October 16, 2025
The first 200 megawatts (MW) phase of the UAE’s Stargate AI campus is expected to go live next year, officials announced. The campus aims to provide high-performance
The United Arab Emirates is preparing to launch the first 200 megawatts (MW) phase of its Stargate AI campus next year, according to government officials. The state-of-the-art campus is designed to provide high-performance computing resources to support artificial intelligence, machine learning, and large-scale data analytics across multiple industries in the region.
The initial 200 MW phase will feature advanced data centers equipped with cutting-edge AI hardware, networking infrastructure, and power systems optimized for large-scale computational workloads. This phase aims to support research institutions, public sector projects, and private enterprises seeking high-speed AI processing capabilities. By integrating energy-efficient technologies, the campus is also designed to minimize environmental impact while maintaining high performance.
Officials emphasized that the Stargate AI campus is central to the UAE’s strategy of positioning itself as a regional hub for AI innovation and research. The project is part of broader efforts to accelerate digital transformation across government services, industry, and scientific research. The campus will enable organizations to process massive datasets, train complex AI models, and deploy AI-driven solutions at scale.
Industry experts highlighted that the initial 200 MW phase represents a significant milestone for AI infrastructure in the Middle East. It will facilitate rapid experimentation with machine learning models, natural language processing, and predictive analytics, enabling faster insights and decision-making for sectors such as healthcare, finance, logistics, and smart cities.
The UAE government also underscored the importance of sustainability and efficiency in the campus’s design. Power usage is optimized through advanced cooling solutions, energy-efficient AI processors, and intelligent load management systems. These measures aim to reduce operational costs and environmental footprint while ensuring uninterrupted high-performance computing capabilities.
The project has attracted interest from international technology firms, AI startups, and research institutions, reflecting the region’s growing prominence in global AI development. The Stargate campus is expected to host collaborative research projects, partnerships with universities, and advanced AI training programs for talent development in the region.
As the first 200 MW phase goes live next year, it will set the stage for subsequent expansions of the Stargate AI campus, potentially scaling to multiple gigawatts of AI processing power over time. This growth is expected to strengthen the UAE’s position as a leading AI and high-performance computing hub, supporting both economic diversification and technological innovation.
In conclusion, the launch of the first 200 MW of the Stargate AI campus next year marks a significant step toward enhancing the UAE’s AI capabilities. By combining cutting-edge infrastructure, energy efficiency, and strategic partnerships, the project is poised to accelerate AI adoption, research, and innovation across the region.
