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Direct liquid cooling is no longer a specialist solution for high‑density data halls. This piece looks at the coordination challenges it introduces and how integrated approaches can reduce risk, labour and programme uncertainty.

A look at why containment is becoming the foundational infrastructure for high density and hybrid cooled data centers, enabling operators to scale AI workloads with stability, efficiency, and reduced risk.

As AI drives unprecedented density and speed in data center development, traditional fragmented delivery models are struggling to keep pace. This article explores why modular systems, designed to interlock from day one, are becoming essential for scalable, predictable, and AI-ready infrastructure.

iMasons explores how Tate is expanding its offsite manufacturing capabilities to support faster, more efficient data center construction.

Understand the key differences between PSA: 2021 and BS EN 12825: 2001 when specifying raised access flooring. This practical guide explains how each standard defines performance, testing, and load classifications, helping architects, consultants, and contractors make informed specification decisions for UK, Ireland, and international projects.

A new standard of data center design is emerging as AI drives rack loads of 130kW and beyond. By defaulting to modular construction and pre-integrated systems, operators gain the speed, precision, and predictable delivery required to meet today’s deployment timelines.

Retrofitting liquid cooling isn’t a compromise; it’s an opportunity to maximize the value of existing facilities while preparing for the AI-driven future

The recently published BREEAM New Construction Version 7 is another major step forwards towards a sustainable, low-carbon, built environment in the UK.

Tate’s award-winning RMG600+ raised access floor panel is leading the way for sustainable floor design in commercial spaces.