Tag Archive for: MIDI

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The Changing Face of Music

Two related pieces of content rolled through my email inbox this morning that I have to share. The first is a Apple produced video from 1988 on MIDI, that helped to popularize the use of computers in music in the early days of “desktop music publishing”. Like most things from Apple, the video does not mention any of the amazing products (besides the Mac) that defined this era, including Master Tracks Pro, Finale, Encore, Opcode, Alchemy, and Digital Performer.  But they are all included in the video. It is amazing how relevant this video is even 26 years later. YIKES!  The dawn of MIDI.

I love the big hair and seeing lots of my friends again including David Rosenthal, Frank Serafine, David Mash, Tom Coster, Bryan Bell, Herbie Hancock, musicians Chick Corea, Carlos Santans, Laurie Anderson, Tony Williams, Chester Thompson and others. Thanks to Denis Labrecque for sharing this with me.


SECOND PIECE of content is this great graphic from Digital Music News showing how music formats have changed from 1983 (the year both MIDI and the CD were released) and 2013. You can easily see how the business has morphed, shrunk and completely re-invented itself over the past 31 years. If you don’t think “the music business” has changed much over the last 3 decades – take a good look at this. Thanks to Charlie McEnerney and Paul Resnikoff for this.

30 Years of Music Format Changes

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The Interdependency of Music and Technology

The music business has been utterly transformed by technology. New music apps such as Pandora, Spotify, Soundcloud, Shazam and Songza among hundreds of others are driving new music revenue and employment opportunities for technically oriented musicians.

Olivia Leonardi over at Online Computer Science Degree has written an article about the intersection of music and software development and describing the rich past of the impact of technology, specifically software on the music business.  It is excerpted here.  Lets go people, tool up for careers in the music industry of the future!

Computer Science and Music Technology

You’re a heavy-duty programming dude or computer grrl, but you also love music.  Is there any way to reconcile these two interests?  Unless you’ve been living under a rock, you know that computers and technology play a major role in the 21st century music scene. Audio sequencers, MIDI and associated laptops are standard operating equipment for performers like Prince, Kraftwerk, OK Go, international deejay Paul Van Dyk or electronic music pioneer Thomas Dolby. Indeed, popular music today – from indie rock to hip-hop to house – would not be the same without innovations in computer science and technology. The following article is an exploration of the pioneering inventions and innovations in music technology that, through the use of computers, continue to define the musical experience of today.

Making Music in the 20th Century

1930 marks the year that the technological roots of modern popular music were formed. In that fateful year the world welcomed its first drum machine while the revolutionary electric guitar took the music scene by storm. Although the drum machine wouldn’t find its way into popular music for another 40 years, the electric guitar was seen as a brilliant invention and one immediately adopted by the jazz community and early blues artists. Perhaps more importantly, however, was that these two innovations inspired and challenged others to experiment with electric instruments and to test how technology could continue to enhance the musical experience. In the years following, the legendary Les Paul would lay down the first multi-track recording in 1947 and in ‘58 Link Wray, unsatisfied with the sound his amplifier was producing, would think to jam pencils into it to distort the sound of the guitar in the track “Rumble” – a technique The Kinks pushed into the mainstream with “You Really Got Me” in 1964.

Then, in 1966, producer George Martin was faced with a dilemma. The Beatles had recorded multiple takes of a John Lennon penned song called “Strawberry Fields Forever.” John had finally settled on not one, but two takes of the song that he liked best. The problem: the two takes, numbers 7 and 26, were recorded in different keys and played at different tempos. Without the technological innovations available today, Martin ingeniously solved the problem by mechanically slowing one take while speeding up the other, then spliced the two takes together to produce one of the most celebrated popular music recordings in history.

Enter Computer Technology

Computer technology has since incorporated innovations such as Martin’s and made them a routine part of music recording. Without major advancements in computer technology, however, such would not be the case. Once monolithic, the late 1970s and early 80s saw the size of computers greatly diminish while major improvements were being made in processing power. Personal computers were made accessible for the first time in history and, watching closely, the music industry quickly responded. As the Beatles were walking Abbey Road and the Rolling Stones were licking their way to chart toping heights, brilliant innovations on old technologies would surface simultaneously that – from sampling to the drum machine to the Musical Instrument Digital Interface (MIDI) – gave rise to whole new genres like hip-hop and electronic music while altering the trajectory of popular music itself. The following is a brief run-through of some of those major developments in computer technology.

Sampling

Sampling allows musicians to borrow snippets of past tracks and even entire recordings and incorporate them into original creations. Using synthesizer technology, artists can also alter the tone of the sample by speeding up or slowing down the track; later iterations of samplers would actually come in the form of synthesizers as synths became more sophisticated and were able to adopt sampling technology.

