Growth Live In Terabytes (70 per second):
Size Of The Internet In Petabytes:
Unimaginable numbers simply explained How Big Is The Internet?
How big is the Internet? The exact size of the Internet is very difficult to determine. For this a Live Counter released figures large IT sites were used. Based on the speed with which the Internet in recent years grew an extrapolation for the coming years has been created. Thus the size of the Internet in 2012 was calculated to be 2800 Zettabytes or 2.8 exabytes. This number of exabytes are 2.8 billion terabytes. To store this amount of data you would need 700 million 4TB hard drives. In 2013 the amount of information on the Internet was 3.7 Zettabyte. In 2016 the amount of data passing through the Internet grew to about 26,500 gigabytes per second. A growth of traffic is forecast by 20% annually, on the basis also of the Live-based Counter below. One reason for this is that more and more people have access to the Internet. See: worldwide/
1000 MEGABYTES = 1GB             Gigabyte 1000 GIGABYTES = 1TB            Terabyte 1000 TERABYTES = 1PB             Petabyte 1000 PETABYTES = 1EB            Exabyte 1000 EXABYTES = 1ZB            Zettabyte 1000 ZETTABYTES = 1YB            Yottabyte Bytes Bytes Bytes Bytes Bytes Bytes
It is doubling in size every two years How much data does the internet contain? The size of the Internet doubles about every 2 years. For the beginning of 2016, the Counter expect around 7.7 Zettabyte on to data that is distributed worldwide Internet servers are. In the year 2020, the amount of data is expected to enlarge to 40 zettabytes. It is estimated that by then 50 billion devices will be connected to the Internet.
1 Gigabyte: An author takes 50 years for every week a book with about 190 pages, more specifically, with 383,561 characters (with spaces and sentence included) write. This would be a billion letters or bytes.
1 Terabyte: A trillion letters. If they were written down at a distance of one millimeter it would give the text length one million kilometers. 25 times around the globe!
1 Petabyte: The floppy was the storage medium of the legendary Commodore 64 in the 1980s. This disk for this home computer holds 174,848 Bytes leaves to be described on two pages. If you want 1 Petabyte storage you could obtain this by copying old C64 floppy on this, so you'd have more than 90 years 2 disk change to perform the over 2.8 billion diskettes per second copy. This would have a weight of 36,889 tons! Every 14 seconds, the Internet increases by this amount of data!
1 Exabyte: 212 million DVDs weighing 3,404 tons.
1 Zettabyte: 1,000,000,000,000,000,000. 000 bytes or characters. Printed on graph paper (with one in letter in each mm2 square) would be a paper measuring a billion km. The entire surface of the earth (510 million km²) would be covered by a layer of paper almost twice.
1 Yottabyte: The size of the Internet in 2030, if the current growth factor of 40% is maintained annually. With this amount of data one could hold the lives of all of the people on Earth from the time of her birth until her death on video. A Yottabyte is 8,000,000,000,000,000,000, 000,000 bits. The same number of water molecules would yield only 240 grams of water. A small glassful! See: water-drops-atoms
Worldwide Internet Traffic In Gigabyte Per Second:
The Deep Web A large part of the Internet is hidden, that is, not easily visible to everyone. These include, for example, the server log files, which each monitor access to the site. Likewise, the "cloud". Entrepreneurs as individuals save more data in it. Although these are "the Internet",’ but available only with login information.
How Many Servers Are Added Every Day? The True Size of the Internet: The internet has become an integral part of our lives. We rely on it to communicate, to shop, to access information and to stay connected. But have you ever wondered just how big the internet really is? The answer is: it's hard to tell. The sheer size of the internet is staggering. It is estimated that there are more than 20 billion devices connected to the internet, with more than 4 billion people using it worldwide. It is estimated that over 5 trillion gigabytes of data is transferred over the internet every day. In order to put this into perspective, it would take over 5 million years to watch all the movies ever made. But how many servers does it take to support this massive network? Unfortunately, there is no one answer to this question. The true size of the internet is impossible to measure, as servers are added and removed all the time. While some estimates put the number of servers at over 1 million worldwide, this number is constantly shifting. The complexity of the internet and the fact that servers can be added and removed at any time makes it difficult to come up with an accurate count of the number of servers added each day. Estimates vary, but most experts agree that the number is likely in the tens of thousands, with many of these servers being added in countries with developing economies. The true size of the internet is impossible to measure, but one thing is certain: it's growing at an exponential rate. As new technologies are developed, more and more people are connected to the internet. This means more data is being transferred, more services are being offered, and more servers are being added to support this ever-expanding network. So while we may not know the exact number of servers added every day, what we do know is that the internet is ever-growing and ever-evolving. How Much Electricity Does the Internet Use? The internet has become an indispensable part of our lives. We rely on it for entertainment, work, communication, and more. But how much electricity does the internet actually consume? Recent studies have shown that the electricity used by the internet is estimated to be around 645 Terawatt-hours (TWh) per year. This is equivalent to the total electricity used by Germany in a year. Even more startling, the internet is estimated to use 4% of the total electricity consumed in the world. This amount is predicted to increase as more people gain access to the internet and digital devices such as smartphones, tablets, and computers become more common. It is important to note that the electricity used by the internet does not just come from powering the servers, but also from the infrastructure that supports it. This includes things such as the energy used to power the routers, switches, and cables that are needed to transmit data. So what can we do to reduce the amount of electricity used by the internet? One option is to use more energy efficient devices when accessing the internet. This could include laptops or tablets that have higher energy efficiency ratings or using power-saving modes on your devices. Additionally, you can reduce the amount of data transferred over the internet by compressing files before sending them. Finally, it is important to keep in mind that the internet is not only a source of entertainment and information, but also a powerful tool for connecting people, businesses, and governments. By using the internet responsibly, we can help reduce its energy consumption and make sure that it remains a vital part of our lives.