Toshiba Launches 3300V SiC MOSFET Module with High Surge Current Capability that Helps Improve Reliability of Industrial Equipment

newswire.co.kr Sep 27, 2026

Toshiba Launches 3300V SiC MOSFET Module with High Surge Current Capability that Helps Improve Reliability of Industrial Equipment

Curated by Shubham · TechCapsules · Sep 27, 2026

AI-summarised brief · reviewed before publication

Tokyo‑based Toshiba Electronic Devices & Storage Corp. introduced the IX800FXF2YMS4, a dual 3300‑volt silicon‑carbide MOSFET module rated for 800 A continuous drain current. The device incorporates the company’s third‑generation SiC chips and delivers a surge‑current I²t capability of 300 kA²·s, allowing it to withstand abnormal current spikes in railway traction inverters, renewable‑energy converters and industrial motor drives. Its low on‑state voltage of 1.4 V and modest switching losses (185 mJ turn‑on, 175 mJ turn‑off) reduce conduction and switching heat, enabling smaller cooling systems and higher overall efficiency. Packaged in Toshiba’s iXPLV™ format with silver‑sinter bonding, the module tolerates channel temperatures up to 175 °C, expanding the firm’s SiC portfolio to four products for compact, reliable power equipment. The launch positions Toshiba to meet efficiency standards across markets.

💡 Why It Matters

· Its high surge‑current tolerance in a compact package lets converters shrink, accelerating the rollout of denser, more reliable electrified rail and renewable‑energy infrastructure.

Capsules Semiconductors

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18-year-old enters Gujarat’s Rs 1.4 lakh crore semiconductor space

18-year-old Rehan Mansuri launched Micronex in Sanand, Gujarat, to produce lead frames for the state’s Rs 1.4 lakh crore semiconductor ecosystem. The venture, backed by an Rs 80 crore initial investment, will operate from the Sanand Industrial Estate and aims to manufacture 50 crore lead‑frame units annually, creating about 250 jobs. Micronex signed a memorandum of understanding with Kaynes Semicon at SEMICON India 2026, securing a supply channel to local chip makers. Construction has begun, with production slated for May 2027, and the company plans to file a proposal under India Semiconductor Mission 2.0. The startup will serve power‑electronics and automotive customers before expanding into consumer and telecom segments, using copper‑alloy frames of 0.1 mm thickness. The initiative aligns with Gujarat’s push to localize chip components and reduce imports.

💡 By inserting a domestic lead‑frame supplier, Gujarat cuts reliance on foreign vendors, accelerating its goal of a self‑sufficient semiconductor supply chain.

koreatimes.co.kr · Sep 27

Nearly 4 in 10 Korean industrial technology leaks involve semiconductors: data

South Korea’s National Intelligence Service reported 107 instances of industrial technology theft abroad between 2021 and 2025, according to data submitted to the National Assembly. Semiconductor technology was the most frequently targeted sector, implicated in 40 cases, followed by displays (21) and electrical‑electronics (10). Seven incidents involved “national core technologies” deemed vital to security and economic growth; semiconductors accounted for nine of these critical leaks. A high‑profile case cited a former Samsung Electronics manager accused of passing the company’s 18‑nanometre DRAM manufacturing process to Chinese rival ChangXin Memory Technologies. Authorities said the breaches spanned multiple countries and often involved sophisticated supply‑chain infiltration, prompting calls for export controls and corporate vigilance. The findings underscore persistent espionage pressures on Korea’s high‑tech industries.

💡 The concentration of espionage in semiconductors threatens South Korea’s strategic edge in a sector that underpins global digital infrastructure, prompting urgent policy and corporate safeguards.

freepressjournal.in · Sep 27

‘Uttar Pradesh Emerging As AI, Semiconductor And Technology Hub’: Union Minister Jitin…

Union Minister of State for Commerce and Industry Jitin Prasada told a Greater Noida forum on September 26 that Uttar Pradesh is shifting from an electronics‑manufacturing hub to a national centre for artificial intelligence, semiconductors, and broader technology innovation. He highlighted recent investments by Samsung, Yotta and the establishment of data centres and AI labs across the state, noting that the government is extending the ecosystem beyond Noida to include design, component fabrication and export‑ready production. Prasada credited Prime Minister Narendra Modi’s vision and Chief Minister Yogi Adityanath’s leadership for accelerating the “double‑engine” coordination between centre and state. He asserted that the emerging value chain will create jobs for the state’s youth and position Uttar Pradesh as a key destination for global tech investment.

💡 Uttar Pradesh’s rapid expansion into AI and semiconductor manufacturing could reposition India’s tech supply chain, reducing reliance on overseas assembly and boosting domestic high‑skill employment.

sammobile.com · Sep 27

Samsung Taylor, Texas, jobs hiring ramps up as production progresses

Samsung is accelerating hiring in the United States as its new semiconductor fab in Taylor, Texas moves toward full‑scale production. The company has invested billions of dollars in the site, imported advanced manufacturing equipment and begun test runs, targeting mass production of 2‑nanometer chips by 2027. Orders already exist from major customers such as Tesla for the U.S.-made 2nm devices. To staff the plant, Samsung posted openings for process, facility and quality engineers, including etching, metal, ion‑injection, material, performance, reliability and digital‑transition roles, as well as technical trainers responsible for field adaptation and certification. The recruitment drive reflects the firm’s effort to meet the human‑resource demands of its next‑generation chip operation. The initiative supports economic growth and workforce development in region.

💡 By anchoring advanced 2nm chip production in Texas, Samsung is reshaping the U.S. semiconductor supply chain and creating high‑skill jobs in a region traditionally dominated by oil and gas.

ijr.com · Sep 27

China’s Chip Industry Is On The Rise

China is accelerating domestic production of artificial‑intelligence chips to reduce reliance on Western suppliers. Huawei, the country’s largest tech conglomerate, disclosed that its Ascend 950DT chip is performing well but still falls short of national demand, prompting the firm to curb overseas sales. Government officials, citing the need for resilience against U.S. export controls, reiterated the goal of a self‑sufficient AI hardware ecosystem during a 2025 Politburo meeting. The push builds on the 2014 establishment of the state‑run “Big Fund,” which finances semiconductor capacity. Analysts acknowledge the rapid scale‑up but warn that current output remains limited, and some U.S. policymakers are considering measures to curb China’s chip expansion. China aims to export surplus chips by 2028, targeting AI markets abroad.

💡 By securing its own AI chip supply, China can sidestep future U.S. restrictions and shape global AI standards on its terms.

thehindubusinessline.com · Sep 26

India’s semiconductor ecosystem likely to see gradual value creation over next 3-5…

India’s semiconductor ecosystem is projected to progress through construction, customer qualification and yield stabilization over the next three to five years, according to a 360 ONE Capital research report. The study says early earnings will stem from ancillary services such as cleanrooms, utilities, equipment support, gases, chemicals, testing and engineering, while direct fab and OSAT profitability will emerge later. Demand for semiconductors in India is expected to rise from roughly $56 billion in 2025 to over $117 billion by 2030, a 16 percent compound annual growth rate. Twelve projects approved under the India Semiconductor Mission represent more than $18 billion of investment, and the broader ISM 2.0 framework could attract an additional $35 billion. The report stresses that execution—achieving competitive yields, global customer qualification and scale—will determine whether announced capacity translates into commercial output, urging investors to view the opportunity over a 10‑15‑year horizon rather than an immediate earnings cycle.

💡 The shift from building factories to proving profitable, high‑yield production will test India’s ability to become a genuine semiconductor hub, not just a construction showcase.