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Article

Anne Beetem Acker

Line of MIDI-based reproducing player pianos introduced by Yamaha Corporation in 1982 (1986 in North America). The Disklavier system combines an acoustic piano with an electromechanical player-piano system. As in other such systems, fibre-optic sensors register the movement of keys, hammers, and pedals during performance, while the digital controller operates a bank of solenoids installed under the piano’s key bed; one solenoid is positioned under the tail of each key, with additional solenoids connected to the pedal rods. Performance information is stored digitally on CD-ROM, floppy discs (still used for many accompaniments for instructional piano material), or a hard drive. Disklavier systems can be connected to sequencers, tone modules, and computers via MIDI and Ethernet. A built-in speaker system attached to the case under the soundboard is used to play back optional digital piano sound and especially for playback of accompanying orchestral or vocal tracks.

Unlike other electronic player systems, the Disklavier is only installed in new Yamaha pianos and only at the factory. It cannot be installed in older Yamahas or other brands of pianos. Compared with other systems, the Disklavier’s recording capability is generally regarded to be of the highest quality and sophistication. Of the Disklavier models available in ...

Article

Duo-Art  

Article

Hugh Davies

revised by Anne Beetem Acker

[Elektronmusikstudion] (Swed.: ‘electronic music studio’)

The Swedish national centre for electronic music and sound art, in Stockholm. It was preceded by a smaller studio run by the Worker’s Society of Education from 1960. EMS was established by Swedish Radio in 1964 under music director and composer Karl Birger Blomdahl (1916–68), who hired the composer and performer Knut Wiggen (b 1927) to take charge of creating the studios. In 1965 an old radio theatre studio called the klangverstan (‘sound workshop’) opened for composers. Construction of a new facility was begun, but after Blomdahl’s death EMS became independent, funded only in small part by Swedish Radio, and otherwise by Fylkingen (a society for experimental music and arts) and the Swedish Royal Academy of Music.

Wiggen envisioned EMS as both a place to produce electro-acoustic music and a research institution that would give the composer ‘the possibility of describing sounds in psychological terms’. The studio was equipped accordingly. The sound sculpture ...

Article

John Barnes, Charles Beare and Laurence Libin

Faking musical instruments can involve such acts as creating an entirely new deceptive object, rebuilding an instrument with intent to deceive, conflating parts from different sources to form an instrument with a fictitious history, or forging an inscription on an instrument (and producing false documentation) in order to associate it with an advantageous name or period. A successful faker needs to know what customers want and the extent of their historical knowledge. Fakes can thus shed light on those who were deceived as well as on those responsible for deception. Partly to discourage misrepresentation, during the Middle Ages European trade guilds began to register makers’ marks and require their use on products; bells were perhaps the first instruments to bear such identification. Despite continuing efforts to suppress the practice, and improving methods of detection, faking and forgery, especially of valuable instruments sought by collectors as investments, continue to flourish.

Instruments of the famous Ruckers family, enlarged and redecorated to satisfy contemporary taste and musical requirements, were in demand in the 18th century, particularly in Paris. Since the alterations concealed much of the original material and involved replacement of many parts, it was not difficult for those engaged in this trade to satisfy the market without actually starting from an original Ruckers instrument. Several workshop inventories taken for legal purposes refer frankly to counterfeit Ruckers harpsichords....

Article

British firm based in Surbiton, Surrey, founded in 1995 by Martin Phelps and Alan Kempster to introduce ‘electronic hymnals’ to the UK market. The firm distributes British-made portable devices that can store and play back 3000 or more hymn accompaniments and simultaneously display hymn verses on large screens. The electronic hymnal, known as ‘Hymnal Plus’, has a broader repertory than most organists and can supplement or replace the use of an organ, especially in the increasing number of churches that lack an organist. It is also useful for worship services in schools, retirement homes, prisons, hospitals, ships, and outdoor venues where no organ is available. Additional music can be imported from iPods, MP3 players, and the like. The MIDI-equipped HT-300 model, introduced in 2005, can be pre-programmed for each service and is controlled by the worship leader from a wireless, LCD touch-screen handset. Tempo, pitch, loudness, musical style, choice of verses, and other features are variable; preset musical styles range from traditional, digitally sampled pipe organ accompaniment to ‘happy clappy’ instrumentals. An interactive psalm accompaniment feature is available for Anglican chant. Loudspeakers are built into the unit, which can also be connected to an external sound system. Devices have been sold in Africa, America (with revised repertory list), and Australia, as well as throughout the UK....

Article

Anne Beetem Acker

Multipurpose musician-machine interface and gesture transducer for electro-acoustic music and multimedia use, developed by the French musician and sound engineer Serge de Laubier (coordinator/designer), Yvon Alopeau (designer), Jean Loup Dierstein (electronics), and Dominque Brégeard (mechanical design) at the Puce Muse studios/Espace Musical in Rungis, south of Paris. Laubier is also co-inventor of the Space octophonic processor and author of the MIDI Former software distributed by Opcode Systems, Inc. The Meta-Instrument was designed to be portable, MIDI compatible, fun to play and look at, and ergonomic in operation.

