Why high-performance storage solutions are required for success
Technology is growing the demand for high performance storage solutions due to greater file sizes associated with technological advancement. These file sizes may be from the creation of digital assets either based upon real world data or generated digitally. Data may now originate from 3D scanning, digital modelling, rendering, sensing technology or analytics and not just office software. Higher resolutions, faster sensors and more accessible technology has all enabled the growth of data and the need for high performance storage solutions.
Adoption of the new NVM paradigm shift
Recent storage solutions are now utilizing the benefits of the NVM storage protocol that will soon replace SATA, SAS and older protocols. This is because the data transfer is not limited to read or write in a given transfer, provides a much greater data bandwidth, lower latency and higher transfer speeds with no need for on device data conversion to occur. All of these benefits mean that large technology companies that provision the industrial storage protocols have no further protocols in development. It is likely that companies that need to process large data sets quickly to be competitive will likely leave the competition behind and improve their market share while offering more services and added value as a consequence of making the jump to NVM high performance storage solutions.
There are more ways to deal with data handling
Data pools in high performance storage solutions are completely modular and controllable through an administrative console that controls every aspect of data governance and system logic. This is important for artificial intelligence data optimization tools that are currently integrated into many such solutions. Artificial intelligence-based software is designed to quickly and intelligently identify and action repetitive tasks and a perfect use case is data management and optimization; all modern high performance storage solutions take advantage of this technology.
NoSQL, no problem on NMV
High performance storage solutions can also partition sectors without needing persistent partitions being set at lower levels of machine governance. Additionally, databases that utilize NoSQL data key pairs and hash tables allow for quicker lookup and sorting of data. High performance databases on azure can allow large enterprises become completely scalable through the NoSQL key pair method and hash value. High performance databases on azure can be run across any number of servers and only need one or more servers for mirroring each for backup. This is significantly leaner than a cluster environment, reducing enterprise costs.
The future of storage is NVM
It is important to understand that soon NVM will be the principal hardware and protocol used to manage databases, storage and enable parallel storage pools to be created, allocated and utilized by artificial intelligence to preempt data requirements and reduce latency through this data buffering method. Artificial intelligence will play a key roll in data governance and hardware configuration and top-level management achieved through a central administration software.
With the reduction of physical hardware needed to create a faster and more robust system that can live switch to a mirrored server during hardware failure enterprise savings and cloud-based options allow for optimized data management along.
NoSQL databases will be used more due to the scaling constraints of relation databases forcing the adoption. As NoSQL will require faster searching during data querying and modification NVM will provide the only logical solution.
In addition to this the NVM protocol allows for both older technologies as well as new storage ultra-high-density devices to also use the same system helping future proof an enterprise solution with no new protocols being currently developed. High performance databases on azure will continue to be easily managed allowing enterprises to grow.
