Power & Discrete, MEMS and Sensors Group Head of STMicroelectronics' Strategy, System Research and Applications, Innovation Office at STMicroelectronics. "With these new converters for 800 VDC power distribution, ST brings a complete set of solutions to support the deployment of gigawatt-scale compute infrastructure with more efficient, scalable, and sustainable power architectures."A complete 800 VDC ecosystem for the different AI server form factorsThe expansion to 12V and 6V output stages reflects the industry move toward different server architectures requiring different power delivery topologies depending on GPU generation, server height, form factor, and thermal envelope for large-scale training clusters, inference farms, and high-density AI infrastructures. The 50V, 12V, and 6V intermediate DC buses will all coexist in AI data centers depending on rack density, GPU configuration, and cooling strategy.The new 800 VDC to 12V converter enables high-efficiency distribution from rack-level power shelves directly to the voltage domains that feed advanced AI accelerators.The new 800 VDC to 6V path allows OEMs to reduce the number of conversion stages and move the 6V bus closer to the GPU. This reduces copper usage, minimizes resistive losses, and improves transient performance, a critical differentiator for large-scale training clusters.Back in October 2025, STMicroelectronics introduced a fully integrated prototype power？delivery system showcasing a compact GaN？based LLC converter operating directly from 800 V at 1 MHz with over 98% efficiency and exceptional power density in a smartphone？sized footprint exceeding 2,600 W/in³ at 50 V. The three solutions combine ST technologies across power semiconductors (silicon, SiC, GaN), analog and mixed-signal, and microcontrollers. Technical highlights of the new 12V and 6V architecturesDirect 800 VDC to 12V high-efficiency conversion:Eliminates the traditional 54V intermediate stage, reducing conversion steps and system-level losses. Enables higher rack-level efficiency, lower copper usage, and simplified integration for future GPU generations. Includes newly developed high-density power delivery board (PDB) achieving efficiency targets exceeding the sum of previous two-stage conversion paths.800 VDC to 6V architecture for GPU-nearing conversion:Is designed for system builders who require power stages closer to the GPU, minimizing IR drop and improving response under fast load transients.Completes the topology portfolio for servers with ultra dense GPU configurations.Additional technical information at the site.

AI EXPO Taiwan 2026, the premier annual technology event in Asia, concluded with record-breaking success at the Taipei Expo Dome. Organized by DIGITIMES in collaboration with IC Radio Broadcasting, College of Intelligent Computing and Quantum Information of Chung Yuan Christian University, the National Development Council, and the Taipei Expo Foundation, the event’s fifth anniversary marked a historic milestone under the theme "AI·X: Infinite Cross-Domain."AI EXPO Taiwan 2026 saw a staggering 93% year-on-year increase in registrations, surpassing 50,000 attendees. Featuring 300 premier brands and more than 350 enterprise AI solutions and autonomous agents, the event solidified Taiwan's position as the mission control of the global AI supply chain.National Strategy Meets Urban GovernanceThe opening day was graced by Vice President Bi-khim Hsiao and Taipei Mayor Wan-an Chiang, signaling that AI development has ascended to the level of national security and strategic priority.Colley Hwang, Chairman of DIGITIMES and IC Broadcasting, highlighted that Taiwan's electronics industry has reached a staggering output of $1.18 trillion USD. With over 90% of the world's AI servers now manufactured by Taiwanese firms, the nation has solidified its indispensable role at the core of the global supply chain, marking what is currently the strongest era in Taiwan's industrial history.Mayor Chiang highlighted Taipei's leadership as the first city in Taiwan to implement AI governance guidelines, noting that AI-powered municipal services have boosted the efficiency of the 1999 Citizen Hotline by 90%, providing a blueprint for AI-driven urban management.The event also demonstrated powerful momentum through the active participation of various local governments. Chiu Chao-mei, Director of the New Taipei City Youth Bureau, led a cohort of promising startups to showcase their innovations. Meanwhile, Chang Cheng, Director of the Taoyuan City Economic Development Bureau, engaged in high-level exchanges regarding industrial upgrading. Additionally, the Hsinchu County Government