Equinix delivers AI-ready data centers across key US metros with seamless access to all major clouds, networks and enterprises. From finance and tech hubs to media centers and public-sector strongholds, Equinix’s United States data centers enable low-latency interconnection, scalability and resilient hybrid and multicloud environments.
Dense ecosystems in the heart of the South’s financial center
Hub of technology, biotech and educational institutions
Home to one of the world’s top global financial centers
High-security data back-up resilience for government needs
Hub for communications and internet exchange points
Optimal business continuity and disaster recovery operations
Space exploration, oil, chemical and energy ecosystems access
Media hub with subsea cable access
Gateway to Latin America, Northeastern United States and Europe
One of the world’s largest internet exchanges and peering solutions
Dense concentrations of network, cloud and IT service providers
Low-latency connections to Asian markets via transoceanic cable landings
Global tech innovation, cloud and IT services hub
Critical infrastructure for government and business
Deploy mission-critical applications and AI solutions in any key US metro, amid the densest ecosystems of clouds, AI companies, networks and enterprises.
Equinix’s global sustainability commitments are activated locally by teams in every region where we operate. In the United States, 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.
See global availabilityFind out how an industry-leading digital infrastructure partner helps you prioritize performance, efficiency and scalability.
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Equinix data centers in the United States meet 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.
Headquartered in Redwood City, California, Equinix operates data centers across all major US technology and business hubs, including Northern Virginia, Silicon Valley, New York/New Jersey, Chicago, Dallas, Houston, Los Angeles, Atlanta, Miami, Orlando, Seattle, Boston, Phoenix, Denver and Philadelphia. These facilities are strategically located in the country’s largest digital and business ecosystems, enabling direct interconnection to cloud providers, networks and enterprises.
Equinix has more than 70 data centers across the US, including both retail colocation facilities and xScale hyperscale campuses, and continually builds new facilities to meet growing demand. Its nationwide presence allows enterprises to scale digital infrastructure in every key metro while accessing the world’s most interconnected ecosystem of clouds, networks and partners.
Equinix’s US data center capacity currently spans well over 5 million square feet of data center space across both colocation and hyperscale facilities. Individual buildings vary in capacity. The SV11 data center in Silicon Valley, for example, has 120,000 square feet of colocation space, while DC16 in Ashburn, Virginia, has about 190,000 square feet. This Equinix data center footprint is constantly expanding, as the company continues building out more capacity across all the world’s key markets.
The US data center colocation market’s size is estimated to have been more than $20 billion in 2024, making it the largest single national colocation market in the world. Analysts project continued growth driven by AI workloads and continued cloud adoption and enterprise IT outsourcing, with the US maintaining its leadership as the hub for global colocation and hyperscale infrastructure.
Yes. Since 2022, Equinix has maintained 100% renewable energy coverage across its entire North American portfolio, including its US data centers, through power purchase agreements with renewable energy suppliers and renewable energy certificates. The company is expanding its clean-energy strategy with bold investments in new zero-carbon technologies and aims for 100% renewable coverage globally by 2030.
Equinix operates data centers and interconnection facilities in 36 countries, covering more than 70 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.