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For the 1980 launch of the first Universal-Pioneer player, the VP-1000 was noted as a "laser disc player", although the "LaserDisc" logo was displayed clearly on the device. In 1981, "LaserDisc" was used exclusively for the medium itself, although the official name was "LaserVision" (as seen at the beginning of many LaserDisc releases, just ...
Individual titles and series originally or primarily released on LaserDisc. For the format as a whole, see Category:LaserDisc See also: Category:LaserDisc video games
The Japanese version of the PAC can also run Arcade CD-ROM² discs through the use of an Arcade Card Duo. The retail price was US $600. It came with a LaserActive-branded version of NEC's Turbo Pad (CPD-N1/CPD-N10). An NEC branded version of the LD-ROM² PAC known as the PC Engine PAC (model PCE-LP1) was also released. Due to the unpopularity ...
A LaserDisc player is a device designed to play video and audio (analog or digital) stored on LaserDisc. LaserDisc was the first optical disc format marketed to consumers; it was introduced by MCA DiscoVision in 1978. From 1978 until 1984, all LaserDisc player models read discs by using a helium–neon laser.
Late in its development, Halcyon had to be re-designed to use Laserdisc players because CED units were put out of production by RCA. The Laserdisc player used by Halcyon was an unbadged unit made by Pioneer Corporation. [12] Communications with CED players were serial. Communications with Laserdisc players were via infrared LED attached via ...
[30] [31] He has also since created a series of narrative-driven immersive events called ".party()", which uses extensive visual effects and has been hosted in multiple cities. [32] At the beginning of 2025, Persson decided to create a spiritual successor to Minecraft, referred to as "Minecraft 2", in response to the results of a poll on Twitter.
Laserfilm was a videodisc format developed by McDonnell-Douglas in 1984 that was a transmissive laser-based playback medium (unlike its competitor, LaserDisc, which was a reflective system). Description
William K. Heine presented a paper "A Laser Scanning Phonograph Record Player" to the 57th Audio Engineering Society (AES) convention in May 1977. [1] The paper details a method developed by Heine that employs a single 2.2 mW helium–neon laser for both tracking a record groove and reproducing the stereo audio of a phonograph in real time.