It is easy to see that back in the day, messages and information traveled a lot slower.  If somebody needed information, they would write a letter or send a wire.  Within a few days to a few weeks – depending on the destination and urgency – the person would get a reply.  Life was a lot more calm and tranquil.

These days, things have changed.  The classic scenario of waiting days on end for a reply from a distant relative or work inquiry is long gone.  With all the technological advances in Internet technology, such as wireless networks and satellite Internet broadband, people can no longer wait more than a few seconds to a few minutes for messages and information to arrive.  They want everything done instantaneously; they do not want to wait.  Patience is no longer a virtue.

Besides, with such cool online features as instant messenger – stressing the speed – and text messaging, people feel as if they do not need to wait for anything.  If a message is sent, it should be received immediately, read and responded to.  No one should have to wait longer than two minutes for anything.

But, if you take a step back and look at the situation, you will realize that the actual, physical journey that a particle of information undertakes when travelling from your computer to a database and back to your computer is really quite extraordinary.

Just look at the distance for satellite Internet technology.  For a user to, let’s say, download a Web page in order to access specific information, that command – data packet – travels from the computer, through an Ethernet port, past a modem and then is immediately shot up into space through a satellite Internet receiver.  The data packet will then hit a geosynchronous orbiting satellite – stationary orbit over the equatorial plane – that is approximately 22,000 miles (36,000 km) above the surface of the earth, above the user’s house. From there, the data packet is shot back down to the satellite hub on the ground where it accesses the Internet, finds the correct Web site information and then makes the return trip back towards the user’s computer, where the initial command took place.  Then, the Web page downloads onto the computer and the user is happy.

This whole description of a data packet’s journey through the satellite Internet mainframe is a complicated adventure, occurring in specific sequences of events that cover immense distances.  And yet, even with the recent advances in technology and releases of satellite broadband – among other things – people still manage to complain about the time it takes for a Web page to download or a text message to be received.  It is somewhat comical if you really think about it.

Besides, once space travel is advanced and people start traveling to other planets and galaxies, communicating with Earth will take an immense amount of time.  Considering the distance a piece of data will have to travel – at the speed of light nonetheless – in order to arrive at Earth and then make the return journey, it could take months, if not years.  So, perhaps give your online network a break for just a little bit.  The information you are accessing covers thousands and thousands of miles within milliseconds.

Make the journey in even less time with HughesNet Satellite Internet service.  Compared to dial-up connections, Satellite Internet has the competition beat.