Google is making a significant push to attract global high-performance computing (HPC) centers by offering fast CPUs and advanced network technology. Unlike the seemingly boundless funding in the corporate artificial intelligence (AI) sector, HPC centers often operate under tight budget constraints, striving to achieve high performance with limited resources. To address this challenge, Google has introduced a new generation of computing instances specifically tailored for HPC centers. These instances come equipped with the latest high-performance CPUs and utilize the most advanced network technologies to ensure extremely low latency and high throughput. According to Google, these technologies will significantly enhance the performance of HPC applications while reducing overall operational costs, which is particularly beneficial for HPC centers that need to deliver efficient computing within their budgets. Google has already reached out to several HPC centers and has received positive feedback. These centers generally agree that Google's offerings will substantially boost their computational capabilities, allowing them to take on more complex scientific calculations and data analysis tasks. The company plans to expand the reach of these computing instances over the coming months and forge partnerships with additional HPC centers. In addition to the new computing instances, Google has announced a series of favorable policies for HPC users, such as price discounts and technical support services. These initiatives aim to reduce the initial investment and operational costs for HPC centers, providing them with more flexibility in choosing and utilizing Google's computing resources. This approach could attract a broader range of HPC centers, enhancing Google's market share in the HPC sector. Industry experts view Google's move as a strong offensive strategy in the HPC market. As HPC technology becomes increasingly vital in both research and industrial applications, providing high-performance, cost-effective solutions can draw in users who require robust computational power but are constrained by budgets. This also underscores Google's commitment to expanding its cloud computing services beyond the enterprise AI domain, into the realm of scientific computation and research. Google is a global leader in technology, boasting extensive expertise in cloud computing, AI, and big data processing. The strategic shift towards HPC centers highlights the company's recognition of the market's importance and its intention to establish a long-term presence in scientific and industrial computing. This move is expected to foster greater innovation and efficiency in the HPC community while strengthening Google's position in the competitive landscape of cloud computing.