organized a professional delegation for an on-site study tour. Together, these initiatives highlight the seamless integration between Taiwan’s strategic tech corridor and the burgeoning AI ecosystem.Market Dynamics: Inference, Autonomous Agents, and Physical AIThe DIGITIMES Research Center revealed a critical shift in computing power toward inference. Global high-end AI server shipments (equipped with HBM) are projected to reach 1.914 million units, representing 67.5% year-on-year growth, as supply chain bottlenecks for components and system assembly continue to ease.Industry leaders identified 2026 as the "Year One" for AI killer applications:AI Agents: Microsoft Taiwan and IBM Taiwan showcased the transition to an era where humans lead and agents execute. Solutions ranging from Dell's "AI Factory" to 91APP's retail agent platform signal that AI has moved beyond proof of concept (PoC) into full-scale commercialization.Physical AI: Advantech and Innodisk demonstrated the integration of Edge AI and robotics, enabling real-time computing and functional safety in industrial environments.Quantum Frontiers:Prof. Ching-Ray Chang, Director of CYCU Quantum Information Center, joined experts from Google and NVIDIA to discuss "Quantum-HPC Integration" and warned of potential "Q-Day" security risks, urging organizations to accelerate adoption of post-quantum cryptography (PQC).Credit: DIGITIMESCross-Domain Synergy: From K-POP to Humanistic ValuesThe expo transcended technical boundaries by merging the entertainment economy with philosophical reflection. Lim Seul-ong, a member of the legendary Kpop group 2AM, appeared as Chief Creative Officer of INIP to discuss how AI and XR are reshaping K-POP's business models.In the realm of content, the "Creator Influence Awards" - jointly organized by DIGITIMES, IC Broadcasting, and DailyView - honored PanSci as "Creator of the Year," recognizing the vital role of scientific literacy in the AI era.The event concluded with a keynote by renowned artist Shih-Yi Yang titled: "This is Not AI: Seeing the Beauty of the Real World." Yang offered a poignant reminder: "Salt crystallizes through the sun; humans find clarity through stillness." He urged the audience to reconsider the value of time in an age where AI maximizes technical efficiency.Looking Forward: Leading the Global WaveFrom "Standing in the Future" in its first year to "Infinite Cross-Domain" in its fifth, AI EXPO Taiwan has evolved into a global catalyst for innovation. AI EXPO Taiwan 2026 proves that Taiwan remains at the heart of AI innovation and global influence. We thank our international partners for their incredible support. We look forward to welcoming you back in 2027 as we continue to push the boundaries of what's possible.

The global helium market is currently facing an unprecedented supply shock, driven by geopolitical instability in the Middle East. As of March 2026, disruptions at Qatar's Ras Laffan Industrial City, the world's largest helium production complex and the effective closure of the Strait of Hormuz to Western commercial shipping have removed approximately 30% to 38% of global helium output from the market .This crisis presents a severe, immediate risk to the semiconductor fabrication and high-capacity storage manufacturing sectors, which are heavily concentrated in the Asia-Pacific region, particularly in Taiwan, South Korea, and mainland China.For trade executives and procurement leaders in Greater China, the situation demands urgent reassessment of supply chain resilience. Helium is a finite, non-renewable, and irreplaceable gas critical to advanced technology manufacturing. With regional inventories estimated at roughly six months for major semiconductor fabricators and significantly less for other sectors, the window for strategic mitigation is rapidly closing.Production Halts and Logistics BottlenecksHelium is not synthesized, it is extracted almost exclusively as a byproduct of natural gas processing . This makes Qatar the dominant supplier outside the United States, responsible for roughly one-third of the world's 190 million cubic meters of annual helium production. On March 2, 2026, Qatar Energy declared force majeure, halting liquefied natural gas (LNG) processing and, consequently, helium extraction. There is currently no confirmed timeline for the facility's restart.Compounding the production halt is a severe logistics bottleneck. Helium from the Middle East must be exported by sea through the Strait of Hormuz, transported in specialized cryogenic ISO containers maintained at -268.9°C. The strait is now effectively closed to Western commercial shipping. Major carriers have suspended