Audio Timeline By; Stephanie Benson. 1870 In 1870 they created the Phonograph Cylinder.

Slides:



Advertisements
Similar presentations
Audio Timeline By: Cullen Schoen Edouard-Leon Scott de Martinville invented the phonautograph, the first device that could record sound waves as.
Advertisements

Audio Timeline By: Cade Thompson.
Audio Timeline By:Kierra Jackson. First Recording-1877 Thomas Alva Edison recorded a musical composition in his lab. Thomas Alva Edison conceived the.
AUDIO TIMELINE BY: Karlee Post Thomas Alva Edison, working in his lab, succeeds in recovering Mary’s Little Lamb from a strip of tinfoil wrapped.
Alan Missildine. The Phonograph, 1877 Thomas Edison was the inventor of the Phonograph which was the first device to playback the human voice. But the.
The History of Audio By: Quentin Green Thomas Alva Edison, working in his lab, succeeds in recovering Mary's Little Lamb from a strip.
Analog Recording. A Brief History of Sound Recording  Before actual sound recordings existed, several mechanical formats were developed to reproduce.
The History Of Audio… By. Eric Nard. How some audio was used… The earliest methods of recording arbitrary sounds involved the live recording of the performance.
Dr. Tim Collins EE2F2 – Music Technology Dr. Tim Collins
Phonograph Invented by Thomas Edison-1877 Recorded sound on a tinfoil sheet that rotated on a cylinder Sound played back through a large horn.
THE progress of audio technology
Audio Recording History By Marten Kasselt and Matt Hinson.
HISTORY OF SOUND TECHNOLOGY
Sound Recording. We need to backtrack a bit to understand sound recording.
By: Morgan Bonner Thomas Edison succeeds in recovering Mary’s Little Lamb from a strip of tinfoil wrapped around a spinning cylinder. He then demonstrates.
Audio Timeline By: Hannah Terry. 1~4 yearWhat it isWebsite 1877 Thomas Alva Edison succeeds in recovering Mary's Little Lamb from a strip of tinfoil wrapped.
History of Audio By. Tye Shelton Thomas Edison recovers Mary Had a Little Lamb from a sheet of tinfoil, wrapped around a spinning cylinder.
1878- Thomas Edison, succeeds in recovering “Mary had a little lamb” from a strip of tinfoil wrapped around a spinning cylinder The English patents.
By: Odin Contreras  The first music song is put on record: cornetist Jules Levy plays "Yankee Doodle.“
By: Dalton cook  Thomas Edison was working in his lab when one day he succeeded (Mary had a little lamb) with a strip of tin foil around a spinning.
A UDIO T IMELINE By: Madeline Parish o Thomas Edison created the phonograph. o A band of tin foil was placed on a cylinder, and the cylinder had.
 A German Astronomer, invented the first mechanical calculating machine in 1623 which we now call the computer.
Evolution of Audio By: Cade Pearson.
Audio Timeline By: Shae Reid.
By: Kaitlyn Barth.  Inventors created “mechanical instruments” that played pre-recorded music. They included hydro-powered organs, automatic flutes,
My Audio Timeline.
By: Mayten Lumpkin. In 1857, Édouard-Léon Scott de Martinville invented the phonautograph, the first device that could record sound waves as they passed.
TIMELINE OF THE HISTORY OF VIDEO PRODUCTION By: Addison Morgan.
Ali Sharaf Al Musawi. Objectives At the end of this lesson you will be able to: Explain the historical basis/stages of video technology and its educational.
History of video BY kyishea vaughn 8 th grade 3 rd period.
By: Aaron Daniel  Thomas Alva Edison was working in his lab and succeeded in recovering Mary's Little Lamb from a strip of tinfoil wrapped around.
By: Abby Norton.  Thomas Edison, was working in his lab one day and succeeded in recording “Mary’s Little Lamb” from a strip of tinfoil, wrapped around.
Shanise Levi 2 nd Period Mr. Hardin In the 1920’s–1940’s  In 1921 The first commercial AM radio broadcast is made by KDKA, Pittsburgh PA.  In 1925.
Luker Hays.  1877 Thomas Alva Edison, working in his lab, succeeds in recovering Mary's Little Lamb from a strip of tinfoil wrapped around a spinning.
Audio Timeline By: Elizabeth Sanders.
By; Keith Shipp Thomas Alva Edison, working in his lab, succeeds in recovering Mary's Little Lamb from a strip of tinfoil wrapped around a spinning.
The Evolution of Audio By-Deshen Villa 1877 Thomas Alva Edison, working in his lab, succeeds in recovering Mary's Little Lamb from a strip of tinfoil wrapped.
Gaaaamble!Gaaaamble!. 1877: Thomas Alva Edison recovered Mary's Little Lamb from tinfoil wrapped around a spinning cylinder. 1878: The first music is.
Audio Timeline By Leighton Weber The first music was put on a record. The song was Yankee Doodle. The artist was Jules Levy.
AUDIO TIMELINE By; Ravon Cornelius  Thomas Edison Was the inventor of the phonograph cylinder in This was originally made to record telephone.
Guerino Mazzola (Fall 2015 © ): Introduction to Music Technology IIIDigital Audio III.1 (F Oct 09) Audio Encoding.
Video Timeline By: Hannah Higgins.
Kenyanna Easter.  Thomas Alva Edison, working in his lab, succeeds in recovering Mary's Little Lamb from a strip of tinfoil wrapped around a spinning.
 Audio is an electrical or other representation of sound.
The History of Audio By Cailey Roberson.
By: Mackenzie Burt. Mr. Hardin's 3rd period.
By: THE James Tidwell THE January 8th, 2013
Advanced AV Production Practicum The History of AV Production and Associated Technologies The Broadcast Years Copyright © Texas Education Agency, 2015.
Audio Timeline By: Eric Sutton Teacher: Mr. Hardin.
Audio Timeline By: Alyssa Martin. In 1877 Thomas Edison was working in his lab, succeeds in recovering Mary's Little Lamb from a strip of tinfoil wrapped.
BY: Mercedez Dixon. Audio crossover Audio crossovers are a class of Electric Filter used in audio applications. Crossovers split the audio signal into.
: Nowadays, people use mp3s (first invented in Germany in 1989) to copy music from the internet. An mp3 can store.
Audio Timeline Jacoya Ellis. Audio Timeline Jacoya Ellis.
BY: Carlee Phillips Mr.Hardin
History of Audio By: Sarah Launius.
By: Alex Jones Thomas Alva Edison succeeded Mary's little lamb with a strip of tin foil wrapped around a spinning cylinder that was when a phonograph.
The first successful sound recording device was developed by Leon Scott de Martinville in In March of that year he was granted Patent No for.
The Phonograph.
History Of Audio By: Destiny Myers. Main classes of audio recording; two main classes of sound recording are the forms of analog recording and digital.
By Jordan Webb *Note: Unfortunately, I neglected to put this slideshow in chronological order.
BY: CODY HAMBLY The History of Audio Timeline On December 4, 1877 Thomas Jefferson became the first person to record and play back voice.
Sound Recording and Music Formats By Peter Doherty.
Electrical Amplification in the studio and on the Radio.
By: Emily Meinzer The History of Audio. 1877: Thomas Edison succeeds in recovering Mary’s Little Lamb from a strip of tinfoil wrapped around a spinning.
By: Dakota Coffee Thomas Alva Edison, working in his lab, succeeds in recovering Mary’s Little Lamb from a strip of tinfoil wrapped around a spinning.
III Digital Audio III.1 (F Sept 29) Audio Encoding.
Audio Timeline BY: Slyder Welch.
Advanced AV Production Practicum
“Music in Society” What is popular music?.
III Digital Audio III.1 (W Oct 03) Audio Encoding.
Presentation transcript:

