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Siltronic AG reported a subdued start to 2026, with Q1 performance reflecting ongoing inventory corrections and uneven demand across semiconductor end markets.
Revenue for the quarter declined to €306.5 million, down 17.5% sequentially, primarily due to lower wafer volumes and unfavorable product mix. EBITDA reached €65.1 million, with a margin of 21.2%, down from 23.3% in the previous quarter. The company recorded a net loss of €66.8 million, reflecting reduced sales and continued high depreciation from recent capacity investments.
Operationally, the decline was partly attributed to prior shipment pull-ins into Q4 2025, as well as persistent high inventory levels—particularly in the 200 mm wafer segment, which is closely tied to power semiconductor applications. While AI-driven demand continues to show strength, especially for 300 mm wafers, capacity constraints at memory customers and weak legacy segments are offsetting growth momentum.
Cash flow dynamics also highlight ongoing investment pressure. Free cash flow turned negative at €-89.2 million due to continued capital expenditures, and net financial debt increased to €935.5 million. These trends reflect the capital-intensive nature of wafer manufacturing, particularly as Siltronic ramps its 300 mm capacity.
From a market perspective, the results underscore a clear bifurcation: strong demand linked to AI and advanced nodes versus ongoing weakness in power and legacy nodes driven by inventory correction. This is particularly relevant for the power semiconductor ecosystem, where 200 mm wafers remain a key substrate.
Looking ahead, Siltronic maintains its 2026 guidance, expecting a challenging environment marked by pricing pressure, currency headwinds, and continued inventory normalization. However, structurally, long-term demand drivers—including AI, electrification, and digitalization—remain intact, supporting future wafer demand recovery once inventory levels normalize.
Overall, Siltronic’s performance reflects a transitional phase in the semiconductor cycle, with short-term headwinds masking strong long-term fundamentals in both advanced logic and power semiconductor markets.
Original – Siltronic
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onsemi and Geely Auto Group have expanded their strategic collaboration to accelerate next-generation electric vehicle development, with a focus on high-voltage architectures and system-level integration.
The partnership centers on deeper adoption of onsemi’s EliteSiC technology across Geely’s SEA-S (Sustainable Experience Architecture – Super Hybrid) platform. These silicon carbide solutions enable the transition to 900V EV architectures, delivering higher efficiency, improved power density, and enhanced thermal performance.
From a system perspective, the move to 900V platforms represents a significant step forward in EV design. Higher voltage allows more efficient power transfer with reduced losses, translating into faster charging times, extended driving range, and more consistent performance under demanding conditions. onsemi’s SiC devices play a key role by supporting high-voltage operation with improved efficiency and reliability.
The collaboration also reflects a broader industry shift toward earlier and deeper semiconductor involvement in vehicle design. By working at the platform level, onsemi and Geely can optimize system architecture, accelerating development cycles and improving overall vehicle performance.
Strategically, this partnership strengthens onsemi’s position in the fast-growing SiC automotive market, while enabling Geely to enhance competitiveness in next-generation EV platforms. The integration of EliteSiC into Geely’s electric drive systems supports key performance improvements, including higher acceleration, reduced charging time, and better energy efficiency.
From a market standpoint, the announcement highlights the accelerating transition toward 800V–1000V EV architectures, a critical trend as automakers seek to meet increasing performance expectations and charging infrastructure demands. It also underscores the growing importance of close collaboration between semiconductor suppliers and OEMs in shaping future vehicle platforms.
Original – onsemi
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onsemi has expanded its long-term collaboration with NIO Inc. to support the transition to next-generation 900 V electric vehicle architectures, leveraging its EliteSiC technology.
The partnership builds on an existing multi-year relationship, evolving from earlier 400 V platforms to advanced 900 V systems. onsemi’s EliteSiC enhanced M3e technology will be deployed across NIO’s upcoming vehicle lineup, including flagship models such as the ES9, which will be showcased at the 2026 Beijing Auto Show.
