Skip to main content Skip to footer

Computing

High performance computing equipment at the University of Cambridge’s CSD3 facility

Academic research, particularly in the sciences has always been data driven, but technological improvements mean that researchers can do so much more with data.

Through data, we can unlock the research that can provide the catalyst for scientific, industrial and societal advancements. But to do that, researchers need computers with the power to process data and provide calculations at high speeds.

High Performance Computing

There are currently a number of new High Performance Computing facilities in the UK, from the new national supercomputing service ARCHER2, to institutions’ own HPC systems. Information about national services can be found on the HPC UK website.

Additionally, researchers have access to “Tier-2” HPC at a regional level, which provide a more specialised services for specific types of research. They include:

You can find out more about the facilities, including regional and institutional services on our High Performance Computing page.

Exascale Computing

The fastest HPC in the world today already work at a speed that it is difficult for many of us to visualise in our heads. They solve problems at the petascale – a quadrillion calculations every second, but attention is now turning to the next milestone – the exascale.

At a quintillion calculations each second, exascale supercomputers will allow researchers to more realistically simulate the world around us, enabling more accurate modelling in disciplines where precision is everything, such as medicine, nuclear physics and national security.

The UK will deploy its first exascale supercomputer “by 2025,” via a joint investment led by UK Research & Innovation and the Met Office, the government has confirmed.

Find out more about our members’ role in developing Exascale computing in the UK.

SES released a report on the barriers to using research HPC experienced by UK industry based on our work with organisations and their demand for higher compute power. The consortium is committed to exploring how boundaries to working with business can be lowered – more information can be found in ‘High Performance Computing for Industry: The Case of the Centre for Innovation’.

Download report

The latest on computing

Aerial skyline of central London with famous landmarks, River Thames, skyscrapers and Blackfriars Bridge at sunset - London, UK
News

SES celebrates the DAFNI champions

Six researchers from SES institutions are among 12 DAFNI champions who will get early access to the £8m infrastructure modelling and visualisation platform.

News

SES institutions to benefit from £14 million for HPC services

Researchers across the Science and Engineering South Consortium (SES) are to share the benefits of a £30 million investment in advanced supercomputing services.

News

A Laser Focus on Diamond’s Dual Nature

An iconic material, diamond combines huge aesthetic value with enormous practical worth – and both facets of its character are benefitting from pioneering laser science …

News

Collaboration the Key to Unlocking Cells’ Secrets

Research outcomes can be strengthened hugely by working across disciplines and by combining complementary skills across institutions.

Event

SES Open: Harnessing FAIR Data

Open Science is a contemporary and relevant theme across the UK research landscape. This year we’re hosting a series of exciting events that directly engage …

Event

Improving Research Workflows by Enabling High-speed Data Transfers

With the volume of data generated from research increasing rapidly and affecting a wider variety of fields and disciplines than ever before, the requirement for …