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Reversible computing and near zero-energy silicon chips

Mike Frank, Senior Scientist and Rodolfo Rosini, CEO, both at Vaire Computing, explain how reversible computing, as an alternative to classic computing, performs calculations without destroying information in the process (i.e., generating heat), reducing energy consumption and the need for cooling. Both are excited by the potential of the technology to meet AI’s ever-increasing computing and energy demands.

Copeland’s compressor innovations - keeping Asia-Pacific data centres cool

Abel Gnanakumar, Vice President, Commercial HVAC - Asia, Middle East & Africa at Copeland,...

Dynamism and energy - key to the BCS new brand

Anna Rantala, Marketing Manager at BCS, discusses the company’s new branding – a refresh that...

Legacy data centres - time for open heart surgery?!

Simon Harris, Director of Critical Infrastructure at BCS, discusses the role that legacy data...

Aston University helps tackle the soaring data centre energy use

Dr Aleksandr Donodin, based in the Aston Institute of Photonic Technologies (AIPT), has received...

Collaboration key to data centre project innovation

Maria Barrero, in charge of Architecture and Business Development at DConcept, outlines the...

Collaboration, connection times and capacity the key to delivering future data centre resilience

Pete Aston, Specialist Connections Engineer at Roadnight Taylor, discusses the findings of a new...

How data centres need to react to risk and resilience challenges and opportunities

Donna Bridgman, Founder of HerWorX, discusses the hidden costs of tomorrow’s data centres –...

AI - why inferencing matters as much as LLMs

David Hurtado, Managing Director of Quetta Data Centers, discusses the impact of AI on the data...

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