Falling computer costs and the spread of smartphones have greatly expanded internet access, making it an essential part of life in the developed (and even the developing) world.
Following are the reasons why data centers are absolutely essential to the internet, both as it exists today and for where it’s expected to go in the future.
1. Huge Data... Data stats
Everyday Internet users all over the world generate huge data approximately 2.5 quintillion bytes of data usage estimated in 2017 and daily the data usage is increasing.
Here’s a quick look at some of the data that’s being produced every minute:
69,444 hours of video streamed on Netflix
4,146,600 videos watched on YouTube
456,000 tweets sent on Twitter
15,220,700 text messages sent
46,740 photos posted on Instagram
3,607,080 searches conducted on Google
103,447,520 spam emails sent
As per recent DOT 2020 reports Indians consumed 308 petabytes (PB) or 308,000 terabytes (TB) of data daily and it is increasing every day.
India is the second largest online market in the world with 560 million internet users consumes average 11GB per month data, ranked only behind China. It was estimated that by 2023, there would be over 650 million internet users the country.
So for the logistics of data management and network infrastructure, Data has to reside somewhere, and since the early days of the internet, data centers have been the place to store internet data.
There are more than 500,000 data center facilities around the world with an estimated capacity of 1400 exabytes.
Considering that 1 exabyte is equivalent to about 1 billion gigabytes, that’s a massive amount of storage to accommodate the ever-increasing demands of the internet.
Fortunately, improvements in memory have both increased storage capacity and reduced power demands for accessing it.
As internet usage continues to expand and intensify, data centers will be critical to meeting its needs.
More hyperscale facilities, which may soon account for half of all data traffic, are already under construction while edge data centers proliferate across emerging markets to deliver faster services.
Public cloud services have reworked the approach organizations across the globe approach and manage their network infrastructure. whether or not firms ar utilizing public cloud resources or implementing hybrid or multi-cloud solutions through a knowledge center, the cloud-based “as a service” model has become associate degree integral a part of today’s web.
Setting aside the actual fact that knowledge centers house the servers that create cloud computing doable within the 1st place, knowledge centers ought to additionally play a important role within the network ways of individual firms. a top quality facility with sturdy property choices associate degreed knowledge center elements will facilitate organizations access and utilize cloud services quicker and cheaper than most of them may offer through an on-premises answer. These facilities, beside their MSP partners, provide a spread of bundled services that enable firms to create bespoken network infrastructures that facilitate them drive business results and grow a lot of effectively.
The proliferation of web of things (IoT) devices is already reshaping client demands and redefining the ways in which organizations gather and utilize info. Gartner predicts that over twenty billion devices are going to be connected to the net by 2020, generating associate degree calculable 800 zettabytes (or 800 trillion gigabytes) of information. a lot of of this unstructured info can feed into “big data” analytics programs that arrange to derive unjust business insights that may translate into competitive benefits.
Data centers are going to be crucial to managing and harnessing the potential of IoT technology. With such a lot of devices in operation on the edge of networks, edge computing architectures that find key process tasks nearer to finish users and also the points wherever knowledge is collected are going to be valuable for combating latency. Edge knowledge centers won't solely function booster stations for IoT devices, handling process tasks too nice for the devices and too time sensitive to be sent back to the network core, however additionally as extensions of the network. This helps deliver larger levels of property and repair to previously underserved markets.
The unfold of high-speed network connections has allowed video to dominate the net in ways in which were unbelievable within the period of dial-up phone connections. Video created up fifty one % of all web traffic in 2016, with one supplier (Netflix) accounting for thirty seven % of all streaming traffic in North America.
Streaming suppliers face the tough challenge of providing content with bottom buffering delays. This speed could be a byproduct of latency, that measures the quantity of your time it takes for knowledge to physically travel from one purpose to a different. Since knowledge is certain by the laws of physics, distance matters. a knowledge center in Cleveland, as an example, will stream content to customers in Columbus quicker than to customers in Milwaukee. The distinction might come back all the way down to a matter of milliseconds, however once it involves video, delays become accumulative, inflicting footage to buffer and fragment. By locating edge knowledge centers nearer to finish users and caching high demand content for fast delivery, streaming suppliers offers quicker, a lot of responsive services to all or any of their customers.
Data centers are associate degree integral a part of web infrastructure from its origin and that they can still play a vital role in its future. As organizations obtain to deliver new services, contour operations, and accommodate their knowledge storage and analysis desires, knowledge centers can provide them a range of choices that are best suited to the actual demands of their business.