Audio Timeline By; Stephanie Benson

1870 In 1870 they created the Phonograph Cylinder.

1877 Thomas Alva Edison, working in his lab, succeeds in recovering Mary's Little Lamb from a strip of tinfoil wrapped around a spinning cylinder.

1878 The first music is put on record: cornetist Jules Levy plays "Yankee Doodle."

1881 Clement Ader, using carbon microphones and armature headphones, accidentally produces a stereo effect when listeners outside the hall monitor adjacent telephone lines linked to stage mikes at the Paris Opera.

1887 Emile Berliner is granted a patent on a flat-disc gramophone, making the production of multiple copies practical.

1888 Edison introduces an electric motor- driven phonograph.

1895 They created the Gramophone Record.

1898 Valdemar Poulsen patents his "Telegraphone," recording magnetically on steel wire.

1900 Poulsen unveils his invention to the public at the Paris Exposition. Austria's Emperor Franz Josef records his congratulations.

1901 The Victor Talking Machine Company is founded by Emile Berliner and Eldridge Johnson. Experimental optical recordings are made on motion picture film.

1906 Lee DeForest invents the triode vacuum tube, the first electronic signal amplifier.

1910 Enrico Caruso is heard in the first live broadcast from the Metropolitan Opera, NYC.

1912 Major Edwin F. Armstrong is issued a patent for a regenerative circuit, making radio reception practical.

1913 The first "talking movie" is demonstrated by Edison using his Kinetophone process, a cylinder player mechanically synchronized to a film projector.

