The founder, Torakusu Yamaha. 1887
The Japanese company Yamaha who also market furniture ,motor bikes, guitars,archery equipment, bathtubs, pianos, skis, tennis rackets and construction machinery amongst others came into the musical instrument market in 1900 with the construction of pianos for the Japanese market, their first electronic instrument the Electone D-1 electronic organ was designed and built in 1959. Early synthesiser products included the GX1 synthesiser, the CS-80 polyphonic synthesiser, the Cx5 digital music computer and the revolutionary DX7 digital synthesiser
The Yamaha GX1 synthesiser (1974)
The 2/3ton GX1 synthesiser
The GX1 was Yamaha's first polyphonic synthesiser although innovative for its time the instrument was out of the price range of most musicians selling for £30,000 in 1976, Yamaha sold very few models.
The CS-80 Synthesiser (1976)
The Yamaha CS80 polyphonic Synthesiser
The Yamaha CS80 polyphonic Synthesiser was a development on the GX1 model at an affordable price range (£5,000 in 1976) and competing with several other early polyphonic synthesisers such as the ARP Omni and the Moog Polymoog. The CS80 was a complex polyphonic synthesiser with 16 oscillators, 32 filters, 32 envelopes allowing voices to be split and layered and stored in a six part memory allocation. The keyboard was velocity sensitive with poly-aftertouch sensitivity.
The Yamaha CX5 Music Computer
A Yamaha CX5 minus the VDU unit
The CX5 music computer was an FM multi-timbral digital synthesiser controlled by a keyboard and VDU . The synthesiser was edited on the VDU screen using the CX5's proprietary software, programs included composition software for multi-timbral sequencing and notation, FM voicing of the internal synthesizer, DX7 VOICING software for programming and manipulating patches in the DX7 synthesizer and more. Since the CX5M is completely MSX compatible, word processing, spread sheets, games and other general purpose
computer programs are possible. At the time the CX5 was the only affordable computer synthesiser on the market.
The DX7 Synthesiser and DX range
The Yamaha DX7 mkII Synthesiser 1983
The DX7 synthesiser was the first truly digital synthesiser and was released with great commercial success in 1983, selling over 180,000 units. The DX7 used a type of synthesis Yamaha called "Frequency Modulation" developed by Professor John Chowning at Stanford University in the 1970s. In FM synthesis sounds are created by interacting units known as 'operators', which can act as 'carriers' or 'modulators'. Each one is a sine wave that can be shaped and given its own pitch. When connected, one modulates the sound of the other to produce a new pitch and tone. The arrangement of operators and their relative pitches determines the final timbre produced. The DX7 has six operators that can be placed in 32 arrangements ('algorithms'). There's a also host of other parameters and a complex envelope that has two values for each point.
The LCD input controls of the DX7 appeared daunting to most keyboard players used to traditional analogue sliders and knobs. Most users only touched the surface of the synthesis possibilities of the DX7, instead relying on a series of sound card cartridges marketed by Yamaha to overcome the programming complexity.
The DX7 was one of the first synths with a full complement of MIDI ports. It also has a unique breath controller input port. This device allowed the user to manipulated the instruments timbre using breath pressure via a mouth held tube. The DX7 has 16-note polyphony, a 61-note velocity and an aftertouch-sensing keyboard, 32 onboard memories, additional cartridge memory and monophonic output.
The Yamaha DX Range
The Yamaha DX100 synthesiser
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Yamaha Synthesiser Patches