crossings, rerouting vessels around the Cape of Good Hope. This diversion adds 3,500 nautical miles, 10 to 14 days of transit time, and approximately $1 million in fuel costs per voyage. Crucially, because liquid helium continuously boils off during transit, extended journey times directly reduce the volume of usable product that arrives at Asian ports.Regional ExposureThe Asia-Pacific region is the epicenter of global semiconductor and electronics manufacturing, making it highly vulnerable to this supply shock. South Korea, home to memory giants Samsung and SK Hynix, imported 64.7% of its helium from Qatar in 2025. Taiwan faces similar structural risks, relying heavily on Qatari imports to sustain its foundry operations, led by TSMC. Mainland China is also highly exposed. In 2025, China imported over 4,924 tonnes of helium, with domestic production covering only a fraction of its needs, relying heavily on Qatar and Russia as primary suppliers.While Japan has a more diversified supply chain, drawing roughly half of its helium from the United States, the broader regional reliance on Middle Eastern supply creates a systemic vulnerability. The semiconductor industry accounts for approximately 24% of total global helium consumption, a figure projected to rise to 30% by 2030 as advanced manufacturing processes become more helium-intensive.The Hard Disk Drive CrisisBeyond semiconductors, the helium shortage directly impacts enterprise storage infrastructure. Every hard disk drive (HDD) with a capacity of 10TB or higher is hermetically sealed with helium. Helium is seven times less dense than air, reducing internal turbulence and allowing manufacturers to pack more platters into a single drive. This enables higher storage capacities, lower power consumption, and reduced operating temperatures, a critical factors for hyperscale data centers.The HDD market was already constrained prior to the Ras Laffan shutdown. Leading manufacturers, including Seagate and Western Digital, have reported that their 2026 nearline production is fully allocated, with prices for high-capacity drives surging by 20% to 50% since mid-2025. The current helium crisis guarantees further price escalation and severe availability constraints for models such as the Seagate Exos (20TB–32TB) and WD Ultrastar (24TB–26TB) series.How to Protect Your HDD Supply Chain1. Audit your current HDD inventory. Identify every drive 10TB and above in active inventory, customer BOMs, and open orders. Treat all of them as helium-sealed.2. Contact your Fusion representative about available allocation on affected Seagate Exos and WD Ultrastar models listed in this report.3. Evaluate forward positioning and buffer buying. The window to secure inventory at pre-shortage pricing is closing. Teams that moved early on T-glass and pandemic-era GPU shortages captured measurable value. The same dynamic is in play here.4. Monitor the Strait of Hormuz and Ras Laffan status. Every week without resolution extends the depletion timeline. The six-month semiconductor inventory buffer is active and counting down.5. Keep your eye on supply chain risk. Demand for market intelligence on raw materials has increased significantly since the T-glass situation. This is an opportunity to provide direct value and differentiate from competitors who are not tracking these inputs.Stay Ahead of the Storage and Memory Market ShiftIn a market defined by volatility and vanishing visibility, success depends on how quickly you can act, and who you trust to guide you. At Fusion Worldwide, we help procurement teams make faster, more informed decisions with real-time data, global sourcing expertise, and direct access to components through our new E-Commerce platform. Whether you are navigating constraints HDD models or preparing for what’s next, staying ahead starts with seeing the full picture.Create your Fusion account to access tools that help you act with clarity, not just urgency.(Article Sponsored by Carissa Ng, Vice President of Sales, APAC, Fusion Worldwide)

