WinWay Targets CPO Silicon Photonics Testing as AI Drives High-Speed Data Demand
AI and high-performance computing (HPC) are driving up data-center traffic, while conventional electrical signaling faces constraints in bandwidth, power consumption and transmission distance. Co-packaged optics (CPO), which integrates optical and electronic components, is emerging as a key technology for high-speed interconnects. Semiconductor test-interface specialist WinWay Technology is developing simultaneous optical and electrical testing for silicon photonics to capture opportunities from AI infrastructure upgrades.
WinWay recently showcased advanced CPO silicon photonics testing technology at an industry forum, unveiling a comprehensive suite spanning wafer-, bare-die- and module-level testing. It expects 2026 to mark the first year of CPO commercialization. The company said visibility for AI testing orders has unusually extended to six months, with supply still falling short of demand. It aims to push monthly revenue above NT$1 billion in the second half of the year.
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The history behind this eventWinWay Posts Record First-Quarter 2026 Results, Expands AI and CPO Technology Push
WinWay Technology supplies semiconductor test interfaces used in advanced chip validation and volume-production testing. As generative AI and data centers drive demand for high-speed computing, the company is expanding its next-generation testing platforms. It has also invested in U.S. silicon photonics company Ayar Labs to build expertise in co-packaged optics, or CPO, technology for rack-scale AI systems.
WinWay’s revenue, net profit after tax and earnings per share all reached record first-quarter highs in the first quarter of 2026. EPS rose 62% from a year earlier to NT$75.95. Buoyed by demand for AI chip testing, the company is expanding capacity and advancing next-generation testing platforms while deepening its CPO technology strategy through its investment in Ayar Labs.
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