UK Research and Innovation Awards 18 Million Pounds for Birmingham National GPU Computing Hub
The University of Birmingham has secured 17.9 million pounds from UK Research and Innovation to host the Baskerville National Compute Resource - a liquid-cooled GPU computing facility designed to provide high-performance computing access to researchers across every UKRI discipline. The center is scheduled to launch in April 2027.
The funding forms part of a broader 38 billion pound UKRI package supporting research and development through the current Spending Review period ending in the financial year 2029/2030. Baskerville NCR is explicitly positioned as a nationally accessible resource rather than an institution-specific facility - any UK researcher, regardless of location or discipline, will be able to apply for access.
Why GPU computing, and why now
Graphics processing units were designed to handle the parallel computation required for rendering images. That same parallel architecture turns out to be highly effective for data-intensive scientific computation - machine learning, climate modeling, genomics analysis, materials simulation, and many other research domains that require processing large datasets under time constraints. GPU technology has become, as Andrew J. Morris, Professor of Computational Physics and Baskerville NCR Director, put it, "essential across many research areas."
The energy efficiency dimension matters alongside the raw performance. Kate Steele, Director of EMEA HPC/AI at Lenovo, the technology partner, emphasized that the facility is designed to "improve efficiency at the core of high-performance computing" - delivering high science output per unit of energy consumed. The facility will be housed in a purpose-built, water-cooled data center that eliminates the need for air conditioning, substantially reducing both energy use and operating costs compared to conventional data center architectures.
Access and workforce development
One stated priority for Baskerville NCR is lowering barriers to high-performance computing for research communities that have historically lacked access. Dedicated Research Software Engineers will provide training and user support, with the aim of bringing HPC-enabled research to disciplines - social sciences, humanities, arts - that have not typically been major consumers of supercomputing resources.
The center will also create professional development opportunities for system administrators, research software engineers, and support specialists in the Midlands region - a workforce investment that UKRI Digital Research Infrastructure Programme Director Richard Gunn described as essential for building a "user-centred ecosystem" around advanced computing.
Professor Rachel O'Reilly MBE, Pro-Vice-Chancellor for Research at Birmingham, described the facility as placing the university "at the heart of the UK's computing landscape" - though the center's value to UK research will ultimately depend on the breadth of uptake across institutions and disciplines rather than on Birmingham's role as host.