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Tuesday 4 November 2025
Navigating Supply Chains When Governments Intervene
In late September 2025, three national governments enacted coordinated measures affecting Nexperia, a global semiconductor manufacturer recognized for its MOSFETs and small-signal discretes. The United States expanded export controls to include Wingtech Technology, Nexperia's parent company based in China. China introduced its own export restrictions impacting domestic manufacturing operations. Meanwhile, the Netherlands invoked the Goods Availability Act, resulting in the temporary suspension of the company's CEO and the transfer of shareholder voting rights to independent oversight.These combined actions significantly disrupted Nexperia's global production capacity, with nearly half of operations affected within days. Authorized distributors paused quotations, while brokers reported elevated pricing on remaining inventory. Buyers across the automotive, industrial, and consumer electronics sectors began urgently seeking alternative sources for critical components, with lead times extending into Q4 2025.This disruption was not the result of natural disasters or market-driven imbalances. Rather, it stemmed from a series of deliberate, cross-border regulatory interventions that had an immediate and substantial impact on commercial operations.Political Risk Now Comes From EverywhereThe Nexperia episode illustrates a fundamental shift in geopolitical risk. It no longer originates only in politically unstable regions but from the world's most advanced economies often concurrently. The United States, the European Union, and China are increasingly using trade policy, export controls, and corporate oversight as instruments of national strategy.This trend has been building. U.S. tariff policy shifted repeatedly throughout 2024 and 2025. Ocean freight rates from Shanghai to the U.S. rose 42% between December 2024 and January 2025. In August 2025, the U.S. implemented a 40% tariff on transshipped goods containing significant inputs from higher-tariff jurisdictions.For procurement teams, the assumption that stable trade corridors guarantee supply continuity is no longer valid. Risk is embedded in the structure of global commerce itself.The Nexperia Ripple EffectMajor contract manufacturers immediately assessed their exposure to Nexperia components. Regional responses varied. As highlighted by our recent article: Nexperia Supply Chain Update 2025, distributors in China halted quotations pending clarity on factory shipments. European distributors began segmenting inventory by country of origin to manage compliance exposure. In Asia, brokers reported active trading, accompanied by panic buying.Qualified alternatives from suppliers could not immediately absorb demand. Requalification cycles for automotive and industrial applications introduce delays that cascade into production stoppages. Even minor component shortages can trigger costly engineering reviews and line downtime.The New Normal of Government-Led DisruptionIn August 2025, global trade policy uncertainty reached 21 times its historical average surpassing even pandemic-era volatility. This is not a temporary anomaly. National security concerns, industrial policy, and strategic decoupling are driving sustained government intervention in commercial supply chains.Companies that continue to optimize solely for cost will face repeated disruptions. Those that embed resilience, transparency, and agility into their sourcing strategy will maintain operational continuity amid escalating uncertainty.The Nexperia event is not an outlier. It is a preview of a future where supply chains are treated as instruments of national interest and subject to sudden, coordinated intervention.Strategic Actions for Procurement Teams1. Diversify the supply base. Overreliance on a single supplier creates acute vulnerability, as demonstrated by the sudden unavailability of Nexperia components across multiple regions.2. Monitor early indicators of supply stress. Extended lead times, increased quote rejections, and pricing premiums, particularly for non-China-sourced parts, often signal tightening availability before formal shortages are announced.3. Cultivate executive-level supplier relationships. During allocation events, suppliers prioritize customers with established strategic partnerships, providing earlier visibility and preferential access to constrained inventory.4. Enhance supply chain transparency. Conduct comprehensive mapping of component exposure across all product lines to identify parts with limited alternatives or extended qualification cycles.5. Pre-qualify alternative sources. Waiting until allocation notices arrive places organizations at a significant disadvantage. Proactive evaluation of substitutes during design or routine reviews ensures readiness when disruptions occur.Secure Your Supply Chain Before the Next DisruptionWhen governments intervene or suppliers face sudden restrictions, having verified alternatives and real-time intelligence keeps your production running.Fusion Worldwide operates a global sourcing network with offices across North America, Europe, and Asia. Our e-commerce platform gives you 24/7 access to verified component inventory, transparent country-of-origin data, and alternative sourcing options when primary suppliers face constraints.Whether you need Nexperia alternatives, automotive-grade discretes, or hard-to-find components, our team provides the visibility and supply chain intelligence that helps you make confident decisions before shortages impact your bottom line.Visit www.fusionww.com to access real-time component availability and protect your production continuity.(Article written by Wei Liang Leu, Senior Director of Purchasing, APAC, Fusion Worldwide)
Monday 3 November 2025
Korean National Assembly to Host Global AI and Semiconductor Cooperation Strategy Seminar
