Infineon's €7 Billion World's Largest, Resource-efficient 200mm Sic Power Fab In Kulim To Create 1,500 High-value Jobs

KULIM, Aug 8 (Bernama) -- Recognising the rapid growth of power semiconductors driven by decarbonisation, particularly those based on wide bandgap materials, Infineon Technologies AG (FSE: IFX / OTCQX: IFNNY) (“Infineon”), a leader in Power Systems and IoT, is taking a significant step to shape the industry by expanding its Kulim 3 fab building on the investment announced in February 2022. Infineon will invest an additional RM30.1 billion (€5 billion) for Phase 2, on top of the original €2 billion for Phase 1, to construct the world’s largest 200-millimetre silicon carbide power fabrication plant. Both Phase 1 and Phase 2 will generate 900 and 600 high value jobs in Malaysia, respectively. In total, 4,000 jobs will be created. The Kulim 3 fab building incorporates advanced energy efficiency and sustainable practices.

The Minister of Investment, Trade and Industry (MITI), YB Senator Tengku Datuk Seri Utama Zafrul Aziz applauded Infineon’s decision to expand its presence in Malaysia, stating, “Infineon's world's largest 200mm silicon carbide (SiC) power fab being constructed in Malaysia highlights our nation’s growing credibility as a regional hub for cutting-edge technology and innovation in the semiconductor space. We warmly welcome long-term, committed partners like Infineon to, among others, enhance our economic complexity and push for net zero, as laid out in the New Industrial Master Plan 2030. Infineon’s additional RM30.1 billion investment in cutting-edge manufacturing technologies will not only drive innovation and our industrial reform agenda, but also create 1,500 high-skilled job opportunities for Malaysians. A robust industrial talent pipeline, ESG considerations and ecosystem development are key, and this is where our National Semiconductor Strategy will play its role towards attracting more high-quality investments that will drive Malaysia’s industrial reforms and sustainable growth.”