We live in an information-centric world where we have a growing dependence on consuming and creating more and more data. This data which we are dependent on shall be available to us whenever and wherever we need it.
Before moving forward, let us see the history of data storage and how it evolved:
History of Data Storage over the years
Magnetic Drum – Gustav Tauschek invented it in 1932. It had a storage capacity of 48 KB.
Magnetic Tape Drive – It was invented in 1928 but was first used to store data in 1951. It had a storage capacity of 231 KB.
Magnetic Core – It was invented in 1951 and had a storage capacity of 2 KB
Hard Disk Drive (HDD) – It was first introduced by IBM in 1956 and was of a size of a Refrigerator. Its storage capacity was 3,750 KB.
Floppy Disk – It was also developed by IBM in 1967, which had a storage capacity of 80 KB.
Compact Disc (CD) – Both Philips and Sony developed it in 1982, which had a storage capacity of 700,000 KB or 700 MB.
Zip Drive – Lomega introduced it in 1994. Its storage capacity used to be 100,000 KB or 100 MB.
Digital Video Disc (DVD) – Both Philips and Sony also developed it in 1995, which had a storage capacity of 1,460,000 KB or 1.46 GB.
SD Card – The first SD card held 64 MB space and was invented in 1999 by a joint venture of SanDisk, Panasonic, and Toshiba.
USB Flash Drive – An Israeli Company named M-Systems, developed the USB Flash Drive in 1999. Its storage capacity was 8 MB.
Blu-ray Optical Disc – It was developed by the tech-industry consortium in 2003 which had a storage capacity of 25 GB.
Cloud Data Storage – It was first developed in 2006 by AWS. The storage depends entirely on how much you pay for it.
Some of the Data storage trends for 2018
Flash Storage sales were at the rise in 2018 as compared to 2017. It is estimated that its price will further go down, boosting its sales in 2019, as the technology is on the rise.
In 2018, Analytics helped many organizations improve their performance and data management. Many vendors started embedding analytics into their data storage systems so that they can quickly get the information they want in fewer clicks.
Software-defined storage (SDS)
This helps enterprises in supporting their legacy assets, which allowed any enterprise to take advantage of some types of storage models like subscription-based or consumption-based.
In 2018, the enterprises started shifting towards adapting the multi-cloud storage to store their work across multiple cloud models. With this, the enterprise can reduce the loss of data or the issue of server being down.
Now, these are the most popular data storage trends for 2018, which will also play an essential role in 2019 as well.
7 Major Data Storage Trends for 2019
Storage management will play a key role in 2019. Many enterprises will adopt various storage management techniques to work across various things. This will help an enterprise in selecting the best storage model, which will also save cost and will be reliable in terms of service and server.
Large Memory Servers
Many organizations are in demand for large memory servers. Intel and many tech giants are set to introduce Non Volatile Random Access Memories aka NVRAM. These memories can retain the data without using power from the batteries, i.e., they use power cycles. NVRAM will be much faster than SSDs or any other disk.
Scale-out storage is a network-attached storage (NAS) architecture which is used to store exabytes of data. With this, many private data centers are also able to create an infrastructure that is tremendously cost competitive, more controllable, and also offers low latency.
Yes, you read it right. The term storage automation is in talks in 2019. However, what does it mean? It is all about how modern-day cloud data centers reduce errors in improving their efficiency and also to encapsulate time consuming or repetitive tasks.
Faster Flash Drives
The prices for the flash drives have fallen drastically due to which SSD prices have also fallen. Lower the cost of the flash drive, the lower will be the price of SSD. With this, many organizations will replace their SSD storage with Flash drives as they are faster and more reliable, which will improve organizations performance, space efficiency and also saves energy.
Non-volatile memory express (NVMe)
With low latency rates and having performance boosting specifications, it is already a trending technology. It enables an organization to preserve high bandwidth and also allows an organization to handle massive numbers of commands and queues. They are mainly used for big data analytics.
For every organization moving data in and out is a very complicated process and moving it to any other system. Multi-cloud storage environment enables an organization to run applications and data across various public cloud environments like Amazon’s AWS and Microsoft’s Azure or between any public and private cloud.
Data is increasing day by day, and we need many storage options to store our data, but these options should be cheaper and secure too. Data storage will boost in the near future as many companies are now-a-days bringing out new storage technologies which are faster than the previous ones and have low latency rate as well. Stay tuned for further updates!
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