Difference between revisions of "Outboard"

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(Created page with "The term <nowiki>"outboard"</nowiki> is usually used in the context of "outboard equipment," "outboard gear," or "outboard processor" as a way to distinguish a piece of audio equ...")
 
 
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The term <nowiki>"outboard"</nowiki> is usually used in the context of "outboard equipment," "outboard gear," or "outboard processor" as a way to distinguish a piece of audio equipment that was not built into the mixing console of a recording studio.
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The term <nowiki>"outboard"</nowiki> is usually used in the context of "outboard equipment," "outboard gear," or "outboard processor" as a way to distinguish a piece of audio equipment that was not built into the mixing console of a recording studio. The mixing console was also commonly referred to as the "mixing board" or "board."
  
 
The earliest forms of outboard gear were limiter-compressors used to automatically control the volume of audio for a variety of reasons. Occasionally special equalizers were employed to give more important musical instruments or vocals a pleasing "tone."
 
The earliest forms of outboard gear were limiter-compressors used to automatically control the volume of audio for a variety of reasons. Occasionally special equalizers were employed to give more important musical instruments or vocals a pleasing "tone."
  
In the 1970's, the first outboard effects processors started to appear such as Phase-shifters and "delay" units designed to add ambient effects in addition to the more common "reverb." As digital technology evolved, multi-effects processors capable of generating a number of effects such as flanging, chorus, delay, and reverberation became available.
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In the 1970's, the first outboard effects processors started to appear such as Phase-shifters and "delay" units designed to add ambient effects in addition to the more common "reverb." As digital technology evolved, multi-effects processors capable of generating a number of effects such as flanging, chorus, delay, and reverberation became available. It was common for outboard gear to be made in the [[19" rack]] form as a way to simplify integrating them into the studio environment.
  
 
Today, most outboard processing has been replaced by software "plug-ins" that duplicate the same effects as well as perform new ones. However; the outboard effects unit still has the advantage of operating (virtually) in "real-time;" so there are still application such as live sound where outboard processors can still be found. Most employ high-powered DSP processors that are capable of performing large numbers of complex calculations faster than personal computers which are optimized for other applications.
 
Today, most outboard processing has been replaced by software "plug-ins" that duplicate the same effects as well as perform new ones. However; the outboard effects unit still has the advantage of operating (virtually) in "real-time;" so there are still application such as live sound where outboard processors can still be found. Most employ high-powered DSP processors that are capable of performing large numbers of complex calculations faster than personal computers which are optimized for other applications.

Latest revision as of 18:51, 5 January 2012

The term "outboard" is usually used in the context of "outboard equipment," "outboard gear," or "outboard processor" as a way to distinguish a piece of audio equipment that was not built into the mixing console of a recording studio. The mixing console was also commonly referred to as the "mixing board" or "board."

The earliest forms of outboard gear were limiter-compressors used to automatically control the volume of audio for a variety of reasons. Occasionally special equalizers were employed to give more important musical instruments or vocals a pleasing "tone."

In the 1970's, the first outboard effects processors started to appear such as Phase-shifters and "delay" units designed to add ambient effects in addition to the more common "reverb." As digital technology evolved, multi-effects processors capable of generating a number of effects such as flanging, chorus, delay, and reverberation became available. It was common for outboard gear to be made in the 19" rack form as a way to simplify integrating them into the studio environment.

Today, most outboard processing has been replaced by software "plug-ins" that duplicate the same effects as well as perform new ones. However; the outboard effects unit still has the advantage of operating (virtually) in "real-time;" so there are still application such as live sound where outboard processors can still be found. Most employ high-powered DSP processors that are capable of performing large numbers of complex calculations faster than personal computers which are optimized for other applications.