Three times faster than its predecessor, Blue Crystal 4 (BC4) at University of Bristol can perform 600 trillion calculations per second and will accelerate the…
Overview
The University of Bristol has launched the Blue Crystal 4 (BC4) supercomputer, which is three times faster than its predecessor, capable of performing 600 trillion calculations per second. This advanced system will support over 1,000 researchers in various fields, significantly accelerating research timelines.
What You'll Learn
1
How to utilize the Blue Crystal 4 supercomputer for research projects
2
Why GPU acceleration is essential for high-performance computing
3
When to apply supercomputing resources for complex modeling tasks
Key Questions Answered
What is the performance capability of the Blue Crystal 4 supercomputer?
The Blue Crystal 4 supercomputer can perform 600 trillion calculations per second, making it three times faster than its predecessor, Blue Crystal 4 (BC4). This performance enables researchers to significantly reduce the time required for complex computations.
How does the Blue Crystal 4 supercomputer support research at the University of Bristol?
The Blue Crystal 4 supercomputer supports over 1,000 researchers and engineers by accelerating research timelines. Tasks that previously took a month can now be completed in a week, and those that took a week can be done in just a few hours.
What types of research will utilize the Blue Crystal 4 supercomputer?
Research utilizing the Blue Crystal 4 includes whole-planet modeling for climate studies, rotary blade design for helicopters, gene mutation studies, and investigations into the spread of diseases like Dengue fever and Zika virus.
Key Statistics & Figures
Performance capability
600 trillion calculations per second
This performance allows for significant reductions in research time, improving efficiency for over 1,000 researchers.
Core count
more than 15,000 cores
This makes BC4 the largest UK university system by core count.
Theoretical peak performance
600 Teraflops
This peak performance is crucial for handling complex simulations and modeling tasks.
World ranking
301
BC4 is ranked 301 in the Top500 list of the world's fastest supercomputers.
Technologies & Tools
Hardware
Nvidia Tesla P100
Used as GPU accelerators in the Blue Crystal 4 supercomputer to enhance computational performance.
Hardware
Nvidia Grid
Used in the visualization node of the Blue Crystal 4 supercomputer.
Hardware
Lenovo Nextscale
The platform on which the Blue Crystal 4 supercomputer is built.
Key Actionable Insights
1Leverage the Blue Crystal 4 supercomputer to enhance the efficiency of your research projects.Utilizing this advanced computing resource can drastically reduce the time needed for complex calculations, allowing researchers to focus on analysis and application rather than computation.
2Consider GPU acceleration for tasks requiring high computational power.The integration of NVIDIA Tesla P100 GPU accelerators in BC4 demonstrates the significant performance improvements achievable through GPU technology, especially for data-intensive applications.
3Engage with interdisciplinary teams to maximize the potential of supercomputing resources.The diverse applications of the Blue Crystal 4 highlight the importance of collaboration across various fields, enhancing innovation and research outcomes.