Out of all
the inventions within the audio industry, second to maybe only the Digital
Audio Workstation (DAW), MIDI has helped shaped the way music is created today.
More people then ever are able to create music without knowing how to play an
instrument because a couple of brilliant engineers decided they needed a way to
connect their synthesizers to other manufacturer’s synthesizers.
Largely due
to two men in the early 80’s, Dave Smith and Chet Wood, we have a digital form
of communication for our electronic devices. So what is MIDI? Is it music? Is
it an Instrument? Is it easy to use? MIDI, to put it plainly, stands for
Musical Instrument Digital Interface, and it is not music, nor does it transfer
any sound files; what MIDI is, is a binary code that transfers from one device
to another and can do anything from tell a synthesizer what notes were pressed,
the velocity they were pressed at, duration, to just about any other
performance function you tell it to do.
MIDI was
designed to be simple; it was designed to be modified in the future. When MIDI
was first introduced the cable that carried the binary information had 5 pins
on the connecter; however, only three pins were used. Why the extra two pins
you might ask. Well, the creators, Smith and Wood had enough insight to know
that their invention would most likely be modified in the future; hence the
reason for the extra two pins.
About thirty years later, are the
two extra pins used? Yes and no. Some manufacturers have used the two extra
pins to send power to their MIDI devices to get rid of the need for a power
cord. The only problem with this method is that some cable manufacturers don’t
even run cabling for those two pins on their MIDI cables anymore because of how
long they went functionless. So while there is no official or standard use,
their forward thinking has benefited some companies.
Here is the real kicker about MIDI.
When it was developed, Smith and Wood did not ask for licensing fees. Instead,
they wanted their invention to be adopted and standardized as quickly as
possible. Talk about good marketing; as Seth Godin put it, free ideas spread
like viruses. And spread it did, within one year other synthesizer
manufacturers were installing MIDI systems on their devices. Today, MIDI has
spread beyond synthesizers to other audio electronic devices such as drum
machines, interfaces, all the way to non-musical devices that can cue different
visuals onstage such as lighting and video.
In a world
that is overrun with devices that will not communicate nicely (android to apple
phones or mac to windows computers), two men gave away their invention so the
world of music could have a common digital language. And what beautiful binary
it is.
![]() |
MIDI connector schematic. |
...My mistake in "Player Piano" was my failure as a futurist. I did not foresee transistors, and so imagined that super computers would have to be huge, with bulky vacuum tubes taking up a lot of space. -Kurt Vonnegut in "Letters"
I enjoyed this post since the funniest thing I learned when I took MIDI was that not all the pins are used. Each pin has a different function and I think that is essential for people to understand. However, everything that you explained is very important for people who do not understand MIDI nice job.
ReplyDeleteHey Kyle,
ReplyDeleteThank you for the insight into MIDI. I find it fascinating that some manufacturers don't even run cable for the other two pins. Do you know if they have to label it as such? I know I would be upset if I purchased one with the intent of using it to power my device only to find out that the cable couldn't support it. I look forward to your next post.
~Jared
Very interesting facts about the creation of midi and its uses. I first got introduced to midi in the early 2000's when I started to produce beats using FL studio's software, when I started using midi it took my productions to the next level, because like you said! I couldn't play instruments but it gave me more control and flexibility.
ReplyDelete