-
Wolfspeed has completed its previously announced private placements, raising approximately $475.9 million through a combination of convertible notes, common stock, and pre-funded warrants, marking a significant step in its capital optimization strategy.
The financing included $379 million in 3.5% convertible senior secured notes due 2031, along with equity issuance and warrants. Proceeds were primarily used to redeem $475.9 million of existing senior secured notes due 2030, resulting in a reduction of total debt by approximately $97 million and lowering annual interest expenses by around $62 million.
The equity portion was priced at $18.458 per share, representing a premium to the company’s prior trading price, while the participation of major institutional investors such as T. Rowe Price and Fidelity highlights continued market confidence in Wolfspeed’s long-term growth trajectory and its leadership in silicon carbide technology.
From a financial strategy perspective, this refinancing improves Wolfspeed’s capital structure by extending debt maturities and reducing financing costs, providing greater flexibility to support ongoing investments in SiC innovation and capacity expansion.
Strategically, the strengthened balance sheet supports Wolfspeed’s focus on high-growth applications, including AI data centers, industrial electrification, and next-generation computing platforms. The company also highlighted continued progress in advancing 300 mm SiC wafer technology, which is expected to play a critical role in future high-performance and high-efficiency power systems.
From a market standpoint, this move reflects a broader trend among SiC leaders to secure financial resilience amid heavy capital expenditure cycles, particularly as demand accelerates across AI infrastructure, energy systems, and automotive electrification.
Original – Wolfspeed
-
Semiconductor Manufacturing International Corporation reported solid financial performance for 2025, reflecting continued momentum in global semiconductor demand and strategic capacity expansion.
Revenue increased by 16.2% year-over-year to US$9.33 billion, while gross margin improved from 18.0% to 21.0%. Profit attributable to shareholders rose significantly by 39.0% to US$685 million, and EBITDA grew 20.0% to US$5.26 billion, indicating stronger operational efficiency despite ongoing depreciation pressures.
Operationally, SMIC achieved a major milestone by surpassing 1 million 8-inch equivalent wafers per month in capacity, with utilization rates rising to 93.5%. This reflects robust demand, particularly from high-growth sectors such as artificial intelligence, data centers, and automotive electronics.
From a strategic standpoint, SMIC continued to reinforce its position as the world’s second-largest pure-play foundry, supported by steady capacity expansion and increased localization demand in China’s semiconductor ecosystem. The company also advanced key structural initiatives, including investments and partnerships aimed at strengthening its long-term manufacturing and technology base.
Technology development remained a priority, with R&D spending reaching US$774 million (8.3% of revenue). Efforts focused on process optimization, product upgrades, and deeper collaboration across the semiconductor value chain, including advanced packaging capabilities.
Looking ahead, SMIC highlighted 2026 as a critical year, with a focus on scaling technology, improving operational efficiency, managing costs, and capturing growth opportunities in AI-driven and high-performance applications.
From a market perspective, SMIC’s results underline the continued strength of mature and mid-to-advanced node demand, particularly in power, automotive, and industrial segments. At the same time, high utilization and sustained investment signal ongoing supply-demand tightness in certain technology nodes, reinforcing the importance of regional manufacturing capacity in the evolving global semiconductor landscape.
Original – SMIC
-
Taiwan Semiconductor has expanded its silicon carbide portfolio with new automotive-grade 1200 V SiC Schottky diodes in 1 A and 2 A variants, targeting compact, high-efficiency power conversion applications.
The newly introduced devices are offered in SOD-128 packages, positioning them among the smallest high-voltage SiC diodes available in the market. This enables significant board space reduction while maintaining high performance in low-current, high-voltage applications.
The diodes deliver low forward voltage (maximum 1.5 V), very low leakage current, and fast switching characteristics, minimizing both conduction and switching losses. With a maximum junction temperature of 175°C and AEC-Q qualification, they are designed for high-reliability environments, including automotive and industrial systems.
Key application areas include auxiliary power supplies, gate driver bias circuits, snubber networks, PFC stages in low-power designs, and high-frequency flyback converters. Their compact form factor is particularly advantageous in space-constrained designs such as EV subsystems and distributed power architectures.
From a market perspective, this launch reflects a growing trend toward miniaturized wide-bandgap components addressing niche but critical functions in power systems. While much of the SiC market focuses on high-current devices, Taiwan Semiconductor is targeting the underserved low-current, high-voltage segment—supporting increasing system complexity in automotive electrification, AI power delivery, and industrial electronics.
By combining automotive qualification with ultra-compact packaging, the company strengthens its position in differentiated SiC niches where size, efficiency, and reliability are key design drivers.
Original – Taiwan Semiconductor
-
Micro Commercial Components has introduced its SICW Series Gen4 silicon carbide Schottky barrier rectifiers, targeting improved efficiency, thermal performance, and reliability in high-voltage power conversion applications.
Built on MCC’s Gen4 Junction Barrier Schottky (JBS) SiC technology, the SICW Series delivers zero reverse recovery behavior combined with a low forward voltage drop between 1.45 V and 1.6 V. This significantly reduces both switching and conduction losses, making the devices well-suited for high-frequency power systems.
The product family covers voltage ratings from 650 V to 1200 V and current ranges from 10 A to 40 A, supporting a wide range of industrial, transportation, and energy applications. A positive temperature coefficient of forward voltage enables stable current sharing in parallel configurations, while a maximum junction temperature of 175°C enhances robustness under demanding thermal conditions.
From a packaging perspective, the devices are offered in TO-247AB and TO-247AD formats with large heat-dissipation tabs, enabling efficient thermal management and simplified system integration.
From a market standpoint, this release aligns with ongoing industry trends toward higher switching frequencies and increased power density, particularly in industrial drives, EV infrastructure, and renewable energy systems. By improving efficiency and reducing cooling requirements, MCC’s Gen4 SiC rectifiers support system-level cost optimization and compact design—key factors as electrification and AI-driven power demand continue to scale.
Original – Micro Commercial Components
