Digital Realty Frankfurt FRA7 Data Center, situated at Hanauer Landstraße 296A, 60314 Frankfurt am Main, Germany, is a robust facility spanning 16,000 square feet. It provides ample raised floor space for colocation services and boasts a substantial power capacity of 1.018 MW. This strategically located data center is surrounded by 87 other data center facilities within a 50-mile radius, highlighting its importance in the regional digital infrastructure. The facility holds multiple certifications, including ISO 22301 for business continuity, ISO 27001 for information security, ISO 50001 for energy management, ISO 14001 for environmental management, PCI-DSS for payment card industry data security, and ISO 90001 for quality management, ensuring high standards of operation and security.
FRA7, a state-of-the-art data center, delivers secure, scalable infrastructure for mission-critical applications, ensuring failsafe, efficient, and sustainable operations. Strategically located within Germany’s bustling Digital Park Ostend, FRA7 benefits from being part of the country’s busiest data center hub. Digital Realty maintains complete control over connectivity, power, and security within FRA7. The Digital Park Ostend also hosts DE-CIX, the German Internet Exchange, connecting 80% of its customers, enhancing FRA7’s connectivity options. Through its global ServiceFabricTM platform, FRA7 provides high-performance and reliable connections to various cloud service providers. Situated in eastern Frankfurt, directly on two primary carrier routes, FRA7 boasts a multi-redundant infrastructure, meeting the highest demands for reliability and performance. It features redundant power supply and air-conditioning, accommodating even the most challenging high-density configurations. Digital Realty’s high-security campus, where FRA7 is located, is fortified with a security fence and advanced alarm and monitoring systems. Emphasizing maximum energy efficiency, FRA7’s design incorporates an energy-saving, modular architecture with high-efficiency components as standard.
