Faster computing capabilities of microservers or HPC systems, improved power efficiency, and smarter deployment and management with high quality of service are some key factors driving the growth of high-performance computing market.
The biggest challenges for these HPC systems are power supply, cooling system management, and storage and data management. The importance of storage & data management would continue to increase in the future.
In addition, the software hurdles that restrain the growth of the HPC market keep increasing. HPC technology is quickly being adopted by academic institutions and various industries to develop reliable and robust products that would allow maintaining a competitive advantage in business.
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Various vendors also aim to offer high-performing converged technology solutions. Since this trend is becoming increasingly relevant, the market is growing steadily and will continue to grow in the future.
HPC includes various components, some of which could be listed as hardware and architecture, software and systems management, and professional services. Hardware components are the most important parts in any HPC system. The efficiency of the system depends entirely on the hardware units in HPC.
The hardware and architecture segment of HPC includes storage capacity (storage), power management, servers and network devices. Servers consist of supercomputers, departmental, departmental, and workgroups. Supercomputers and departmental units are the fastest selling items in hardware and architecture.
Another essential component of HPC is the software and the management system. It includes middleware, programming tools, performance tuning tools, cluster management, and fabric management. Finally, professional services offered include design and consulting, integration and deployment, and training and outsourcing.
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