From a technology standpoint, the EliteSiC platform delivers improved switching performance and reduced energy losses, particularly through enhanced body diode characteristics. This translates into higher drivetrain efficiency, better thermal performance, and increased system robustness. End-user benefits include extended driving range, faster charging times enabled by high-voltage architectures, and more consistent vehicle performance under demanding conditions.
Strategically, this collaboration highlights the industry-wide shift toward higher-voltage EV platforms (800 V–1000 V), which are becoming essential for enabling ultra-fast charging and improving overall system efficiency. It also reflects a broader trend of deeper system-level collaboration between automakers and semiconductor suppliers, moving beyond component sourcing toward co-development of powertrain architectures.
From a market perspective, onsemi continues to strengthen its position in the automotive SiC segment, competing with major players such as Infineon, STMicroelectronics, and Wolfspeed. Partnerships like this are critical for securing long-term design wins in EV platforms, where semiconductor content per vehicle is rapidly increasing.
Overall, the expanded agreement reinforces the growing importance of silicon carbide in next-generation EVs and underscores how close OEM–supplier alignment is becoming a key competitive differentiator in the electrification landscape.
Original – onsemi
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Renesas Electronics Corporation reported its financial results for the first quarter of 2026, demonstrating strong profitability and margin performance despite ongoing portfolio adjustments.
On a Non-GAAP basis, Renesas recorded revenue of ¥372.3 billion, with a gross margin of 59.2% and operating margin of 33.7%. Profit attributable to shareholders reached ¥102.9 billion, while EBITDA stood at ¥146.2 billion, reflecting robust operational efficiency.
On an IFRS basis, revenue was slightly higher at ¥380.3 billion, with gross margin at 58.7% and operating margin at 23.8%. Net profit attributable to shareholders totaled ¥68.1 billion, with EBITDA of ¥138.0 billion.
The difference between Non-GAAP and IFRS results primarily reflects adjustments for non-recurring items, including amortization of acquired intangibles, stock-based compensation, and other one-time expenses. Notably, the company has excluded its Timing business from Non-GAAP reporting following the announced divestiture, signaling ongoing portfolio optimization.
From a performance perspective, Renesas continues to deliver strong margins compared to industry peers, supported by its focus on high-value segments such as automotive, industrial, and infrastructure. The operating margin above 30% (Non-GAAP) highlights effective cost control and a favorable product mix.
Strategically, the results indicate stability in Renesas’ core business despite broader semiconductor market fluctuations. The modest revenue outperformance versus guidance suggests resilient demand, particularly in automotive and industrial applications, which remain key growth drivers for the company.
From a market standpoint, Renesas’ profitability underscores the strength of analog and power semiconductor segments, which tend to be more resilient than memory or consumer-driven markets. As electrification, AI infrastructure, and industrial automation continue to expand, Renesas is well-positioned to benefit from sustained demand in these segments while continuing to streamline its business portfolio.
Original – Renesas Electronics
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Texas Instruments reported solid first-quarter 2026 financial results, highlighting continued strength in industrial and data center markets.
Revenue reached $4.83 billion, representing a 19% year-over-year increase and 9% sequential growth. Net income rose to $1.55 billion, up 31% compared to the same period last year, with earnings per share of $1.68. Operating profit also increased significantly by 37% to $1.81 billion, reflecting strong operating leverage.
From a segment perspective, the Analog business remained the primary growth driver, with revenue increasing 22% year-over-year, while Embedded Processing grew 12%. This performance underscores sustained demand in core end markets such as industrial automation and AI-driven infrastructure.
Cash generation remained a key strength. Over the trailing 12 months, operating cash flow reached $7.8 billion, with free cash flow of $4.4 billion—more than doubling year-over-year. The company continued to invest heavily, allocating $4.1 billion to capital expenditures and $3.9 billion to R&D and SG&A, while returning $6.0 billion to shareholders through dividends and share repurchases.
Strategically, TI continues to benefit from its long-term investment in 300 mm manufacturing, which enhances cost efficiency and margin resilience. The company also leveraged incentives from the U.S. CHIPS Act, further supporting its capital investment strategy.
