007 - Videorecording (R)

One-character alphabetic code that indicates the category of material to which the item belongs is videorecording, which is defined as a recording on which visual images, usually in motion and accompanied by sound, have been registered. It is designed for playback on a television receiver, or video monitor. A fill character (|) is not allowed in this position.

Videorecording on tape encased in a cartridge and which has the ends joined together to form a continuous loop.

Flat disc of plastic or other material on which video signals, with or without sound, are recorded. Various videodisc systems have been developed (e.g., laser-optical, capacitance, magnetic, etc.).

Videorecording on tape encased in a cassette which runs reel-to-reel.

Videorecording on a spool of tape mounted on a reel and designed to play from reel-to-reel across a playback pick-up device.

Special material designation for the videorecording is not specified.

None of the other codes is appropriate.

Not used with videorecordings.

Videorecording is executed in black-and-white.

Videorecording is executed in more than one color.

Work or collection is a combination of black-and-white, colored, and/or other images.

Item has no images, e.g., a videorecording with sound only.

Color characteristics of an item are not known.

None of the other codes is appropriate (e.g., videorecording is toned, stained, tinted, etc.).

Used for the home video system introduced in 1975 by Sony for home videorecording and playback on 1/2 inch videotape. It is distinguished by the size of the cassette, its U-load tape threading, and technical capabilities. This format is also known as Betamax.

Used for the home video system introduced in 1977 by Japan Victor Corporation (JVC) for home videorecording and playback on 1/2 inch videotape. It is distinguished by the size of the cassette, its M-load tape threading, and technical capabilities. VHS stands for "Video Home System."

Used for a video format using Sony's trademark name which refers to its tape threading path in a U-shape. It is the worldwide standard for 3/4 inch videotape and is used extensively in industrial and broadcast production. Like the two 1/2 in. home video formats, it uses a helical scan recording system. It is also known as U type standard.

Used for the standard 1/2 inch reel-to-reel helical scan videotape system named for the Electronics Industries Association of Japan which set the standards for 1/2 in. video tape recorders manufactured since 1969. Referred to as "the old trailblazer."

Used for the 1 inch videotape recording system utilizing one video head and tape runs at 9.61 inches per second. Type B system uses 2 heads and runs at 9.65 ips; Type A is an obsolete early system. Type B is still used in the U.S. and overseas (as of 1982), but Type C is the 1 inch format most widely employed as the broadcasting standard in the U.S. and overseas. Type C equipment and technology are made by Sony, RCA, and others.

As opposed to the helical scan system, which uses one head, the Quadruplex videorecording system uses four videorecording heads. Often referred to as Quad, it was developed by Ampex in the mid-1950's. It provided higher quality resolution and color than did helical scanning. Quadruplex was the broadcast standard until recently, when less expensive helical scan systems have begun to overtake it. When describing a 2 inch videoreel that is not Quadruplex, use the code z (Other).

Laser optical (reflective) videorecording system that uses an analog technique called PWM (Pulse Width Modulation) to represent video information on a grooveless, smooth, round plastic disc. The disc is read (played back) by a weak laser beam that registers data appearing on the disc as tiny pits or depressions of varying lengths. Laserdiscs exist in three standard commercially produced sizes: 12, 8, and 4 3/4 inch. The 12 inch disc is the most common size and is typically used for movies; the disc or its packaging usually bears an LD trademark (the phrase "LASER DISC" or "Laser Vision" usually appears as the lower part of that LD trademark); alternatively, LASER VIDEODISC, DiscoVision, LaserDisc, LaserVision, or a similar phrase may appear instead of the LD trademark. The 8 and 4 3/4 inch discs are uncommon and typically used for music videos or other short video programs; the disc or its packaging usually bears one of these terms or trademarks: CDV (CD VIDEO), VSD (VIDEO SINGLE DISC), or LD (LASER DISC). This system started commercial use in 1978, but production declined rapidly after 1998 due to the success of the DVD format.

CED videorecording system based on a plastic disc, usually 12 in. in diameter, on which visual information is recorded as deep pits in the bottom of the grooves. This visual information is read by a needle-in-the-groove type of electronic stylus that translates variance in capacitance into a video and audio signal. The CED disc is characteristically housed in a protective jacket. In 1984, the manufacturer of CED players, RCA, announced its decision to cease production of the "RCA Selectavision" players.

Betacam videorecording format, a professional analog format using component coding recorded on 1/2 inch oxide tape, housed in a cassette.

Betacam SP videorecording format, a professional analog format using component coding recorded on 1/2 inch metal tape, housed in a cassette. It is designed to yield a higher grade recording than the regular Betacam format, providing improved video quality and a better audio signal-to-noise ratio. There are two analog video tracks plus two FM (CD quality) audio tracks.

