### A New Era for Sustainable Data Centers: Discover the Future of Digital Infrastructure

In the modern era, where artificial intelligence is revolutionizing the way we operate, the infrastructure of data centers must also evolve to support these innovations. A recent significant development is the new reference design for data centers, co-developed with experts in the field of GPUs, aimed at optimizing performance in artificial intelligence. This design is intended to support high-density AI clusters, cooled by liquid, with an impressive load capacity of up to 132 kW per rack.

### Intelligent Design of Data Centers

The reference design has been specifically optimized to work in synergy with the latest generation of GPUs and other advanced chips, thereby making the design and implementation of data centers smoother and more accessible. This represents an important step towards the digital future, where validated and tested architectures become essential to meet the growing demands for power and processing capacity of modern infrastructures.

### Sustainability and Decarbonization: A Common Goal

Sustainability has become a crucial theme within the technological landscape. In the context of creating AI-ready data centers, the commitment is to develop complete and sustainable end-to-end solutions. The primary goal is to support companies in the process of decarbonizing their digital infrastructures. This is where three key factors come into play:

1. **Energy Strategy for the AI Era**: It is essential to adopt energy strategies that enable businesses to access renewable sources. This includes optimizing on-site energy production, leveraging resources such as solar, wind, and hydrogen.

2. **Advanced Infrastructure Solutions**: To meet the demands of AI workloads exceeding 100 kW per rack, high-density infrastructure systems have been developed that ensure high energy efficiency. These systems include all necessary components, from the energy grid to the chip and vice versa.

3. **Customized Sustainability Strategies**: Creating tailored sustainability plans is essential to exceed decarbonization targets. Customized approaches can include emissions assessments and supplier engagement programs.

### Innovative Technologies for a Sustainable Future

An innovative aspect of this evolution in data centers is represented by the new Galaxy VXL UPS system, which offers scalable modules of 125 kW in a very compact footprint, supporting critical loads of up to 1.25 MW within a single frame. This means maximizing efficiency in the smallest possible space.

Additionally, the integration of Motivair Corporation, specialized in liquid cooling, further consolidates the ability to tackle thermal challenges associated with high-density workloads, giving a new boost to energy efficiency and the resilience of infrastructures.

### Energy Intelligence: The Future of Sustainability

Another crucial aspect lies in the scientific approach to integrating energy intelligence to promote more sustainable AI. Through this method, data centers can not only reduce their energy impact but also leverage monitoring and data analysis technologies to facilitate the path toward actual decarbonization.

Implementing sustainable solutions is essential, as is the use of artificial intelligence to enhance efficiency across all sectors. This requires collective commitment and a shared vision to ensure a digital future that respects sustainability goals.

### Conclusion

The direction in which the data center industry is moving is clear: adapt to the changes required by artificial intelligence and practice sustainability. With innovative technologies and targeted strategies, we can all contribute to a more sustainable future.