SpaceX is widely expected to pursue an initial public offering in mid to late 2026. In anticipation, investors have increasingly tied the company's long-term growth story to the idea of orbital—or space-based—data centers, making the concept one of the most closely watched themes in capital markets.
Etron Technology founder Nicky Lu says the boom in AI is accelerating semiconductor innovation and restoring the momentum of Moore's Law, even as a global memory shortage threatens to persist through the first half of 2027. Speaking in Taipei as the industry closes a record-breaking year, Lu noted that the demand for high bandwidth and customized memory architectures is forcing a structural shift in how chips are designed and manufactured.
Rafael Microelectronics is positioning optical communications and custom ASIC services as the twin pillars of its growth strategy heading into 2026, as the company accelerates its transition from a niche receiver-chip supplier into a broader high-speed signal transmission solutions provider.
As AI workloads reshape data center design, performance is no longer defined solely by computing power. Thermal management has emerged as an equally decisive battleground. Unlike traditional CPU-centric systems, modern AI servers rely heavily on GPUs and specialized accelerators, each drawing hundreds of watts per chip. The resulting thermal density far exceeds the limits of conventional air-cooling, turning heat dissipation into a core infrastructure challenge rather than a peripheral engineering concern.
Taiwan is seeking to anchor itself at the center of the next wave of artificial intelligence infrastructure, with silicon photonics elevated to a strategic national priority.
Etron's subsidiaries eYs3D Microelectronics, DeCloak and eEver Technology are beginning to translate years of technology investment into concrete AI applications, with early momentum emerging in robotics, drones and edge intelligence.
