
資策會產業情報研究所指出,AI資料中心規模擴大,通訊網路將成為算力釋放的關鍵,為台灣伺服器、交換器及光通訊供應鏈帶來新商機。
資策會MIC分析,AI資料中心競爭已從硬體轉向互連與系統層。隨著規模擴大,通訊網路成為算力釋放關鍵,台灣供應鏈需從單純供應硬體,轉向發展「連算力、調算力與保算力」的整合能力,以掌握下一階段商機。
AI-generated summary
隨著AI資料中心規模擴大,傳統硬體競爭已不足以應對需求,互連技術與系統整合成為產業新焦點。
資策會產業情報研究所(MIC)指出,AI資料中心(AIDC)的競爭逐漸從硬體設備轉向互連與系統層,隨著系統規模擴大、傳輸距離愈長,使得通訊網路將成為算力能否有效釋放的關鍵,也為台灣既有伺服器、交換器、光通訊及電信網路供應鏈帶來下一階段商機。
MIC認為,網路與算力融合將出現三大主要通訊場景。第一是機房內整合算力。透過光通訊與AI Fabric(人工智慧網絡架構)等高速互連技術,將原本個別運作的GPU組合成一個有效算力單位,提升內部算力使用效率。
第二是跨站擴大算力配置。當算力不再集中在單一資料中心,就必須透過資料中心互連(DCI)、全光網路、海纜與跨站調度,串聯不同地點的資料中心,進一步擴大配置算力的範圍。
第三則是把這些算力真正送到使用端,完成AI智慧交付。MIC指出,未來可結合5G-A/6G、行動邊緣運算(MEC)、非地面網路(NTN)、Network API及Wi-Fi等技術,把分散在不同位置的算力轉化為企業、個人或機器可以使用的AI服務。
MIC資深產業分析師鍾曉君表示,網路傳輸能力將決定算力的有效供給範圍及利用率,產業競爭也已從過去的通用頻寬,走向能夠因應不同AI工作負載的網路傳輸架構,並進一步延伸至算力位置、網路路徑、資源配置與服務保障等調度能力。
她認為,台灣下一階段發展重點,在於串聯公共科研算力、商業雲、電信網路及企業場域,建立可串聯分散可用算力的生態系;並同時運用既有伺服器、交換器、光通訊與電信網路等優勢,進一步向資料中心互連(DCI)、全光網路、邊緣運算、衛星光通訊及算網協同控制延伸。
她表示,台灣供應鏈下一步不只是供應更多算力關鍵零組件與設備硬體,而是發展由「造算力」進一步延伸到「連算力、調算力與保算力」的關聯供應鏈。

The "2026 Global Space Infrastructure Assessment" released at the 2026 China International Trade in Services Fair shows that the United States and China rank among the top two in the global space infrastructure assessment. The report covers 48 economies around the world, and evaluation indicators include survival, transportation, communications, energy systems, laws and regulations, etc.
The Liuzhou UBTECH industrial humanoid robot super smart factory was officially put into operation on the 12th, becoming the first factory in Guangxi to realize the closed-loop "making robots with robots". The base mainly produces Walker S and Cruzr series robots, with an annual planned production capacity of over 10,000 units, aiming to create an innovation demonstration highland for humanoid robots for ASEAN.
During the 2026 Service Trade Fair, the Embodied Intelligent Training Center in Shijingshan District, Beijing, completed the first phase of upgrades. Located in Shougang Park, the center focuses on 4D Gaussian light field and world model technology, aiming to provide hardware and data base support for the embodied intelligence industry through high-precision data collection.
The 2026 China Computing Power Conference opened in Langfang, Hebei, and the country's first national computing power interconnection area (Hebei) node was officially launched. This node is implemented by China Mobile Hebei Company and will enhance the computing power hub function of Xiongan New Area and promote the cross-regional circulation and unified dispatch of computing power resources in Beijing, Tianjin and Hebei.
On September 12, the 2026 China Computing Power Conference Xiongan Forum was held in Langfang. At the meeting, the Xiongan International Computing Power Integrated Dispatch Center was launched. The center consists of a dispatching platform and a large model service platform, aiming to build a national computing power hub through cross-domain computing power dispatching and large model aggregation services.

Wu Jinsong, a professor at Fudan University, said in Shanghai that brain-computer interface is a key port for the interaction between humans and artificial intelligence. He emphasized that industrial development should be oriented towards clinical issues and realize technology implementation through the intersection of medicine and engineering, and pointed out that in the future, neurotechnology ethics and safety governance need to be simultaneously strengthened.