One Stop Data System




Six years ago, joint of servers with some numbers of CPU, GPU, storage and networking assets merged together to form one-stop data center in order to provide the users demanding software. These highly rated combined and expensive servers work powerfully whenever they are being used in a collective way with the right software as at the period it was bought. What if the software can now optimize the number of GPUs or if the data center is connected with different HPC software? As time goes on, the applications transform, the data storage will increase, GPU controls power, the network covers the data center as the manager changes the server to meet the current needs. Base on the power capacity of new model GPUs, NVMe drives and the current models of CPU, including GPUs in a server with the increased storage which will not provide the needed extra power for applications like the AI.

The modern solution includes changing the means of servers into arranged HPC infrastructure. With the arranged infrastructure, the data centre manager will merge many current servers with an optimized system like GPU acceleration systems to include more numbers of resources that the server back in one stop system. More so, the project management scheduler will team up with the arranged infrastructure API to develop the right node or collection to make a specific application ready. Arranged infrastructure helps any amount of CPU nodes to strategically chart the high number of GPU storage assets to each node needed to finish a particular assignment.

After the completion of the operation, the materials move back to the collection pool in order to be charted to the coming set of a node so as to be ready for the coming operation. The extension gives the data center like a speed level of GPUs or NVME moves into the optimized PCIe based servers. The extension option increases unlimited easily to the HPC developed by disconnecting the new developments in CPU capacity, the performance of GPU space, deep learning, and image processing and so on. A more simple application- centric, one-stop data center is needed in order to meet the needs of the steady change in software and hardware

Arranged infrastructure with the extension accelerators has many advantages.  The data scientists in HPC can utilize the server they own before and include GPU development storage through development with no extra server security. If the scientists plan to buy a new server, they should, therefore, select the best server for the software not minding how many GPUs fixed in. in as much as the servers, GPUs and storage are optimized on different plans for several sellers, arranged infrastructure can be optimized at different level distributing the capital expenditures of the financial periods. Better still the scientist can, therefore, rent the modern technology of one-stop data system and application from the service providers using operational expenditure budget instead of capital expenditure budget. There are more advantages to the one-stop data system.


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