The AI infrastructure race is no longer just about who builds the best model — it's about who controls the silicon beneath it. Google has spent more than a decade quietly constructing that foundation, and the results are now showing.
The AI wave is driving the rapid expansion of data center infrastructure, fundamentally reshaping server rack power transmission designs amid rising power consumption. This shift is triggering a surge in demand and specification upgrades for power interconnect products.
Nvidia CEO Jensen Huang recently stated that Google's Tensor Processing Units (TPUs) do not constitute a real threat to Nvidia. He made the comments during an interview on the Dwarkesh Podcast, where he also addressed the company's rise to a US$4 trillion market value in the large language model (LLM) era and the competitive landscape of AI chips.
Taiwan President Lai Ching-te has pledged to transform Taiwan into an "AI island," with a key focus on developing an all-photonic network (APN). The National Science and Technology Council (NSTC) is acquiring APN technology from Japan's NTT and collaborating with Chunghwa Telecom (CHT) and Accton Technology to advance this initiative. Industry experts say the APN is designed to support applications through low latency and enhanced computing resilience, in line with government goals for digital robustness and computing backup.
Reliance Industries is planning to invest INR1.6 trillion (over US$17 billion) to build a 1.5GW data center cluster with captive renewable energy and battery storage in Visakhapatnam, Andhra Pradesh, according to people familiar with the matter cited by The Economic Times. The project is expected to be developed in phases and, once completed, could become India's largest data center complex.
Supermicro's new 32.8-acre Silicon Valley campus will add hundreds of US positions and expand domestic production of AI infrastructure, signaling increased US capacity for enterprises and cloud providers worldwide. The expansion may affect global AI deployment timelines and supply-chain choices by boosting domestic system design, manufacturing, testing, and distribution capabilities.
Seagate Technology reported fiscal third-quarter results above market expectations and issued a stronger-than-anticipated outlook, driven by sustained demand from cloud customers and AI-related workloads.
Taiwan's minister of economic affairs, Ming-hsin Kung, emphasized that the industrialization threshold for quantum computing is exceptionally high, and Taiwan's industry is currently exploring how to participate in and align with international developments. He stressed that Taiwan should engage with the field before standards are finalized, leveraging its advantages in process technology and advanced packaging — both of which are key factors in quantum computer manufacturing. The country's system integration capabilities are also crucial for practical quantum technology applications.
Memory distributor Supreme Electronics (Supreme) saw its revenue double in the first quarter of 2026, driven by a sharp rise in memory prices. DRAM and Flash accounted for nearly 90% of total sales, with server revenue share reaching about 40%—surpassing mobile for the first time. Strong demand from cloud service providers (CSPs) is driving server memory prices higher, a trend expected to extend into the second quarter of 2026.
A global surge in artificial intelligence computing is accelerating demand for advanced semiconductors and reinforcing Taiwan's near-term economic momentum, even as leading indicators soften.
Rising AI server power density is forcing data centers to adopt centralized, higher-voltage power and upgraded cooling, with implications for operators, suppliers, and investors. Shifts toward 400V and 800V DC distribution, centralized power racks, and broader adoption of liquid cooling will affect design costs, efficiency, and worldwide supply-chain competition and resilience.
As the conflict involving the US, Israel, and Iran enters its second month, a fragile ceasefire has tempered immediate market shocks, yet economists warn that prolonged tensions could still ripple through global energy and trade. For Taiwan, however, strong export momentum — driven by surging demand for AI and semiconductor technologies — has so far cushioned the impact.
Outsourcing by US cloud service providers (CSPs) has become an increasingly dominant trend, with Taiwanese manufacturers taking on a larger share of global production. Oracle has not only expanded its supplier network but is also reportedly reallocating orders originally assigned to Supermicro to Taiwanese firms, further boosting their strategic importance.
The shift from model training to real-time inference, driven by open-source agent applications, is reshaping global data center design and supplier dynamics, with implications for cloud providers and hardware makers worldwide. Demand for inference-dedicated systems is accelerating production and favoring manufacturers with liquid-cooling and vertical-integration capabilities across the industry.
Workloads are shifting from training to inference. In this transition, CPUs are regaining a central role in coordinating diverse computing tasks, significantly boosting their importance. Industry estimates suggest that CPU demand could eventually rival that of GPUs, with the ratio between the two trending toward 1:1.
Taiwan's exports were forecast to surpass US$800 billion in 2026, driven by strong demand for electronic components and information and audiovisual products tied to artificial intelligence, according to China Credit Information Service. The projection followed a record first quarter when exports reached US$195.74 billion, marking the highest quarterly total on record and a 51.1% year-over-year increase.
Meta announced partnerships with Overview Energy and Noon Energy to develop space-based solar collection and ultra‑long‑duration energy storage, aiming to support its data centers and AI infrastructure. These projects could extend renewable generation and store clean power for days, with implications for grid reliability and how organizations use energy worldwide.
Across the AI sector, start-ups are struggling to secure the graphics processing units (GPUs) needed to train and run their models. Supplies of Nvidia chips are increasingly being diverted by cloud giants like Microsoft to their own internal teams and largest customers, leaving smaller firms competing for what remains — often at sharply higher prices.
Generative AI has driven a surge in GPU demand and accelerated a structural reshaping of the semiconductor industry. At the same time, CPUs are re-emerging after years of being sidelined, with demand rising sharply and pushing Intel into a rare supply shortage. Intel executives said demand is far exceeding supply, with capacity constraints costing billions of dollars in lost revenue.
OpenAI and Microsoft have agreed to end one of the AI industry's most prominent exclusive partnerships, underscoring a wider shift toward multi-cloud deployment and cross-platform collaboration. The amended agreement, announced April 27, allows OpenAI to distribute its models across any cloud provider while maintaining Microsoft as its primary partner.
Alphabet's decision to invest up to US$40 billion in Anthropic marks a defining shift in the artificial intelligence race: control over computing infrastructure is becoming as critical as model development itself.
GrandTech Chairman Frankie Hsu highlighted the company's successful transformation from a software agency to a dual-engine growth model, powered by its investment in GrandTech Cloud Services (GCS) and its 3D printing business. The former capitalizes on the booming cloud and AI wave, while the latter taps into expanding drone opportunities, providing strong and sustainable momentum.
Meta and Amazon announced on April 24 that Meta will use Graviton5 CPUs made by Amazon Web Services (AWS). The deal illustrates the growing importance of CPU chips for increasingly complex compute tasks as AI technology makes the leap from model training to autonomous agents.
Global cloud service providers (CSPs) continue to expand their procurement of AI servers from Taiwan, while high-end GPUs and TPUs manufactured by TSMC are in short supply. Analysts say AI will become as ubiquitous as electricity and the Internet, extending beyond cloud computing into appliances, automobiles, and robotics.