Looking ahead, TI expects second-quarter revenue in the range of $5.0 billion to $5.4 billion, indicating continued momentum despite broader macroeconomic uncertainties.
From a market perspective, TI’s results reinforce a key industry trend: while some semiconductor segments remain cyclical, industrial and data center demand—particularly linked to AI and electrification—continues to drive stable growth. TI’s broad analog and embedded portfolio positions it well to capture this demand, especially in power management and signal chain applications critical to next-generation infrastructure.
Original – Texas Instruments
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STMicroelectronics reported solid financial results for the first quarter of 2026, reflecting improving demand conditions and early momentum from AI-driven applications.
The company posted net revenues of $3.10 billion, representing a 23.0% year-over-year increase, with gross margin at 33.8%. Operating income reached $70 million, while net income totaled $37 million, equivalent to $0.04 per diluted share. On a non-GAAP basis, profitability was stronger, with net income of $122 million and improved operating margins.
Performance was primarily driven by stronger revenues in personal electronics and customer engagement programs, along with a favorable product mix. The contribution from the acquired MEMS sensor business also supported growth, although underlying demand improvements were evident even excluding this factor.
From a market perspective, ST highlighted signs of recovery, including stronger bookings and normalized inventory levels across distribution channels, despite ongoing macroeconomic uncertainty.
Looking ahead, the company expects continued growth in Q2 2026, with projected revenues of approximately $3.45 billion at the midpoint, representing both sequential and year-over-year increases. Gross margin is expected to improve further to around 34.8%.
Strategically, ST emphasized its positioning in AI infrastructure as a key growth driver. The company expects data center-related revenues to exceed $500 million in 2026 and surpass $1 billion in 2027, supported by its portfolio spanning silicon, SiC, and GaN technologies.
From an industry standpoint, ST’s results reinforce a broader trend of recovery in semiconductor demand, led by AI, data centers, and high-performance applications. At the same time, margin performance indicates ongoing cost pressures and capacity utilization challenges, which remain key factors to monitor across the sector.
Original – STMicroelectronics
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Wolfspeed has appointed Yasuhisa Harita as regional president for Asia Pacific, effective June 1, 2026, reinforcing its strategic focus on expanding commercial operations across key high-growth markets.
Based in Tokyo, Harita will lead Wolfspeed’s business across Japan, Korea, and the ASEAN region, with responsibility for driving revenue growth, strengthening customer relationships, and executing regional strategy aligned with the company’s global objectives.
Harita brings more than 30 years of semiconductor industry experience, including leadership roles at Infineon, Micron, and most recently ams-OSRAM, where he focused on expanding regional business and improving market positioning. His background spans sales, marketing, and strategic growth in highly competitive markets.
From a strategic standpoint, this appointment highlights Wolfspeed’s continued investment in regional leadership as it scales its silicon carbide business globally. Asia Pacific remains a critical market for power semiconductors, driven by strong demand in automotive electrification, industrial automation, and energy infrastructure.
Strengthening leadership in this region is particularly important as SiC adoption accelerates across EVs, renewable energy systems, and AI-related power infrastructure. By enhancing local execution capabilities and customer engagement, Wolfspeed aims to capture a larger share of this growth.
This move aligns with a broader industry trend where leading power semiconductor companies are localizing commercial and technical support to better serve regional ecosystems and secure long-term design wins in strategic markets.
Original – Wolfspeed
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Vishay Intertechnology has launched a new family of 16 FRED Pt ultrafast rectifiers in the DFN6546A package, targeting space-constrained, high-efficiency applications across automotive, industrial, and consumer markets.
The new 200 V devices offer current ratings from 6 A to 15 A and are available in both commercial and AEC-Q101 qualified automotive-grade versions. The DFN6546A package features a compact 6.5 mm × 4.6 mm footprint with an ultra-low height of 0.88 mm, enabling improved PCB space utilization and supporting increasingly dense power designs.
