In today’s world, where technology is a necessity for everybody, we always look for innovative ideas to make our work faster, precise, and our working processes smarter. For instance, even in our everyday life, we look for upgrading from slower computing devices to faster, better computers that offer features for efficiency improvement. Likewise, in the Super computing space, there is a constant need for faster and better computing capacity and capability; these large setups tend to address problems of large magnitude and those that have a significant scientific, economic, and social impact. From a technology stand point, this transformation in the High Performance Computing (HPC) segment aims to run workloads faster, reduce the time-to-solution, and streamline operations for cost savings. High Performance Computers are more than just fast computer systems; they help provide solutions with insights that lead to innovations. Organizations not only use HPC to solve their situations, they rely on it.
A sneak peek at what High Performance Computing does
High Performance Computing (HPC) helps in dealing with workloads like weather and climate modeling, multi-disciplinary engineering workloads, computational chemistry, physics and petroleum reservoir modeling that require highly intense computations and where the workload is aligned with parallel processing methodologies in a more competitive way. Apart from these, high performance computing allows you to pack accelerated processing into the same power and cooling envelope as traditional servers, better utilizing floor space and optimizing the data center.
Introducing IBM High Performance Computing – better known as “Deep Computing”
IBM refers to its HPC solutions as “Deep Computing”, because many of our customers use HPC to derive insights from exploring beneath the surface of a problem, and IBM believes “Deep Computing” captures the intent of their goals. While HPC emphasizes computer performance, the IBM “Deep Computing” team recognizes that real innovation and competitive advantage require much more than speedy processors. The IBM approach to Deep Computing is to offer high-value, integrated solutions, backed by world-class services and support.
IBM Deep Computing provides an extensive selection of high performance computing options from a portfolio of servers, storage, software, services and financing options backed by access to Subject Matter Experts and world-class support. Our portfolio is designed to help develop advanced systems based on loosely coupled clusters and hybrid clusters for workload acceleration and optimization. In addition, our products can optimize research and overcome obstacles to parallelism and other revolutionary approaches to supercomputing.
I am thinking to cover more specific details on Deep Computing in my next blog.