As artificial intelligence (AI) and semiconductors become central to the intensifying U.S.–China tech rivalry, and rare earth resource challenges elevate their strategic importance, the Office of National Assembly Member Song Seok-jun will host a high-level seminar titled "Global AI and Semiconductor Cooperation Strategy" on November 10, 2025 (Monday), from 9:30 AM to 11:30 AM at the National Assembly Library Grand Auditorium.The seminar will be co-hosted by Mr. Colley Hwang, Chairman of Taiwan's DIGITIMES Group, and Professor Sung Soo Eric Kim, Founder of Datacrunch Global, Adjunct Professor at Yonsei University Graduate School of Business, and Visiting Professor of AI Strategy at National Taiwan University.DIGITIMES is the world's largest semiconductor-focused media and research institution, co-founded by Morris Chang (Founder of TSMC) and Stan Shih (Founder of Acer). Chairman Colley Hwang is a globally recognized semiconductor strategist who has advised CEOs of leading ICT companies worldwide.Professor Eric Kim is a renowned authority in global AI strategy and a key figure in building semiconductor and AI cooperation networks across Korea, the United States, Japan, and Taiwan.This seminar marks a significant diplomatic and strategic occasion, with Taiwan's Ministry of Foreign Affairs dispatching an official envoy to participate. The event is expected to convene 300 attendees from government, industry, and academia to explore new pathways for international collaboration in emerging technologies.The event will take place on Monday, November 10, 2025, from 9:30 AM to 11:30 AM at the Grand Auditorium of the National Assembly Library, which accommodates up to 300 attendees. Registration is available via Google Form. For inquiries, please contact Professor Sung Soo (Eric) Kim.Korean National Assembly to Host Global AI and Semiconductor Cooperation Strategy Seminar. Credit: DIGITIMES
Monday 3 November 2025
MaxEpic: Leading AI Power Delivery with Revolutionary Chiplet Technology
MaxEpic, a nascent but rapidly advancing chiplet semiconductor startup based in Canada, is spearheading the development of next-generation fully-integrated power delivery and power integrity solutions crucial for the escalating demands of AI systems.Founder and CEO Dr. Jerry Zhai is a seasoned veteran who has accumulated over two decades of experience in semiconductor technologies, product development, and business development with companies such as Analog Devices, Samsung Semiconductor and Renesas."AI has made a tremendous inroad in our industry from component to system level. The technology we have developed is a highly integrated power delivery chiplet that can address the new and rigorous demand of AI systems," said Zhai. "That is a fundamental force which drove us to start up this company."The company, which began its focused development just about two years ago, is moving swiftly. Already, the company has successfully engaged with multiple major AI industry players, including large-scale hyperscalers, AI machine makers, semiconductor companies, and manufacturing partners, underscoring the immediate industry relevance of their solution.Addressing the AI Power and Thermal CrisisThe dramatic advancements in AI hardware, such as GPUs, CPUs, and High Bandwidth Memory (HBM), have resulted in an unprecedented power dilemma. Dr. Zhai points out that the electrical current drawn by these components has increased three to five times over prior generations.Modern CPUs, for instance, can consume up to 1,000 Amperes at a very low voltage of around 0.7 volts. The voltage for HBM continues todecrease. For example, the I/O voltage is down to 0.4V now to meet the low latency and high speed of data transmitting. The layer stack up of HBM that has increased up to 12 layers to meet workload demands has raised the HBM current consumption and density dramatically. This extreme current level and super high density create immense systemic challenges, including thermal dissipation issues and limits on I/O ports.MaxEpic's innovative power delivery method trademarked as Ivy-ChipletTM is a fundamental solution to this challenge. It utilizes a proprietary IP to perform high-efficiency voltage conversion. Instead of drawing 0.7 volts directly, the device can effectively take a voltage that is twice or three times higher, such as 1.4 volts or 2.1 volts. In HBM I/O power which needs 0.4V, the voltage converstion ratio is 5-to-1 or 6-to-1 and the input voltage become 2.0V or 2.4V As a consequence of this voltage conversion, the current flowing into the device is instantly reduced by half, two-thirds or even less, depending on the designed voltage conversion . This significant reduction in current directly alleviates the problems of I/O port limit and thermal challengess by dramatically reducing power loss along the delivery path. The efficiency of MaxEpic's technology is remarkable, achieving up to 97% with its proprietary power streaming circuitsTechnological Edge and Versatile ApplicationsThe Chiplet's design offers significant flexibility in integration. It can be used as a standalone device or be seamlessly integrated directly into the AI device's package using contemporary 3D packaging technology.MaxEpic's device is implemented using FinFET nodes, designed to be fully compatible with more advanced nodes like 7 nanometer, 5 nanometer, or even lower. This compatibility with cutting-edge process technology is vital, as the more advanced a chip is, the more efficient its power management needs to be.The high efficiency, excellent thermal properties, and dimensional profile of MaxEpic's solution expand its potential beyond high-performance computing (HPC) and data centers. The technology can address systems requiring high degrees of integration and size reduction in three dimensions. Potential applications include next-generation AI glasses, which have a huge demand for high integration, small size and low profile, and Electric Vehicle (EV) systems, which benefit from the high reliability the technology offers.Founder and CEO Dr. Jerry Zhai, MaxEpic. Credit: MaxEpic