1916 A patent for the superheterodyne circuit is issued to Armstrong. The Society of Motion Picture Engineers (SMPE) is formed. Edison does live-versus-recorded demonstrations in Carnegie Hall, NYC.

1917 The Scully disk recording lathe is introduced. E. C. Wente of Bell Telephone Laboratories publishes a paper in Physical Review describing a "uniformly sensitive instrument for the absolute measurement of sound intensity" -- the condenser microphone.

1919 The Radio Corporation of America (RCA) is founded. It is owned in part by United Fruit.

1921 The first commercial AM radio broadcast is made by KDKA, Pittsburgh PA.

1925 Bell Labs develops a moving armature lateral cutting system for electrical recording on disk. Concurrently they Introduce the Victor Orthophonic Victrola, "Credenza" model. This all-acoustic player - - with no electronics -- is considered a leap forward in phonograph design. The first electrically recorded 78 rpm disks appear. RCA works on the development of ribbon microphones.

1926 O'Neill patents iron oxide-coated paper tape.

1927 "The Jazz Singer" is released as the first commercial talking picture, using Vitaphone sound on disks synchronized with film. The Columbia Broadcasting System (CBS) is formed. The Japan Victor Corporation (JVC) is formed as a subsidiary of the Victor Talking Machine Co.

1928 Dr. Harold Black at Bell Labs applies for a patent on the principle of negative feedback. It is granted nine years later. Dr. Georg Neumann founds a company in Germany to manufacture his condenser microphones. Its first product is the Model CMV 3.

1929 Harry Nyquist publishes the mathematical foundation for the sampling theorem basic to all digital audio processing, the "Nyquist Theorem." The "Blattnerphone" is developed for use as a magnetic recorder using steel tape.

1930 They did the first wire recording.

1931 Alan Blumlein, working for Electrical and Musical Industries (EMI) in London, in effect patents stereo. His seminal patent discusses the theory of stereo, both describing and picturing in the course of its 70-odd individual claims a coincident crossed-eights miking arrangement and a "45-45" cutting system for stereo disks. Arthur Keller and associates at Bell Labs in New York experiment with a vertical- lateral stereo disk cutter.

1932 The first cardioid ribbon microphone is patented by Dr. Harry F. Olson of RCA, using a field coil instead of a permanent magnet.

1933 Magnetic recording on steel wire is developed commercially. Snow, Fletcher, and Steinberg at Bell Labs transmit the first inter-city stereo audio program.

1935 AEG (Germany) exhibits its "Magnetophon" Model K-1 at the Berlin Radio Exposition. BASF prepares the first plastic-based magnetic tapes.

1936 BASF makes the first tape recording of a symphony concert during a visit by the touring London Philharmonic Orchestra. Sir Thomas Beecham conducts Mozart. Von Braunmühl and Weber apply for a patent on the cardioid condenser microphone.

1938 Benjamin B. Bauer of Shure Bros. engineers a single microphone element to produce a cardioid pickup pattern, called the Unidyne, Model 55. This later becomes the basis for the well known SM57 and SM58 microphones. Under the direction of Dr. Harry Olson, Leslie J. Anderson designs the 44B ribbon bidirectional microphone and the 77B ribbon unidirectional for RCA. RCA develops the first column loudspeaker array.

1939 Independently, engineers in Germany, Japan and the U.S. discover and develop AC biasing for magnetic recording. Western Electric designs the first motional feedback, vertical-cut disk recording head. Major Armstrong, the inventor of FM radio, makes the first experimental FM broadcast. The first of many attempts is made to define a standard for the VU meter.

Walt Disney's "Fantasia" is released, with eight-track stereophonic sound.

1941 Commercial FM broadcasting begins in the U.S. Arthur Haddy of English Decca devises the first motional feedback, lateral-cut disk recording head, later used to cut their "ffrr" high-fidelity recordings.

1942 The RCA LC-1 loudspeaker is developed as a reference-standard control-room monitor. Dr. Olson patents a single-ribbon cardioid microphone (later developed as the RCA 77D and 77DX), and a "phased-array" directional microphone. The first stereo tape recordings are made by Helmut Kruger at German Radio in Berlin.

1943 Altec develops their Model 604 coaxial loudspeaker.

1944 Alexander M. Poniatoff forms Ampex Corporation to make electric motors for the military.

1945 Two Magnetophon tape decks are sent back to the U.S. In pieces in multiple mailbags by Army Signal Corps Major John T. (Jack) Mullin.

