Synthesizing Sound: Metaphor in Audio-Technical Discourse And
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A Brief History of Analog Synthesis Ondioline
Product Information Document Synthesizers and Samplers K-2 Analog and Semi-Modular Synthesizer with Dual VCOs, Ring Modulator, External Signal Processor, 16-Voice Poly Chain and Eurorack Format ## Amazing analog synthesizer with dual VCO design allows for insanely fat music creation ## Authentic reproduction of original circuitry with matched transistors A Brief History of and JFETs Analog Synthesis ## Pure analog signal path based on The modern synthesizer’s evolution authentic VCO, VCF and VCA designs began in 1919, when a Russian physicist ## Semi-modular architecture named Lev Termen (also known as with default routings requires no patching for immediate Léon Theremin) invented one of the performance first electronic musical instruments – ## First and second generation filter the Theremin. It was a simple oscillator design (high pass/low pass with peak/resonance) that was played by moving the performer’s hand in the vicinity of the ## 4 variable oscillator shapes with variable pulse widths and ring instrument’s antenna. An outstanding modulation for ultimate sounds example of the Theremin’s use can be ## Dedicated and fully analog heard on the Beach Boys iconic smash triangle/square wave LFO hit “Good Vibrations”. ## 2 analog Envelope Generators for modulation of VCF and VCA ## 16-voice Poly Chain allows Ondioline combining multiple synthesizers for In the late 1930s, French musician up to 16 voice polyphony Georges Jenny invented what he called ## Complete Eurorack solution – the Ondioline, a monophonic electronic main module can be transferred keyboard capable of generating a wide range to a standard Eurorack case of sounds. The keyboard even allowed the player to produce natural-sounding vibrato by ## 36 controls give you direct and real-time access to all important depressing a key and using side-to-side finger parameters movements. -
ARTURIA SOLINA V User Manual -1- 1 INTRODUCTION Project Management Theo Niessink Pierre-Lin Laneyrie
USER MANUAL ARTURIA SOLINA V User Manual -1- 1 INTRODUCTION Project management Theo Niessink Pierre-Lin Laneyrie Product management Glen Darcey Programming Adrien Courdavault Pierre-Lin Laneyrie Theo Niessink Design Glen Darcey Shaun Ellwood Morgan Perrier (decoderdesign.com) Sound design Glen Darcey Randy Lee Erik Norlander Boele Gerkes Theo Niessink Pierce Warnecke Manual Randy Lee 1st edition, October 2014 © ARTURIA S.A. – 1999-2014 – All rights reserved. 30, chemin du Vieux Chêne 38240 Meylan FRANCE http://www.arturia.com ARTURIA SOLINA V User Manual -2- 1 INTRODUCTION Table of contents Table of Contents Project management ........................................................................................................................................ 2 Table of contents ............................................................................................................................................... 3 1 INTRODUCTION ............................................................................................................................................. 5 1.1 String theories ............................................................................................................................................... 5 1.1.1 Chamberlin and Mellotron ................................................................................................................ 5 1.1.2 Ken Freeman: string synthesist .......................................................................................................... 6 1.1.3 -
Vocoder Vc340