The first sampler – the Mellatron – appeared in the late 60s and early 70s and was a tape replay keyboard that stored recordings on analog tape. Although its genius was widely recognized, it was soon improved upon with the emergence of the memory-based digital sampler. Developed by a trio of computer scientists and software engineers, the first digital sampler – the EMS Musys system – ran on two mini computers (PDP-8s), giving birth to the first digital music studio. As musicians began realizing the need and benefit of sound synthesis for sampling purposes, sampling synthesizers soon emerged. Surfacing in the late 70s, these sampling synthesizers would enable the use of percussion samples and techniques such as the crossfade and “time stretching” and are credited with advancing hip-hop away from the drum machine sound of its youth.

Today, sampling technology is either software-based or appears as part of the music workstation.

Digital Drum Machine

Beginning with the Rythmicon – the father of all drum machines, first produced in 1930 – the drum machine has had a strong impact on music through the years. The first “modern” drum machine – in the form of a programmable drum machine — emerged in the 70s with the Roland CR-78 machine and a few year later, the legendary Roland TR-808 (1980) and Roland TR-909 (1984). Both machines are icons of the early hip-hop, underground dance and techno genres. Indeed, Marvin Gaye’s classic “Sexual Healing” wouldn’t be the same without use of the Roland TR-909.

Digital drum machines, otherwise known as drum computers, also figure heavily in the development of pop music in the 80s. Starting with the Linn LM-1, digital samples of drum sounds and drum sound synthesis were both used with increasing frequency, appearing in works from the soundtrack ofScarface to Prince.

In music today the physical drum machine is a rare sight, whose use was rendered obsolete by MIDI and digital music workstations.

Digital Synthesizer

The digital synthesizer produces a stream of numbers at a certain rate that is then converted to analog form, allowing speakers to produce sound. Synthesizer aided music is some of the most identifiable of the 70s and 80s. No only did the Beatles and Rolling Stones utilize its capacity to produce unique and spacy sounds, but a whole new genre arose from its use: synthpop. Today, the synthesizer is a major element of the music workstation.

    • Forms of Sound Synthesis
    • Additive Synthesis
    • Subtractive Synthesis
    • FM Synthesis
    • Phase Distortion Synthesis
    • Granular Synthesis
    • Physical Modelling Synthesis
    • Sample-Based Synthesis
    • Analysis/Resynthesis

Sequencers

Of all music technology, the sequencer has arguably benefited the most from computer science, giving birth to the very genre termed “computer music.” In modern days, a sequencer is a piece of music software that can record, edit, and play back music. The first digital sequencer emerged in 1971 from Electronic Music Studios while the first microcomputer based digital sequencer, the MC-8 Microcomposer or “computer music composer”, appeared in 1977 using a keypad to enter notes in numeric codes.

As the personal computer’s capabilities progressed, software sequencers soon emerged. The New England Digital ABLE (1973) computer and its brother the Synclavier 1 (1977) are two of the most notable with the latter being used by such artists as Michael Jackson. These two advancements were also two of the first iterations of the modern music workstations. In the current day and age, however, most sequencing is done via software through the use of MIDI.

Musical Instrument Digital Interface (MIDI)

The development of Musical Instrument Digital Interface (MIDI) was a remarkable innovation in the history of music. The MIDI made it possible for anyone with a computer, a modicum of talent and a measure of determination to become his or her own performer and producer. MIDI originated as a means to link keyboards with synthesizers, but has since evolved to become a computer software application used to edit all aspects of music recordings. MIDI allows for the interaction of many different instruments at once through a central transceiver that the instruments are plugged into. With their memory, processing power and interactivity, computers became the central brain that all electronic instruments were connected to. From this point on, the computer became irreplaceable in music production. Sequencing software was developed to piece together the disparate musical elements received on the computer through MIDI connections in addition to the development of software synthesizers, drum machines and samplers (often coalesced into one program).

Prior to MIDI, the recording process required a sound booth, session musicians, mixers and other expensive features. Since the development of MIDI, a single musician can sing, play accompaniment and mix multiple tracks together to produce a polished, sophisticated recording using only a computer, a mike and digital recording software.

From Olivia Leonardi at Online Computer Science Degree.

Side note – this is the 30 year anniversary of MIDI.  I will be writing more about that in the weeks ahead.

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Grammy Awards for the Inventors of MIDI

After 30 years, the inventors of MIDI are being recognized by the Recording Industry with a pair of Grammy awards. My friends Dave Smith and Ikutaroo Kakehashi are both receiving the awards during this year’s ceremony for the creation of the Musical Instrument Digital Interface.  These guys were the true pioneers who set MIDI in motion and made it possible for millions of people to enjoy music creation by employing synthesizers, computers and music software.