1946 Webster-Chicago manufactures wire recorders for the home market. Brush Development Corp. builds a semiprofessional tape recorder as its Model BK401 Soundmirror. 3M introduces Scotch No. 100, a black oxide paper tape. Jack Mullin demonstrates "hi-fi" tape recording with his reconstructed Magnetophon at an Institute of Radio Engineers (IRE) meeting in San Francisco.

1947 Colonel Richard Ranger begins to manufacture his version of a Magnetophon. Bing Crosby and his technical director, Murdo McKenzie, agree to audition tape recorders brought in by Jack Mullin and Richard Ranger. Mullin's is preferred, and he is brought back to record Crosby's Philco radio show. Ampex produces its first tape recorder, the Model 200. Major improvements are made in disk-cutting technology: the Presto 1D, Fairchild 542, and Cook feedback cutters. The Williamson high-fidelity power amplifier circuit is published. The first issue of Audio Engineering is published; its name is later shortened to Audio.

1948 Vinyl Record.

1949 RCA introduces the microgroove 45 rpm, large-hole, 7-inch record and record changer/adaptor. Ampex introduces its Model 300 professional studio recorder. Magnecord produces the first U.S.-made stereo tape recorder, employing half-track staggered-head assemblies. A novel amplifier design is described by McIntosh and Gow.

1950 Guitarist Les Paul modifies his Ampex 300 with an extra preview head for "Sound-on-Sound" overdubs. IBM develops a commercial magnetic drum memory.

1951 The "hot stylus" technique is introduced to disk recording. An "Ultra-Linear" amplifier circuit is proposed by Hafler and Keroes. Pultec introduces the first active program equalizer, the EQP-1. The Germanium transistor is developed at Bell Laboratories.

1952 Peter J. Baxandall publishes his (much- copied) tone control circuit. Emory Cook presses experimental dual- band left-right "binaural" disks.

1953 Ampex engineers a 4-track, 35 mm magnetic film system for 20th-Century Fox's Christmas release of "The Robe" in CinemaScope with surround sound. Ampex introduces the first high speed reel-to-reel duplicator as its Model 3200.

1954 They came up with reel-to-reel tape and magnetic tape.

1955 Ampex develops "Sel-Sync" (Selective Synchronous Recording), making audio overdubbing practical.

1956 Les Paul makes the first 8-track recordings using the "Sel-Sync" method. The movie Forbidden Planet is released, with the first all-electronic film score, composed by Louis and Bebe Barron.

1957 They Had The Stereophonic Vinyl Record.

1958 The first commercial stereo disk recordings appear. Stefan Kudelski introduces the Nagra III battery-operated transistorized field tape recorder, which with its "Neo-Pilot" sync system becomes the de facto standard of the film industry.

1964 They designed the 8-track tape.

1965 Audio Cassette. It was 1/8 inches tape width; 1 7/8 ips.

1969 They made a Microcassette tape for analog.

1970 Dolby noise reduction introduced (cassettes).

1972 Monitor audio is founded by Mo Iqbal.

1974 The MA3 speaker is released and establishes Monitor Audio’s audiophile credibility.

1975 Betamax digital audio.

1976 Monitor Audio starts to produce its cabinets in house at MQ (Monitor Quality) Cabinets.

1977 The MA7 is released and quickly becomes one of MA’s most popular loudspeakers.

1979 ET500 Direct Drive Turntable released.

1982 The Compact Disc was introduced.

1985 CD-ROM.

1986 The R852MD is the first of MA’s speakers fitted with a metal dome tweeter.

1987 Digital audio tape (DAT) was the cassette version of a CD.

1988 First production of the now famous Gold Metal Dome tweeter.

1988 The R352/MD is fitted with a Gold Dome tweeter and wins many accolades and awards.

1989 The first ‘ceramic sandwich metal cone’ is devised, inspiring the development of today’s C-CAM technology.

1989 The studio 10 is the first MA loudspeaker to feature the newly developed Ceramic Metal Woofer.

1990 Digital compact cassette.

1991 Minidisc.

1992 Waveform (WAV) Dolby digital surround cinema sound.

1993 Dolby theatre system (DTS) Sony dynamic digital sound (SDDS)

1995 In 1995 they came out with MP3 player.

1996 In 1996 they made the DVD player.

1997 Monitor Audio changes ownership. Dean Hartley joins as the new Technical Director.

1998 The first Monitor Audio website goes live.

1999 In 1999 they introduced streaming audio and super audio CD (SACD).

2000 DVD audio was introduced.

2003 MMP (Metal Matrix Polymer) drivers are introduced on Radius range, which quickly becomes one MA’s biggest sellers.

2004 DualDisc was introduced in 2004.

2005 Playaway was created in 2005.

2006 Bronze BR series elevates in every way the reference standard for entry-level loudspeaker design.