Chipmaker Infineon forecasts strong 2027 growth on data-centre demand - Central Oregon Daily

Infineon's 2027 data-center growth thesis is less about AI compute and more about a structural repricing of power semiconductors in the infrastructure stack. When a single AI rack crosses 100kW, the bottleneck shifts from FLOPS to watts-per-ampere, and Infineon's CoolSiC and GaN driver portfolio sits precisely at that chokepoint. Upstream, 8-inch SiC substrate yields at Wolfspeed and Coherent face sustained utilization pressure; downstream, server OEMs migrating from 48V to 800V DC architectures will lock in Infineon modules as the default BOM line item. The competitive dynamic is sharper than it appears. STMicroelectronics and ON Semiconductor contest the same design wins, but Infineon's integrated power-plus-sensing-plus-MCU stack gives hyperscalers a single-vendor simplification that discrete rivals cannot match. The wildcard: NVIDIA's potential custom power reference design could compress third-party power IC margins by 10-15%. Geopolitical exposure is real. Back-end capacity concentrates in Germany and Malaysia, while advanced packaging nodes in Taiwan, China remain subject to export-control volatility. A 52-week delivery slip on 800V modules would hand ST a two-to-three-quarter window to re-qualify with hyperscalers. Twelve to twenty-four months out: data-center power semiconductors transition from commodity to bottleneck. If Infineon's guidance materializes, industry ASPs shift up 15-20%, contingent on SiC cost curves inflecting by Q2 2026.