Super-VHS format, which was originally designed for the consumer market to encode analog signals using a helical scan on 1/2 inch ferric-oxide tape, housed in a standard cassette. It has gained acceptance professionally in the broadcast industry and is now considered a professional format. Super-VHS format machines encode 400 lines of horizontal resolution and can play back videotapes recorded on regular VHS machines. Super-VHS requires high-grade tape and a high-resolution monitor equipped with separate Y/C (Luminance/Chrominance) video inputs. Super-VHS-C is the same video format but uses a special compact mini-cassette (often used with hand-held video cameras). These mini-cassettes can be used with standard VHS recorders by means of a special adapter cassette into which the mini-cassette is inserted.

M-II videorecording format, a professional analog format using 1/2 inch metallic tape, housed in a cassette. It was developed by Panasonic as an alternative to the Betacam format developed by Sony.

D-2 videorecording format, a professional digital videorecording format using composite coding on 3/4 inch metal particle tape, housed in a cassette. The digital encoding allows for multi-generation signal transfer (copying or dubbing) without signal degradation. Duplicate recordings are effectively identical to the original master. There are four independently editable PCM audio channels, offering a dynamic range of more than 90 db (decibels). Additionally, it has separate tracks for an analog audio cue and time code.

8 mm. format designed for small consumer-market camera/recorders (camcorders) using 8 mm. metal particle tape, housed in a mini-cassette. The video quality is comparable to standard VHS. The audio quality is superior to similar mini formats.

8 mm. format designed for higher resolution than standard 8mm. tape. It is a consumer-market format that uses 8 mm. metal particle or evaportated metal tape, housed in a mini-cassette.

Optical disc format designed for high-definition video and data storage developed by Sony/Phillips. Blu-ray uses a blue-violet laser with a shorter wave length to allow for greater data storage in a smaller space. Requires a special player to view the disc.

Videorecording format is not known.

Laser optical (reflective) videorecording system that uses a digital technique called PCM (Pulse Code Modulation) to represent video information on a grooveless, smooth, round plastic disc. The disc is read (played back) by a weak laser beam that registers data appearing on the disc as tiny pits or depressions of uniform length. DVDs are usually 4 3/4 inch in diameter (but a smaller 3 inch diameter disc may be produced commercially in some cases) and the disc or its packaging usually bear the term or trademark: DVD, DVD VIDEO, or VIDEO CD (in this case, the trademark is the standard one for COMPACT DISC, but with the added phrase DIGITAL VIDEO below it). This system has been in use commercially since late 1996.

None of the other codes is appropriate.

Sound is not present (i.e., the item is intended to be silent).

Sound is on the item, whether or not visual images are included.

Sound is on a separate medium, designed to accompany the images.

Presence or absence of sound on the item is not known.

Sound is not present (i.e., the item is intended to be silent).

Sound to accompany a videorecording is carried on an optical track that is part of a motion picture film. It would be rare for this to occur.

Sound to accompany a videorecording is carried on a magnetic track that is part of a motion picture film. It would be rare for this to occur.

Sound to accompany a videorecording is carried on a magnetic audio tape cartridge.

Sound to accompany a videorecording is carried on a sound disc. Sound discs include 7, 10, and 12 in. vinyl phonograph records and 4 3/4 in. compact discs.

Sound to accompany a videorecording is carried on a reel of magnetic audio tape.

Sound to accompany a videorecording is carried on a cassette of magnetic audio tape.

Sound to accompany a videorecording is carried on both an optical and magnetic track on a motion picture film. It would be rare for this to occur.

Sound to accompany a videorecording is included as part of the videotape. Videotape is not ordinarily used to record only sound.

Sound to accompany a videorecording is included as part of the videodisc. Videodiscs are not ordinarily used to record only sound. A distinction must be made between videodiscs (e.g., 12 in. laser optical videodiscs that include video information) and compact discs that are used to record sound only (e.g., 4 3/4 in. audio compact discs). The technology to physically record video or audio information on digital disc systems is the same.

Medium for sound is not known.

None of the other codes is appropriate.

Width is not known.

None of the other codes is appropriate. Used for videodisc dimensions since standard code values for videodiscs do not yet exist.

More than one configuration of playback channels for the sound portion is available on a single videorecording.

Configured to be played back on one channel.

Videorecording has no sound or sound is on separate medium.

Configured to be played back on more than two channels. Use this code for Dolby surround sound tracks and other multichannel techniques.

Configured to be played back on two separate channels. Use code s when the medium is not monaural and it is not possible to ascertain that multiple playback sources are available or intended.

Configuration of playback channels for the sound portion of a videorecording is not known.

None of the other codes is appropriate.