Vertiv, a worldwide chief in vital digital infrastructure, lately introduced its partnership with Digital Realty to offer next-generation infrastructure for ROM1, the latter’s inaugural knowledge centre in Italy. Positioned with a deliberate capability exceeding 3 MW, this settlement not solely strengthens present ties but additionally expands the suite of Vertiv options throughout Europe, with notable operations in Paris, Madrid, and Amsterdam.
The ROM1 facility guarantees state-of-the-art cooling and energy programs, catering particularly to high-performance computing (HPC) setups. By capitalising on Rome’s distinctive local weather, the implementation consists of pioneering free-cooling programs, whereas energy-efficient energy administration ensures sturdy help for high-density workloads.
Projected to begin operations in 2027, the ability’s phased implementation marks its place as a carrier-neutral centre optimised for AI and machine studying purposes. Strategically situated, ROM1 serves as a conduit connecting Rome to main Mediterranean cities by way of fibre networks and submarine cables. By early 2026, connectivity growth to Barcelona is underway, additional solidifying the Mediterranean community.
In response to Alessandro Talotta, managing director of Digital Realty in Italy, “Rome is rising as an important gateway for digital infrastructure between Europe and the Mediterranean.” This mission aligns with the corporate’s imaginative and prescient to create a strategic AI hub whereas setting groundbreaking benchmarks for power effectivity within the HPC realm.
With the worldwide rise of AI purposes, the demand for classy knowledge centre infrastructure is obvious, as talked about by Karsten Winther, president for EMEA at Vertiv. “Our cooling and energy options are constructed on a long time of expertise in supporting probably the most demanding purposes,” he confirms. Designed for scalability, these options help clients in attaining their effectivity targets.
The technical improvements of ROM1 contain AI-ready cooling programs that adapt to numerous workloads and high-efficiency energy distribution tailor-made for intensive computing. Clever environmental controls sync with real-time circumstances, incorporating different power sources to minimise power consumption and ecological impression.