Product Information Document Synthesizers and Samplers VOCODER VC340 Authentic Analog Vocoder for Human Voice and Strings Ensemble Sounds from the ‘80s ## Authentic analog Vocoder, Human Voice and Strings sounds from the ‘80s ## Vocoder sounds that wrote musical history and inspired some of the A Brief History of most famous artists and bands Analog Synthesis ## Microphone input to modulate any The modern synthesizer’s evolution audio signal began in 1919, when a Russian physicist ## Multiple-stage Chorus based on named Lev Termen (also known as legendary BBD (Bucket Brigade Delay) technology Léon Theremin) invented one of the ## 37 semi-weighted full-size keys first electronic musical instruments – featuring velocity sensitivity the Theremin. It was a simple oscillator ## 32 sliders and switches to give you that was played by moving the direct and real-time access to all performer’s hand in the vicinity of the important parameters instrument’s antenna. An outstanding ## Comprehensive USB/MIDI implementation for connection to example of the Theremin’s use can be keyboard/sequencers heard on the Beach Boys iconic smash ## 3-Year Warranty Program* hit “Good Vibrations”. ## Designed and engineered in the U.K. Ondioline In the late 1930s, French musician Georges Jenny invented what he called the Ondioline, a monophonic electronic keyboard capable of generating a wide range of sounds. The keyboard even allowed the player to produce natural-sounding vibrato by depressing a key and using side-to-side finger movements. You can hear the Ondioline on Del Shannon’s “Runaway”. *Warranty details can be found at musictribe.com. Product Information Document Synthesizers and Samplers VOCODER VC340 Authentic Analog Vocoder for Human Voice and Strings Ensemble Sounds from the ‘80s Storytone Piano Designed by famous piano manufacturer Story & Clark in association with RCA, the Storytone piano debuted at the 1939 New York World’s Fair. -
Transformation 19
TTRANSFORMARANSFORMAT IONT IONS ERIES SERIES 1917 COLLECTCOLLEIONct TRANSFORMAION TRANSFORMATTIONION NEW WORLDS of SOUND Electronics and the Evolution of Music in Canada KATHARINE WRIGHT Transformation Series Collection Transformation “Transformation,” an occasional series of scholarly papers La collection Transformation, publication en série paraissant published by the Collection and Research Division of the irrégulièrement de la Division de la collection et de la recherche Canada Science and Technology Museums Corporation, is de la Société des musées de sciences et technologies du intended to make current research available as quickly and Canada, a pour but de faire connaître, le plus vite possible et inexpensively as possible. The series presents original research au moindre coût, les recherches en cours dans certains secteurs. on science and technology history and issues in Canada Elle prend la forme de monographies ou de recueils de courtes through refereed monographs or collections of shorter études acceptés par un comité d’experts et s’alignant sur le studies, consistent with the corporate framework, “The thème central de la Société, « La transformation du Canada ». Transformation of Canada,” and curatorial subject priorities Elle présente les travaux de recherche originaux en histoire des in agriculture and forestry, communications and space, sciences et de la technologie au Canada et questions connexes transportation, industry, physical sciences and energy. réalisés en fonction des priorités du Musée, dans les secteurs de l’agriculture et des forêts, des communications et de l’espace, des transports, de l’industrie, des sciences physiques et de l’énergie. Disclaimer Responsabilité The publication format of the Transformation series La formule de la collection Transformation ne permet precludes extensive copy-editing. -
ARP ODYSSEY.Pdf
ARP synthesizers are loved by countless musicians for their innovative sound. The classic models, produced from the 1960’s to the 1980’s, had an enormous impact on the subsequent history of synthesizers and the evolution Forty years later, a complete revival. of music making. Today, ARP maintains its position as a pioneer and as one of the great synthesizer brands. The ARP Odyssey was an analog synthesizer, originally produced in 1972 by the American manufacturer ARP Instruments, Inc., that quickly garnered a faithful following among musicians. Well respected for its high value, ease to play and portability, the ARP Odyssey had ARP Instruments, Inc. (subsequently referred to as ARP) was founded. The model they first developed was the The next well-known model was undergone several improvements during its history and continued to be a long-seller The name came from the initials of one of the founders, Alan Robert ARP 2500, a large modular synthesizer. the ARP 2600. This synthesizer until 1981. Its sound can be heard on numerous classic songs. Pearlman. Co-founders included Lewis G. Pollock and David Friend, who The design on this model used a large was designed with the sound was the chief engineer and later designed the ARP Odyssey. number of matrix switches, by replacing generator and the keyboard as the patch cord design used on other It was an age when gigantic modular systems dominated the separate units. It was a three-VCO manufacturer’s products of the time. Now in 2015, KORG has brought back the ARP Odyssey for today. -