The first Meta-Instrument was built in 1989, the second generation completed in October 1995, and the third completed in 2004. Each later instrument is compatible with the previous version. The player interface is connected to an analogue-to-digital interface which is connected to a Mac laptop computer that runs different programs for the many different possible ‘instruments’ that the Meta-Instrument can control. The early versions allowed the manipulation of 32 variables simultaneously and independently, while the third version accommodates up to 54 simultaneous and independent variables. The seated performer’s arms embrace the two symmetric sides of the Meta-Instrument. Ten keys for the performer’s fingers, arranged in two rows of five keys each, measure attack speed and then key position. In the ...

Article

Anne Beetem Acker

Interactive audiovisual instrument created by the music and sound designer Norbert Schnell of the Institut de Recherce et Coordination Acoustique/Musique (IRCAM) with the Berlin-based artist and composer Christian Graupner and software artist Nils Peter of Humatic Berlin, in cooperation with the Trans Media Academy (TMA) Hellerau and dancer/choreographer Roberto Zappalà of Compa-gnia Zappalà Danza. Humatic, a media arts and tools firm, was founded in 2000 by Christian Graupner and Nils Peter.

The Mindbox Slot Machine was originally created as a stand-alone media installation that performed pre-recorded songs ‘from the swamps of Casino Capitalism and Total Body Control’, according to Graupner. In 2000 Zappalà began to experiment with repeating amplified environmental noises together with the rhythmic vocal patterns integral to his dance performances. Graupner met Zappalà’s managing partner in Monaco where both were showing their work at the Monaco Dance Forum, and in 2006 Zappalà and Graupner began working jointly on the slot machine project. They created an extensive video and audio library of choreographed gestures and sound patterns that became the basic material for MindBox. In summer ...

Article

Hugh Davies

Electronic composition machine (not a synthesizer in the current sense of the word), developed by Helmut Klein and W. Schaaf at Siemens & Halske in Munich between 1956 and 1959. It was designed for and was the chief component of the Studio für Elektronische Musik in Munich, which Siemens began planning in 1955, initially to produce the soundtrack for a one-hour publicity film; it was linked to all the other equipment in the studio. A second model was installed in 1964. The director of the studio and the composer most closely involved with the Siemens Synthesizer was Josef Anton Riedl; others who used the machine included the composers Mauricio Kagel, Bengt Hambraeus, Milko Kelemen, and Ernst Krenek, and the sound poet Ferdinand Kriwet. The studio was taken over by a foundation in 1963, and its equipment was moved to Ulm in 1967; it was later acquired by the Deutsches Museum in Munich....

Article

Syndrum  

Hugh Davies

Electronic percussion instrument invented in Los Angeles by Joe Pollard, a professional drummer. In 1976 he met Mark Barton of the Tycobrahe Sound Company in Hermosa Beach, California, who made some well-received prototypes. Along with Donald Stone, they patented the design and formed Pollard Industries of South El Monte, California. The Syndrum is played like a drum, but has a piezo-electric sensor mounted in the centre of a mesh-covered ‘head’. Syndrums were initially made in two forms: the 477, a drum (also in sets of two and four) connected to a separate electronic console, and the 177, a single-drum unit with built-in controls governing electronically generated sounds. The two-head 277 followed. While the Syndrum was very popular with rock bands and for disco in the late 1970s and early 80s, Pollard Industries failed and in 1978 was sold to Research Development Systems, Inc., which added the Syndrum CM, a single-head drum with controls on the sides. All the drums offered multiple sound effects including the ‘laser’, bird calls, clave, anvil, several types of toms, bass drum, and snare drum. Used Syndrums remain popular, and many keyboard synthesizers and sample libraries offer Syndrum sounds. In ...

Article

Anne Beetem Acker

Monophonic analogue synthesizer produced between 1982 and 1984 by Synton Electronics, a Dutch firm founded in 1973 by Felix Visser. The device was created by Visser along with the product specialist Marc Paping and product developer Bert Vermeulen. Synton originally built vocoders, but soon began importing and distributing Fairlight, E-mu, and Linn products in the Netherlands, Belgium, and Luxembourg. The Syrinx 1, created about 1975, was never produced commercially. Only 300 Syrinx 2 synthesizers were built. First priced under £400, but prized by collectors, originals sold for more than £1200 in the early 2000s. The device is not MIDI-compatible and has no presets, but includes two voltage control oscillators, a voltage divider, a noise generator, two ADSRs (attack decay sustain release envelope generators), two low-frequency oscillators, a pulse-width modulator, a ring modulator, and three voltage control filters. It features a mixer and a touch pad that can control pitch-bending and other parameters. All but the last series (which were mounted in a flight case), had a 44-note keyboard. The Syrinx 2 was distributed in the USA by Robert Moog. Synton went bankrupt in ...