From a performance standpoint, the rectifiers deliver low forward voltage (approximately 0.75 V), fast reverse recovery, and low reverse recovery charge, reducing switching losses and improving overall system efficiency. Enhanced thermal performance is achieved through optimized copper mass and die placement, allowing higher current capability compared to similarly sized packages.
The devices are designed for a wide range of applications, including DC/DC converters, high-frequency inverters, freewheeling diodes, and protection circuits. In automotive systems, they target use cases such as ECUs, ADAS, lighting, and 48 V power architectures in EVs and HEVs. They also support industrial automation, telecom, and consumer electronics applications.
A key packaging advantage is the inclusion of wettable flanks, enabling automated optical inspection (AOI) and eliminating the need for X-ray inspection—an important factor for high-volume manufacturing efficiency.
From a market perspective, this release highlights the continued evolution of silicon-based rectifiers through packaging and thermal innovation. While wide-bandgap devices are gaining share in high-voltage segments, optimized silicon rectifiers remain highly relevant in cost-sensitive, high-volume applications where efficiency, reliability, and compact form factors are critical.
Vishay’s latest offering reinforces its position in discrete power components by addressing the growing demand for miniaturization and improved thermal performance in modern power electronics systems.
Original – Vishay Intertechnology
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CVD Equipment Corporation announced the successful growth of high-quality single-crystal silicon carbide (SiC) boules using its Physical Vapor Transport (PVT) systems, with validation performed by Stony Brook University under the onsemi Research Center for Wide Bandgap Materials.
The produced SiC boule demonstrated a 4H crystal structure with low defect density and no polytype inclusions, confirming material quality suitable for advanced power semiconductor applications. The result validates CVDE’s PVT equipment capability in supporting next-generation SiC substrate manufacturing.
This collaboration underscores the importance of academic–industry partnerships in advancing wide bandgap materials and highlights CVDE’s positioning within the SiC equipment ecosystem. As demand for high-performance SiC substrates accelerates across EVs, industrial power, and AI data center infrastructure, scalable and high-yield crystal growth remains a critical bottleneck in the supply chain.
The achievement strengthens CVDE’s role as an enabling technology provider in the SiC value chain, with potential implications for future equipment demand as the industry continues to expand material capacity.
Original – CVD Equipment
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ROHM Co., Ltd. has developed its 5th-generation EcoSiC™ MOSFETs, targeting improved efficiency and performance in high-power applications such as electric vehicles, AI data centers, and industrial power systems.
The new generation delivers a significant performance improvement over previous devices, with approximately 30% lower ON-resistance at high temperatures (175°C) compared to 4th-generation SiC MOSFETs under similar conditions. This reduction directly translates into lower conduction losses, enabling higher efficiency, increased power density, and more compact system designs—particularly critical for traction inverters and high-performance power supplies.
The technology is positioned to address two major market drivers. In automotive, it supports longer EV driving range and faster charging through more efficient inverters and onboard chargers. In parallel, the rapid expansion of AI infrastructure and data centers is increasing power density requirements, making efficient power conversion a key bottleneck for system scalability.
ROHM has a long-standing position in SiC, having started mass production as early as 2010. Its 4th-generation devices have already seen broad adoption across automotive and industrial markets. The 5th-generation platform builds on this foundation with structural and process optimizations that enhance high-temperature performance—an increasingly important factor as power systems operate under more demanding conditions.
Commercially, ROHM began offering bare die versions in 2025 and completed development in March 2026. Sampling of discrete devices and modules based on the new generation is scheduled to begin in July 2026, with further expansion planned across voltage classes and packaging options.
From a market perspective, this launch reinforces the transition of silicon carbide into a mainstream power semiconductor technology. As electrification and AI-driven power demand accelerate, improvements in efficiency and thermal performance at the device level are becoming critical enablers for next-generation systems. ROHM’s latest generation strengthens its competitive positioning in the increasingly crowded SiC landscape, where performance gains at high temperature and high power are key differentiators.
Original – ROHM
