AIC said the global shift from single-server AI computing to rack- and system-level integration is driving coordinated storage, compute, and networking design as a key trend in AI infrastructure worldwide. The server rack maker said it will continue deepening technology and global customer ties, while expecting full-year 2026 revenue to keep growing by double digits.
The company said its AI storage business continues to work closely with Nvidia, as part of broader efforts to develop the AI ecosystem and advance next-generation storage architecture. The goal is to support the high-bandwidth, low-latency data access demands of AI factories and large-model computing.
In the cloud service provider market, AIC said it is strengthening its cooperation with global cloud providers and strategic partners, while also participating in projects tied to AMD's next-generation rack-level AI infrastructure platform. It said its high-density computing design and systems integration capabilities are aimed at supporting large-scale AI training and inference applications.
AIC also said it is continuing to develop its standard product business through barebone product lines for Intel and AMD platforms. The company said product optimization and quality improvements are supporting steady growth, along with an expanded global market presence.
The company, which will mark its 30th anniversary in 2026, said it has evolved from a traditional server and storage systems supplier into an important partner in the global AI infrastructure supply chain. It added that the formal opening of its Yangmei plant, along with an April gathering in Taiwan by global customers and strategic partners and a visit to its Vietnam production base, has further strengthened its manufacturing footprint and supply-chain resilience.
AIC said it will continue to focus on three growth drivers for AI infrastructure, deepen cooperation with global strategic partners, and improve both technological innovation and operational efficiency to support long-term, stable growth.
Article edited by Jingyue Hsiao
