The University of Otago: Massive Computer Power to Render Images in the Shortest Time Possible

After an investigation of the university's requirements, it was clear that a significant number of systems would be required to run software for bioimaging projects. These datasets consist of huge amounts of data that require massive computer power to render these images in the shortest time possible.

• Deploy a system capable of handling massive bioimaging datasets that require high computing power.
• Ensure scalability and expandability to support future biomedical research needs.
• Provide a high-performance yet space-efficient solution within the university's infrastructure constraints. 

Originally, DiGiCOR discovered the need after we had quoted for a server, however, when we re-quoted for this part, we realised that the university would need additional equipment to meet performance requirements, so high density and a smaller footprint were added to the solution. Digicor initially quoted both the FatTwin and Blade systems. We helped the customer to analyse the pros and cons of each one, and the Blade system stands out due to its high speed network (40Gb InfiniBand) integration and better expandability over FatTwin and other high-density solutions.

At the end of 2014, the University of Otago and their school of Biomedical Sciences fully rolled out the bio-imaging project that has potential to go worldwide. With the help of DiGiCOR and the solution provided, that realisation is now another step closer.