MarketMagnetic tape
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Magnetic tape

Magnetic tape is a medium for magnetic storage made of a thin, magnetizable coating on a long, narrow strip of plastic film. It was developed in Germany in 1928, based on the earlier magnetic wire recording from Denmark. Devices that use magnetic tape can, with relative ease, record and play back audio, visual, and digital computer data.

Durability
While good for short-term use, magnetic tape is highly prone to disintegration. Depending on the environment, this process may begin after 10–20 years. but which can be treated by "baking" the tape at low temperature to remove binder layer moisture. This is generally a temporary treatment that allows the information recorded on the tape to be promptly read back and transcribed to other media, but does not stabilize the tape in the long term. ==Successors==
Successors
Since the introduction of magnetic tape, other technologies have been developed that can perform the same functions, and therefore, replace it. Such as for example, hard disk drives in computers replacing cassette tape readers such as the Atari Program Recorder and the Commodore Datasette for software, CDs and MiniDiscs replacing cassette tapes for audio, and DVDs replacing VHS tapes. Despite this, technological innovation continues. Sony and IBM continue to advance tape capacity. ==Uses==
Uses
Audio Magnetic tape was invented for recording sound by Fritz Pfleumer in 1928 in Germany. Because of escalating political tensions and the outbreak of World War II, these developments in Germany were largely kept secret. Although the Allies knew from their monitoring of Nazi radio broadcasts that the Germans had some new form of recording technology, its nature was not discovered until the Allies acquired German recording equipment as they invaded Europe at the end of the war. It was only after the war that Americans, particularly Jack Mullin, John Herbert Orr, and Richard H. Ranger, were able to bring this technology out of Germany and develop it into commercially viable formats. Bing Crosby, an early adopter of the technology, made a large investment in the tape hardware manufacturer Ampex. A wide variety of audiotape recorders and formats have been developed since. Some magnetic tape-based formats include: • Reel-to-reelFidelipacStereo-Pak (Muntz Stereo-Pak, commonly known as the 4-track cartridge) • Perforated (sprocketed) film audio magnetic tape (sepmag, perfotape, sound follower tape, magnetic film)8-track tapeCompact CassetteElcasetRCA tape cartridgeMini-CassetteMicrocassettePicocassetteNT (cassette)ProDigiDigital Audio Stationary HeadDigital Audio TapeDigital Compact Cassette Video helical scan head drum. Helical and transverse scans made it possible to increase the data bandwidth to the necessary point for recording video on tapes, and not just audio. Videotape is magnetic tape used for storing video and usually sound in addition. Information stored can be in the form of either an analog or digital signal. Videotape is used in both video tape recorders (VTRs) and, more commonly, videocassette recorders (VCRs) and camcorders. Videotapes have also been used for storing scientific or medical data, such as the data produced by an electrocardiogram. Some magnetic tape-based formats include: • Quadruplex videotapeAmpex 2-inch helical VTRType A videotapeIVC videotape formatType B videotapeType C videotapeEIAJ-1U-maticVideo Cassette RecordingCartrivisionVHSVHS-CS-VHSDigital SW-VHSD-VHSVideo 2000V-CordVX (videocassette format)BetamaxCompact Video CassetteBetacamBetacam SPDigital BetacamBetacam SXMPEG IMXHDCAMHDCAM SRM (videocassette format)MII (videocassette format)UniHiD-1 (Sony)DCT (videocassette format)D-2 (video)D-3 (video)D5 HDD6 HDTV VTRVideo8Hi8Digital8DVMiniDVDVCAMDVCPRODVCPRO50DVCPRO ProgressiveDVCPRO HDHDVMicroMV Computer data == See also ==
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