Difference between revisions of "Ignite"
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| + | [[Image:Ignite_Interface.jpg|thumb|right|500px|The triple-monitor Ignite application GUI as it appeared in the fall of 2007]] | ||
| + | '''Ignite''' is a combination of software and hardware, designed to be a live television production automation control system. | ||
| − | + | The concept of automating the process of technical direction for live news was pioneered in the late 1990's by ParkerVision with the PVTV CR series. In 2004, the television production division of ParkerVision, including PVTV, was acquired by [http://en.wikipedia.org/wiki/Grass_Valley_%28company%29 Thomson Grass Valley]. | |
| − | + | The system consists primarily of a standard Kayak production switcher and an audio frame, both controlled by the Ignite software. In addition to those core components, the system also is connected to, and remotely controls, other Thomson and third-party devices such as character generators, cameras, tape decks and video servers. Elements of the broadcast are assembled in advance and then imported to the application's timeline to be executed in sequence as needed. | |
| − | + | ==Controversy== | |
Revision as of 21:04, 11 December 2007
 It was likely created because someone was interested in reading more about the subject but either didn't have the time or knowledge to create or complete the article. If you can contribute, please do so. |
Ignite is a combination of software and hardware, designed to be a live television production automation control system.
The concept of automating the process of technical direction for live news was pioneered in the late 1990's by ParkerVision with the PVTV CR series. In 2004, the television production division of ParkerVision, including PVTV, was acquired by Thomson Grass Valley.
The system consists primarily of a standard Kayak production switcher and an audio frame, both controlled by the Ignite software. In addition to those core components, the system also is connected to, and remotely controls, other Thomson and third-party devices such as character generators, cameras, tape decks and video servers. Elements of the broadcast are assembled in advance and then imported to the application's timeline to be executed in sequence as needed.