A Dictionary for the Modern Pianist DICTIONARIES for the MODERN MUSICIAN
A Dictionary for the Modern Pianist DICTIONARIES FOR THE MODERN MUSICIAN Series Editor: Jo Nardolillo Contributions to Dictionaries for the Modern Musician series offer both the novice and the advanced artist lists of key terms designed to fully cover the field of study and performance for major instruments and classes of instruments, as well as the workings of musicians in areas from composing to conducting. Focusing primarily on the knowledge required by the contemporary musical student and teacher, performer, and professional, each dictionary is a must-have for any musician’s personal library! All Things Strings: An Illustrated Dictionary by Jo Nardolillo, 2014 A Dictionary for the Modern Singer by Matthew Hoch, 2014 A Dictionary for the Modern Clarinetist by Jane Ellsworth, 2014 A Dictionary for the Modern Trumpet Player by Elisa Koehler, 2015 A Dictionary for the Modern Conductor by Emily Freeman Brown, 2015 A Dictionary for the Modern Pianist by Stephen Siek, 2016 A Dictionary for the Modern Pianist Stephen Siek ROWMAN & LITTLEFIELD Lanham • Boulder • New York • London Published by Rowman & Littlefield A wholly owned subsidiary of The Rowman & Littlefield Publishing Group, Inc. 4501 Forbes Boulevard, Suite 200, Lanham, Maryland 20706 www.rowman.com Unit A, Whitacre Mews, 26-34 Stannary Street, London SE11 4AB Copyright © 2017 by Rowman & Littlefield All rights reserved. No part of this book may be reproduced in any form or by any electronic or mechanical means, including information storage and retrieval systems, without written permission from the publisher, except by a reviewer who may quote passages in a review. British Library Cataloguing in Publication Information Available Library of Congress Cataloging-in-Publication Data Names: Siek, Stephen, author. -
FMH0104 02 Rodgers 5..30
TARA RODGERS Tinkering with Cultural Memory Gender and the Politics of Synthesizer Historiography ABSTRACT In 2015, analog synthesizers are resurgent in popular appeal. Robert Moog is often celebrated as the central and originary figure who launched a so-called revolution in sound by making synthesizers widely available in the late 1960s and early ’70s. This essay examines the figure of the humble tinkerer, as exemplified by Moog, along with other historically specific and archetypal forms of masculinity that are embodied by the male subjects at the center of elec- tronic music’s historical accounts. Critical readings of audio-technical discourse, and of the periodization of synthesizer histories, reveal that women are always already rendered out of place as subjects and agents of electronic music history and culture. Yet a set of letters, written by young women across the United States to Harry F. Olson at the Radio Corporation of America (RCA) in the mid-1950s and analyzed in this article, demonstrates that women were an enthusiastic audience for the RCA synthesizer a decade before Moog built his prototypes. As they did with new media, including wireless radio and the phonograph, in the early twentieth century, women played a key role at midcentury in enabling the broad-based market for analog synthesizers that greeted Moog and others in the 1960s once these instruments were made available for widespread use. KEYWORDS analog, electronic music, feminist historiography, history of technology, synthesizer Synthesized sounds are ubiquitous in contemporary music and aural environ- ments around the world.1 Analog synthesizers in particular hold resurgent appeal: as Trevor Pinch and Frank Trocco note in their book on the Moog synthesizer, an “analog revival” was underway by the early s.2 In an era of digital connectivity, musicians and music technologists are demonstrating wide- spread enthusiasm for a return to the synthesizer styles of the s, complete with unpredictable sounds, networks of patch cables, and wood-paneled de- signs. -
