ASC Global Component Compass banner highlighting the latest semiconductor and electronics industry developments. Featured stories include SK hynix and NVIDIA's multi-year AI memory alliance, AMD's £2 billion investment in the UK AI ecosystem, SK hynix's accelerated DRAM expansion for AI demand, onsemi's response to SiC market pressures, Infineon's manufacturing optimization in Tijuana, and Google and NVIDIA's exploration of Intel as a strategic manufacturing backup. The banner promotes industry insights, supply chain trends, manufacturing updates, and emerging technology news affecting the global electronics market.

Last Updated: 6/9/26

SK hynix and NVIDIA Forge Multi-Year AI Memory Alliance

SK hynix and NVIDIA have signed a multi-year technology partnership to develop next-generation memory solutions for AI factories and global data centers. The agreement strengthens SK hynix’s position as NVIDIA’s leading memory supplier while supporting expanding AI workloads across supercomputers, robotics, personal AI, and cloud infrastructure. The collaboration aims to secure long-term memory supply amid persistent AI-driven semiconductor demand.

Illustration representing SK Group's reassessment of a potential sale of SK Siltron as growing AI-driven demand increases the strategic importance of semiconductor supply chains. The image highlights silicon wafer manufacturing, semiconductor production, and the expanding role of AI infrastructure in shaping investment and business decisions across the global electronics industry.
Illustration representing SK Group's reassessment of a potential sale of SK Siltron as growing AI-driven demand increases the strategic importance of semiconductor supply chains. The image highlights silicon wafer manufacturing, semiconductor production, and the expanding role of AI infrastructure in shaping investment and business decisions across the global electronics industry.

AMD Commits £2 Billion to Strengthen UK AI Ecosystem

AMD plans to invest up to £2 billion in the United Kingdom over the next five years to accelerate AI research, advanced computing, and workforce development. The initiative includes partnerships with universities, AI infrastructure projects, and next-generation computing programs, supporting the UK’s goal of expanding sovereign AI capabilities and strengthening its position as a global technology leader.

SK hynix Accelerates DRAM Expansion to Meet AI Demand

SK hynix is reportedly accelerating its Yongin semiconductor cluster expansion and plans to nearly double DRAM wafer capacity to approximately 1 million wafers per month by 2030. Driven by surging AI and HBM demand, the company aims to strengthen supply, support next-generation memory production, and maintain leadership in the rapidly growing AI infrastructure market.

Illustration representing SK Group's reassessment of a potential sale of SK Siltron as growing AI-driven demand increases the strategic importance of semiconductor supply chains. The image highlights silicon wafer manufacturing, semiconductor production, and the expanding role of AI infrastructure in shaping investment and business decisions across the global electronics industry.
Illustration representing SK Group's reassessment of a potential sale of SK Siltron as growing AI-driven demand increases the strategic importance of semiconductor supply chains. The image highlights silicon wafer manufacturing, semiconductor production, and the expanding role of AI infrastructure in shaping investment and business decisions across the global electronics industry.

onsemi Faces SiC Pressure Amid Planned Czech Workforce Reduction

onsemi is reportedly planning up to 300 job cuts at its Czech semiconductor facility as competition from lower-cost Chinese silicon carbide (SiC) suppliers intensifies. The restructuring reflects growing pricing pressure in the EV and power electronics markets, where Chinese manufacturers are rapidly expanding capacity and challenging established global SiC producers.

Infineon Repositions Tijuana Operations for Long-Term Manufacturing Efficiency

Infineon will gradually transfer backend production from its Tijuana, Mexico facility to other locations within its global manufacturing network over the coming years. The move aims to improve scalability, productivity, and long-term competitiveness while maintaining uninterrupted customer supply. The site’s wafer sawing, assembly, and testing operations will continue during the transition as future options for the facility are evaluated.

Illustration representing SK Group's reassessment of a potential sale of SK Siltron as growing AI-driven demand increases the strategic importance of semiconductor supply chains. The image highlights silicon wafer manufacturing, semiconductor production, and the expanding role of AI infrastructure in shaping investment and business decisions across the global electronics industry.
Illustration representing SK Group's reassessment of a potential sale of SK Siltron as growing AI-driven demand increases the strategic importance of semiconductor supply chains. The image highlights silicon wafer manufacturing, semiconductor production, and the expanding role of AI infrastructure in shaping investment and business decisions across the global electronics industry.

