Equinix Korea connects you to all leading cloud and AI companies, networks and enterprises and offers low-latency interconnection across Asia Pacific and beyond. Our state-of-the-art, AI-ready data centers in Seoul place your business at the digital edge, enabling performance and compliance as you scale.
Korea combines strict data protection, hyperscale cloud regions and diverse subsea routes, making it a vital hub in the Asia-Pacific and global digital ecosystem.
Equinix’s global sustainability commitments are activated locally by teams in every region where we operate. In Korea, all sites are covered by 100% renewable energy.
Our Future First strategyConnect instantly and securely to clouds, networks and partners across the world with Equinix Fabric and manage the connections virtually.
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Equinix data centers in Korea meet local and global standards of security, compliance and operational excellence.
Simplify colocation in AI-ready data centers with advanced cooling, interconnection, secure cloud connectivity and disaster recovery solutions—all backed by 24x7 security, technical support and amenities like conference rooms, work kiosks, loaner tools and EV charging stations.
Equinix operates data centers in Seoul, the country’s primary business and interconnection hub. Seoul enables Korea’s key role in Northeast Asia, connecting enterprises to major clouds, subsea cable systems and dense ecosystems of finance, gaming, media and AI.
Equinix operates three data centers in Korea, all located in Seoul. These facilities provide direct access to cloud on-ramps, carrier-neutral interconnection and high-density digital ecosystems for enterprises modernizing their digital infrastructure or establishing presence in the country.
Equinix’s Korea facilities offer about 67,000 square feet (6,000 square meters) of colocation space. Our two retail colocation data centers’ combined IT power capacity is 6.5MW, and our hyperscale SL2x xScale data center supports 20MW. This scalable capacity supports high-performance, low-latency infrastructure for enterprises, cloud providers and AI workloads across Korea and the wider Asia-Pacific region.
The Korea colocation market size is estimated to have been about USD $830 million (1.16 billion South Korean won) in 2024. With hyperscaler regions, world-class network performance and strong data-protection rules, Korea is becoming a strategic AI, cloud and interconnection hub for Asia Pacific.
Yes. Equinix’s global sustainability commitments are activated locally by teams in every region where we operate. In Korea, all sites are covered by 100% renewable energy.
Equinix operates data centers and interconnection facilities in 36 countries, covering more than 75 major metro markets across North America, South America, Europe, the Middle East, Africa and Asia Pacific. This global reach enables customers to deploy infrastructure close to end users and directly connect with AI, cloud, network and enterprise partners anywhere in the world.
Equinix is a global leader in data centers, colocation and interconnection services, operating highly connected facilities in the world’s largest metro hubs. By hosting infrastructure in these strategic locations, businesses gain low-latency access to cloud and AI providers, networks, SaaS platforms and enterprise partners, ensuring fast, reliable and secure digital experiences.
A data center is any facility that houses IT infrastructure, but colocation refers to a specific service where a commercial operator provides space, power, cooling and connectivity for customers’ equipment. Companies choose colocation over building their own data centers to scale and expand global reach, reduce costs, access specialized expertise and connect to a broader ecosystem of partners and providers.
Yes, Equinix operates AI-ready data centers designed to support the high power density and advanced cooling requirements of AI training and inference workloads. Customers use Equinix colocation sites in major metros for low-latency AI inference near end users, while xScale campuses provide large-scale capacity to power frontier model training.
AI chips require significantly more power than traditional processors, generating heat that conventional air cooling cannot effectively dissipate. Liquid cooling systems absorb and remove heat more efficiently, making them essential for hosting next-generation AI hardware in modern data centers.