Arp Omni Service Manual
· ~-.~.. ~.. " ~.,",:. > OMNI Model 2480 tme'.~ SERVICE MANUAL ARP INSTRUMENTS, INC. 320 Needham Street Newton, MA 02164 (617) 965-9700 Document Number 90020000 © February, 1977 ARP INSTRUMENTS, INC. THE INFORMATION CONTAINED HEREIN IS CONFIDENTIAL AND PROPRIETARY TO ARP INSTRUMENTS, INC. IT IS DISCLOSED TO YOU SOLEY FOR PURPOSES OF INSTRUCTION AS TO OPERATION OF THE EQUIPMENT AND MAINTENANCE AS APPROPRIATE. IT IS NOT TO BE USED BY YOU FOR ANY OTHER PURPOSE, NOR IS IT TO BE DISCLOSED TO OTHERS WITHOUT THE EXPRESS PERMISSION OF ARP INSTRUMENTS, INC. OMNI Model 2480 SERVICE MANUAL TABLE OF CONTENTS 1. INTRODUCTION 1.1 Product Description 2 1.2 Specifications 2 1.3 Function Description 3 2. THEORY OF OPERATION 5 3. CIRCUIT DESCRIPTIONS 3.1 Upper Voicing Board 5 3.2 Lower Voicing Board 6 3.3 String Control Board 8 3.4 Synthesizer Control Board 9 3.5 Synthesizer Board 10 3.6 Phaser Board 10 3.7 Power Supply 11 4. ASSEMBLy/DiSASSEMBLy 12 5. GENERAL INFORMATION 12 6. CALIBRATIONS 13 7. SCHEMATICS & LAYOUTS 14-33 8. PARTS LIST 34-36 1 SECTION 1 INTRODUCTION 1.1 Product Description 1. Master Volume 2. Bass Volume The ARP OMNI offers the unique combination of 3. String/SYnthesizer Mix polyphonic tone sources and the versatility of synthe 4. Waveform Enhancement Switch sizer sound modification. Separate string and 5. Synthesizer-to-Modulator Switch synthesizer sections allow orchestral and symphonic sounds simultaneously. The total variability of the II. Outputs synthesizer section permits such sounds as brass, piano, and clavi net without single note limitations. - A. Main Outputs 1_ High Level Cannon XLR, 1 K, 2.5V The string and synthesizer sections may be separated RMS TYP. -
Arp-Odyssey-Guide-Arp-Ld-480645.Pdf
GLOSSARY 17 2 BASIC BUILDING BLOCKS Attenuator: on the Odyssey, a Odyssey: the ultimate musical Sub-audio range (Low frequency): Jr D slider that lets sjgnal through trip. pitches that are below what . when it's up and cuts it off your ear can hear as a tone. Oscillator (VCO}: generates tone. when it's down. Phase: the relationship of one waveform to another. Trigger: an electronic impulse Filter (VCF}: changes tone color. Audio range: the range of pitches sine waves sine waves in phase. out of phase. put out by a keyboard or low Amplifier (VCA}: controls volume. that your ear can hear. frequency oscillator that starts ~er---~ ~'--"-'---· the envelope generator. Envelope Generator (ADSR and Harmonics: overtones. The more AR): controls attack and decay. harmonics are present, the Voltage control: on a synthesizer, it more brilliance the sound will means substituting an electrical ONIC have. Phase-synchronization: using signal for manual control of pitch, one oscillator to control the brilliance, volume, and attack & Hertz(Hz): an electronic term ... "I phase of another oscillator of decay. Frequency: pitch. meaning "cycles per second." The human ear can hear pitches different pitch. Waveform: tone. Different shapes Timbre: tone color. from 20 tG 20,000 cycles per Pitch bend: control of the of waveforms have different Amplitude: volume second, or 20Hertz to 20 frequency of a note while timbre: j Envelope: attack and decay shape. kiloHertz. (20Hz - 20KHz). it's being played. Square: n._ru-u Highpass filter (HPF): changes Portamento: a glissando, or sounds hollow, reedy. dys timbre by cut.ting off low sliding between notes. -
Way out Ware Timewarp 2600 User Manual