It’s been almost 30 years since MIDI was first demonstrated at the winter NAMM show, 1983. Marking the anniversary, The Recording Academy is giving a coveted Technical Grammy to the two people most associated with its creation – so-called “father of MIDI” Dave Smith (then founder of Sequential Circuits, now Dave Smith Instruments) and Roland founder and engineer Ikutaro Kakehashi.

My memory is a little fuzzy about the first public demo of MIDI in 1983, but I remember being there and getting inspired.  It was an amazing demonstration of collaboration between a little company and a big one.  The thing about MIDI that I think is so fantastic and unusual in a historical perspective is how the standard was widely embraced by all parties without a dominant player forcing it down everyone else’s throats.  When you look at other standards (Ethernet, WIFI, SCSI, etc.) they generally came from a market leading company licensing and dictating terms.  MIDI was the anthesis of that.  We we all part of a tiny market looking to increase our businesses and revenues and MIDI was a way to create interoperability on a shoestring with little financial or technical risk.  That was the brilliance and simplicity of the idea.  As a result, all boats were lifted.

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Cycles in Music – Video

From the Business Innovation Factory Summit, my presentation on the Past, Present and Future of Music.

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Here is the story they wrote about me for the Summit.

Back in the seventies, David Kusek walked from his freshman dorm at the University of Connecticut, down a long hill to the music department for classes several times a week. When the routine got a little stale, he began taking other routes. One detour took him past the computer science building where he quickly noted the “hot” cars in the parking lot. Naturally, he began taking computer science courses.

Great ideas are born in such serendipitous ways. When Kusek melded his deep-rooted love of music with his newfound affinity for computers, he opened up unchartered territory in the music world by inventing the electronic drum. His company, Synare, took a relatively unfamiliar technology (computers) and combined it with an indigenous musical tradition that tuned percussion to the key of the song. Kusek also knew how to start a business, develop products, and take them to market. Having the right price point added to the appeal of the electronic drum and attracted the attention of fledgling artist Donna Summers who took a chance on the new sound and propelled her career.

“For better or worse, we had our part in the disco age,” Kusek says. “We helped to define the sound of the era.”

Taking another detour for curiosity’s sake led Kusek to study animal communication in California with noted biologist John Lilly. They were trying to use sound to communicate with dolphins when the Apple II computer came to market.

Kusek was already synthesizing the sounds that dolphins make, so he devised a way to do the same with musical instruments, to “put the Apple II between the instruments.” He explains that his new company, Passport Designs, “broke music down into a language of expression, which we mapped to simple computer code and connected it to the instruments. We created a computer language for music.” Witness the birth of Musical Instrument Digital Interface (MIDI), developed by a group of companies including Passport, which has left an indelible mark on the music industry by becoming the prototype for all music interface software.

If only they had patented it.

Kusek, along with Dave Smith and the other people responsible for creating MIDI could have made millions with MIDI, but he remains philosophical about this missed opportunity. “Maybe the reason why it took off was that it was absolutely free,” he says. “It was a compact way of representing music in a simple and cheap format.”

Kusek has learned to appreciate and even extol the benefits of free and open access to music. He helped create musical notation software and was instrumental in developing enhanced CDs for the commercial market. He supports the creation of a music utility to “monetize” the immense wave of file-sharing that has become standard operating procedure in the industry. He reasons that Internet users already pay for access to a network that supplies the music, so why not add a nominal fee to the ISP bill and allow for legal trading? With approximately 80 million households using the Internet, a monthly music utility fee of $3 would generate almost $3 billion in annual music sales from households alone.

“If you tracked what was downloaded,” Kusek says, “you could create a system where the money flows exactly to the people who are listening. It could be a 30 to 40 billion dollar business again, as it was in the nineties.”

Admittedly, this system would spread those billions among a larger base of artists, establishing an unfamiliar sense of parity in the music industry. But Kusek says that the megastar is gone, anyway: “In the last four to five years, new artists coming to market are not making anywhere near what artists like Madonna made. I think that happens because of file-sharing, but also because the music industry was taking its eye off what was important. In the mid-nineties, the record companies thought their customers were WalMart and Target. They had no connection to their audience at all.”

File-sharing may have killed the megastar, but not the art, Kusek insists. “I think it’s a great time to be an artist,” he says. New performers may have smaller audiences, but they also have a more efficient way of finding that audience and staying connected to it through online chats, newsletters, and blogs. And instead of the record industry’s marketing machine pushing music at fans with an $18 plastic CD case and the elaborate promotion attached to it, word of mouth is shaping the musical tastes of the rising generation.

As it should, according to Kusek. He has brought technological innovations to the music industry by accepting such change and using it to open up the possibilities of sound. He envisions music flowing in a clean stream wherever people communicate, allowing artists and fans to express themselves freely.

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