Freeing HPC from the data centre

Introducing Ku:l Micro DC

Our fully-integrated Ku:l Micro Data Centre which comes in multiple deployment configurations can enable distributed AI/ML workloads in virtually any location and at any scale. This GPU-rich solution offers maximum performance, improved energy efficiency and sustained high heat recovery, freeing HPC from the data centre.

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AI/ML-powered precision medicine applications

The aim of precision medicine is to ensure that hospitals generate timely and accurate data, obtain a comprehensive and longitudinal view of the patient, transform data into relevant diagnostic insights, and ensure an enterprise-wide approach to the relevance and the systemic execution of diagnoses. These are the top applications of AI/ML-powered precision medicine.

The challenges of deploying AI/ML workloads in precision medicine

Deploying high-performance computing (HPI) to enable AI/ML-powered precision medicine workloads at the point-of-care or on-premises doesn't come without its challenges. Deploying IT at the point-of-care means deploying it in close proximity to people. People present risk to the IT in terms of accidental damage, tampering and contamination whilst the IT presents risk to the people in terms of noise, heat, germs and space consumption. Deploying IT on-premises in existing server rooms presents challenges such as space availability, power availability, heat rejection, scalability, monitoring and maintenance.

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A highly scalable, GPU-rich Micro Data Centre solution for deploying accelerated AL/ML workloads in healthcare

Freeing HPC from the data centre

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If you have a cooling challenge that you would like us to solve or if you would like to find out more about our chassis-level liquid cooling technologies...

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