OWNER’S MANUAL Owner’s Manual 1 Copyright © 2004, by Way Out Ware, Inc.. All rights reserved. No part of this work may be reproduced or transmitted in any form or by any means, electronic or mechanical, from or to any form of media, without the prior written permission of Way Out Ware, Inc.. Requests for permission to reproduce any part of this work should be addressed to : Way Out Ware, Inc., attn: Copyright Adminstration, [email protected]. Table of Contents 1 1 The ARP 2600, 1970 – 1981 and onward... 1 2 System Requirements, Installation, Confi guration, Setup and Usage . 5 In this chapter you will fi nd all of the platform-dependent information you need in order to install and operate your TimewARP 2600 software synthesizer. 3 The Craft of audio Synthesis . 11 This chapter is about the facts – physical, mathematical, and auditory – that make the TimewARP 2600, and the hardware that it emulates, possible. We have to spend a few minutes here distinguishing between physical signals, and the sounds that people hear in the presence of certain kinds of signals. 4 Modular Components of the TimewARP 2600 . 27 In this chapter you’ll fi nd detailed explanations of the TimewARP 2600’s features and functions. 5 Patching the TimewARP 2600. 45 6 Appendices . 47 Table of Alternate keyboard tunings compiled by Robert Rich 7 Index . 51 The ARP 2600, 1970 – 1981 and onward... 1 The ARP 2600 was the second product of ARP Instruments. It was released in 1970, and continued until the manufacturer ceased operations in 1981. -
User Manual ARP 2600 V
USER MANUAL ARTURIA – ARP 2600 V – USER MANUAL 1 Direction Frédéric Brun Kevin Molcard Development Stefano D'Angelo Samuel Limier Baptiste Aubry Germain Marzin Corentin Comte Mathieu Nocenti Baptiste Le Goff Pierre Pfister Pierre-Lin Laneyrie Benjamin Renard Valentin Lepetit Design Glen Darcey Sebastien Rochard Yannick Bonnefoy Greg Vezon Morgan Perrier, Sound Design Jean-Baptiste Arthus Jean-Michel Blanchet Manual Jason Valax Special Thanks Alejandro Cajica Sergio Martinez Denis Efendic Shaba Martinez, Ruary Galbraith Miguel Moreno Dennis Hurwitz Daniel Saban Clif Johnston Carlos Tejeda, Koshdukai Scot Todd-Coate Joop van der Linden © ARTURIA S.A. – 1999-2016 – All rights reserved. 11 Chemin de la Dhuy 38240 Meylan FRANCE http://www.arturia.com ARTURIA – ARP 2600 V – USER MANUAL 2 Table of Contents 1 INTRODUCTION ............................................................................................................. 6 1.1 The birth of ARP Instruments and the ARP2600 ................................................................................. 6 1.2 Arturia’s secret ingredient: TAE® .......................................................................................................... 8 1.2.1 Aliasing-free oscillators ........................................................................................................................... 8 1.2.2 A better reproduction of analog oscillator waveforms ...................................................................... 9 1.2.3 Direct Filter Circuit Modeling ............................................................................................................... -
Omaa Ääntä Etsimässä
Mikael Myrskog Omaa ääntä etsimässä Syntetisaattorin käyttö Orbit -yhtyeessä Metropolia Ammattikorkeakoulu Musiikkipedagogi (AMK) Musiikin tutkinto Opinnäytetyö 27.5.2014 Tiivistelmä Tekijä(t) Myrskog Mikael Otsikko Omaa ääntä etsimässä -syntetisaattorin käyttö Orbit -yhtyeessä Sivumäärä 31 sivua + 4 liitettä Tutkinto Musiikkipedagogi (AMK) Koulutusohjelma Musiikin tutkinto Suuntautumisvaihtoehto Soitonopettaja,piano Ohjaaja(t) Lehtori Jukka Väisänen Lehtori Ari-Pekka Korhonen Musiikkikappaleessa on mielestäni oleellisinta sen sisäinen, esteettinen maailma ja se tunne, joka tästä välittyy. Tässä kokonaisuudessa yksi tärkeimmistä tekijöistä on mielestäni kappaleen eri instrumenttien luoma yhteinen saundimaailma. Opinnäytetyössäni tutkin ja kuvailen, miten käytän syntetisaattoreita saundien luomiseen fuusiojazzyhtyeessä Orbit. Mielestäni on tärkeää olla tietoinen siitä musiikin perinteestä, minkä jatkumon osana itse on. Näin esittelen ja analysoin kappaleita, jotka ovat jollain tapaa vaikuttaneet tapaani tehdä ja valita saundeja yhtyeellemme. Käsittelen myös itse syntetisaattoreihin liittyvää perinnettä lyhyellä historiikillä, jossa kerron eri malleista ja niiden toimintaperiaatteista. Kerron työssäni myös omasta laitteistostani Orbit -yhtyeessä ja siitä, millä tavoin ne täyttävät yhtyeen saundilliset tarpeet. Tähän liittyen kuvaan myös laitteistooni liittyviä käytännön seikkoja kuten niiden asettelua itseeni ja toisiinsa nähden. Työssäni osoitan, että saundien valitsemisprosessin takana voi olla suuri määrä ajatusta. Nämä ajatukset voivat