Google and NVIDIA Explore Intel as Strategic Manufacturing Backup

Google and NVIDIA are reportedly evaluating Intel as an alternative manufacturing partner as AI-driven demand strains global semiconductor capacity. Google has reportedly ordered more than three million AI Tensor Processing Units (TPUs) from Intel for 2028 production, while NVIDIA is assessing Intel’s packaging and process technologies for future designs. The move reflects growing efforts to diversify supply chains beyond TSMC, strengthen manufacturing resilience, and support expanding AI infrastructure demand.

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Illustration representing SK Group's reassessment of a potential sale of SK Siltron as growing AI-driven demand increases the strategic importance of semiconductor supply chains. The image highlights silicon wafer manufacturing, semiconductor production, and the expanding role of AI infrastructure in shaping investment and business decisions across the global electronics industry.

SK Group Reassesses SK Siltron Sale Amid AI Supply Growth

SK Group is reportedly reconsidering the sale of SK Siltron as the strategic value of semiconductor wafers rises within the AI chip supply chain. Growing demand for AI infrastructure has increased the importance of securing key semiconductor materials, prompting a review of whether retaining SK Siltron could provide greater long-term value than divestment.

Graphic highlighting Vishay's introduction of a compact power module designed for 48V electric vehicle systems. The image features automotive power electronics, efficient power conversion technology, and advanced semiconductor solutions that support improved energy management, reduced system size, and enhanced performance in modern EV and hybrid vehicle applications.

Vishay Introduces Compact Power Module for 48V EV Systems

Vishay has launched the VS-HOT200C080, a 200A power module designed for 48V traction inverters in light electric vehicles and mild-hybrid systems. The solution reduces board space by up to 15% and lowers conduction losses by 32% through ultra-low-resistance MOSFETs. Its compact, automotive-qualified design supports improved efficiency, reliability, and power density in next-generation electrified vehicle platforms.

Graphic showcasing Infineon's industry-first 750V bidirectional silicon carbide (SiC) switch solution. The image highlights advanced power semiconductor technology designed for efficient bidirectional power flow, supporting applications such as energy storage systems, EV charging infrastructure, renewable energy, and industrial power conversion with improved efficiency and reduced system complexity.

Infineon Unveils Industry-First 750V Bidirectional SiC Switch Solution

Infineon has introduced the industry’s first 750V silicon carbide bidirectional switch based on its CoolSiC™ G2 technology. Designed for solid-state circuit breakers, battery disconnects, and advanced power conversion systems, the device reduces conduction losses, improves efficiency, and simplifies system design. The innovation supports higher power density and reliability for electric vehicles, renewable energy, and industrial power applications.

Graphic highlighting the ScioSense UFC23 smart metering solution, engineered for high-precision flow measurement with ultra-low power consumption. The image emphasizes advanced sensing technology for smart utility meters, enabling accurate monitoring of water and energy usage, extended battery life, reliable data collection, and improved efficiency in residential, commercial, and industrial metering applications.

ScioSense UFC23 Delivers Precision Smart Metering With Minimal Power

ScioSense has launched the UFC23, a fourth-generation ultrasonic flow converter designed for smart water, heat, and gas meters. The device combines high-precision flow measurement with ultra-low power consumption, featuring just 0.8µA standby current. Its CPU-free front-end architecture gives OEMs greater design flexibility while extending battery life and improving accuracy for next-generation smart metering and leak-detection applications.

Graphic highlighting Mouser Electronics' expanded availability of TDK automotive transformer solutions. The image showcases advanced transformer technology designed for automotive applications, supporting reliable power conversion, electrical isolation, and efficient energy management in electric vehicles, hybrid systems, onboard chargers, and other next-generation automotive electronics.

Mouser Expands Access to TDK Automotive Transformer Solutions

Mouser Electronics is now offering TDK’s AMT45S automotive transformer, designed for high-voltage isolated power supplies in electric vehicles and industrial applications. The compact component delivers reinforced insulation, high efficiency, and reliable operation under demanding conditions. Its automotive-grade design supports advanced power conversion systems, helping engineers improve safety, power density, and overall system performance in next-generation electrified platforms.

Graphic highlighting the collaboration between Infineon and Siemens to advance electrical protection systems using silicon carbide (SiC) technology. The image features next-generation power semiconductors designed to improve energy efficiency, switching performance, and system reliability in industrial power distribution, renewable energy installations, EV infrastructure, and smart electrical networks.

Infineon and Siemens Advance Electrical Protection Using SiC Technology

Infineon and Siemens Smart Infrastructure have partnered to enhance electrical protection systems through silicon carbide (SiC) technology. By integrating Infineon’s CoolSiC™ devices into Siemens’ solid-state circuit breakers, the collaboration improves switching speed, energy efficiency, and system reliability. The solution supports smarter, more resilient power distribution networks for data centers, industrial facilities, and next-generation electrical infrastructure.

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