Tescan  announced the official opening of its upgraded Tescan Korea Demo Lab & Office in Seoul, bringing together its relocated Korea office and enhanced demo lab capabilities in one integrated site. The new platform is designed to strengthen customer engagement in Korea and support semiconductor and academic users through demonstrations, training, and workflow discussions.Korea's semiconductor ecosystem continues to advance around AI-driven memory and advanced packaging. As high-bandwidth memory (HBM) and more complex package architectures scale, teams face increasing pressure to accelerate failure analysis (FA), reliability, and validation workflows while maintaining consistent, decision-ready results."APAC remains a key growth region for Tescan, and Korea is a strategic investment focus as the ecosystem scales AI memory capacity, including HBM, and advanced packaging," said Pavel Sustek, Chief Financial Officer, Tescan. "Our upgraded Seoul site is a direct investment in strengthening Tescan's customer-facing platform in Korea and in supporting semiconductor, materials science, and academic users."The Korea Demo Lab and Office will serve as a regional hub for evaluations, training, and technical discussions , while connecting with Tescan's global Demo Lab network. "By combining office and demo lab functions in one site, we have a stronger platform for customer discussions, workflow validation, and regional engagement," said Sean Lee, Managing Director, APAC, Tescan.The opening ceremony featured a ribbon-cutting attended by H.E. Ivan Jancarek, Ambassador of the Czech Republic to the Republic of Korea, along with Tescan leadership and representatives from the microscopy community. Attendees included Jong-Seok Yeo, President of the Korea Society of Microscopy (KSM). Their participation reflects the importance of methodology standardization, talent development, and collaboration between industry and academia.

The global supply chain is currently undergoing a radical shift. The traditional model of reactive logistics is being replaced by "Next-Gen Infrastructure", a system that isn't just connected, but is inherently intelligent and verifiable. At the heart of this evolution are two technologies often discussed in isolation but increasingly deployed in tandem: Artificial Intelligence (AI) and Blockchain. These technologies allow supply chains to stay ahead of the curve.AI: The Engine of Predictive LogisticsAi serves as the cognitive layer of modern infrastructure. In the context of the global supply chain, machine learning models process massive datasets, from satellite imagery of port traffic to real-time weather patterns. This proactive stance allows for "agentic" logistics, where AI systems autonomously reroute cargo or adjust manufacturing schedules in response to a geopolitical shift or a semiconductor shortage. However, AI faces a critical vulnerability: the "garbage in, garbage out" dilemma. For an AI to make mission-critical decisions, the data it consumes must be untampered, transparent and verifiable by trusted means.Blockchain: Ensuring Data Integrity and TrustThis is where Blockchain proved the essential spine for AI's brain. By creating a decentralized, immutable ledger, blockchain ensures that every stakeholder in the supply chain, from the raw material miner to the final electronics assembler, is looking at the same single source of truth and verifiable information.Blockchain's utility extends beyond simple tracking: it facilitates the automation of trade finance through smart contracts. As these decentralized systems become standard for enterprise resource planning, the bridge between physical goods and digital assets strengthens.For instance, as firms look to settle cross-border payment instantly or hedge against currency volatility using stablecoins, understanding the logistics of digital finance such as how to get crypto on Kraken, has transitioned from a niche IT interest to a strategic treasury requirement.The Synergy of a Real World ApplicationWhen combined and used in sync, AI and Blockchain technologies create a "Digital Twin" of the global supply chain that is both smart, secure and trusted by major companies.The scenario: An AI detected an impending delay at a major shipping hub.The response: The AI proposes an alternative route.The verification: A blockchain-based smart contract automatically updates the bill of lading, triggersinsurance adjustments, and notifies all parties of the change with a cryptographic timestamp.This dual-stack approach also solves the growing demand for ESG (Environmental, Social and Governance) transparency. While Blockchain proved the "Country of Origin" for minerals, AI can simultaneously calculate the real-time carbon footprint of the journey, providing a verifiable audit trail for regulators.Building for the Future and BeyondThe convergence of AI and Blockchain is no longer a theoretical exercise, it is the prerequisite for resilience in an era of global volatility. For the semiconductor and tech industries, this means designing hardware that can handle the computational load of AI alongside the cryptographic demands of a distributed ledger. Organizations that fail to integrate these complementary forces will find themselves operating with a "blind" brain or a "brittle" spring.