The Digital Realty Frankfurt FRA10 Data Center, located at Weismüllerstraße 38, 60314 Frankfurt am Main, Germany, is a robust facility spanning 52,000 square feet. This data center provides significant raised floor space for colocation services and boasts a substantial power capacity of 9.6 MW. Additionally, the facility is strategically situated within 50 miles of 87 other data center locations, highlighting its connectivity and accessibility. The Digital Realty Frankfurt FRA10 Data Center holds numerous key certifications, including ISO 27001, ISO 50001, ISO 14001, PCI-DSS, ISO 22301, and ISO 90001, underscoring its commitment to high standards in information security, energy management, environmental management, payment card industry data security, business continuity, and quality management.
Digital Realty’s FRA10 data center provides cutting-edge, secure, and scalable infrastructure, meticulously designed for the failsafe, efficient, and sustainable operation of critical applications and systems. Strategically located within Digital Park Ostend, Germany’s busiest data center hub, FRA10 benefits from Digital Realty’s comprehensive control over connectivity, power, and security. This prime location also places it at the heart of the German Internet Exchange DE-CIX, which connects 80% of its customers. Leveraging the global ServiceFabricTM platform, FRA10 offers high-performance and reliable connections to various cloud service providers. Situated in eastern Frankfurt, directly on two main carrier routes, the data center boasts a highly redundant infrastructure that meets the most stringent demands for reliability and performance. FRA10 ensures continuous operation with redundant power supply and air-conditioning, capable of supporting even the most demanding high-density configurations. The Digital Realty campus prioritizes security with a high-security fence featuring advanced alarm and monitoring systems. Furthermore, FRA10 is engineered for maximum energy efficiency, incorporating an energy-saving, modular architecture with high-efficiency components as standard.
