Gigabitting in the middle of the night
Five short months ago, we upgraded to a gigabit network connection here in the building. We essentially multiplied our potential network transfer speed by 10 times.
Right now, at 3:00 in the morning, I am very, very thankful that we did just that.
The past few hours, Paul and I have been sending gigabytes of data back and forth over the network, as we put the finishing touches on a few different wedding videos that we shot recently. Thanks to the high-speed internal network here, we are able to transfer entire wedding videos in super high quality in just minutes. A simple transfer that would have taken an hour might now take five or six minutes.
This is huge now, because we have been ping-ponging these different videos, sending a five-gigabyte file there, a 10-gigabyte here. If we were on our older and slower 100 megabits-per-second connection, this would be a nightmare!
Even now, we’re burning the midnight oil (or, more appropriately, the 3:00 AM oil), doing all we can to wrap these up in enough time to get a little bit of sleep before hitting the road Saturday morning.
So basically, I am so happy that we were able to have the foresight to invest in this piece of hardware, this gigabit switch. It is paying off big time, when we need to have these files moving across the network, and it would be so torturous to have to sit and wait for the data to slowly trickle through.
Now, to put this all in English.
A network switch, in computer terms, is very much like a hub or a router, where you plug all of your computers into. Most people are familiar with little four-port routers that you might have with your cable or DSL modem. The switch is like that, although it has 16 ports in it.
And the term “gigabit” simply refers to the speed of the network. Gigabit means 1,000 megabits, so that is obviously 10 times faster than our old 100-megabit connection.
By the way, it’s not really relevant here, but megabits and megabytes are totally different things, as are gigabits/gigabytes, kilobits/kilobytes, et cetera. Basically, one byte equals eight bits. Therefore, one gigabyte is eight gigabits.
Since most devices (hard drives, DVDs, memory cards, iPods) are measured using a form of bytes — that is, megabyte, gigabyte, and so on — it can get kind of confusing. Basically, your 8 GB (gigabyte) iPod would actually equal to 64 gigabits (8 x 8 = 64). Conversely, if your home Internet connection is 6 megabits per second, then your maximum speed is actually only .75 megabytes per second (6 / 8 = 0.75).
I didn’t mean for this to end up being a Networking 101 course, but there you have it! Bottom line, we are seeing a very real benefit from upgrading, and it’s ending up saving us a lot of time, and hopefully giving us a few hours of sleep before it’s time to begin the drive.