Sweetwater offers more ways to pay than any other music retailer. Learn more »

Cart (800) 222-4700 Español (800) 222-4701


May is Mic Month at Sweetwater!

Expert Center Sweetcare

«Back to Glossary Menu

Search:

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z 0-9

Automation
In audio production automation refers to having things programmed to happen in real time during a mixdown. In the 1970's, when big multitrack tape machines were becoming common, and overdubbing parts became a standard way of working, the process of getting a good mix became exponentially more difficult. No longer was the whole recording of a live performance where the musicians pretty much balanced their own levels. Many components were put in later and eventually it became trendy to do mixes at other studios optimized for that purpose, thereby causing the mix to have to be created from scratch. Anyone who has ever had the occasion to be one of the three or four people huddled over the mixer making adjustments during a manual mixdown can appreciate the benefits of being able to automate most of the process. Early automation systems were basic level controls. They were synchronized to the tape machine by some form of Time Code (not necessarily SMPTE) and would remember any moves the engineer made and then play the data back causing the level change to occur at the proper time (assuming the automation stayed in sync with the tape - not a given). They worked by either having motorized faders, where the motors could be controlled by the automation, or by using VCA's (Voltage Controlled Amp), which was a much less expensive and cantankerous option. VCA's, however, didn't sound as pure as the passive fader with a motor attached so most successful systems were "moving fader" based. Later the quality of the VCA based systems rose (while the cost declined) and they became popular among smaller studios, but moving fader systems are still considered the best choice for analog. Not only because they sound better, but because the tactile feedback of physically moving faders is something many engineers prefer. During the 1980's many other aspects of mixing began to be automated. Things like aux sends, panning, and eventually even EQ and compression could be put under computer control. Nowadays there are many analog mixing boards that are totally under digital control and virtually every parameter can be automated. Further, with the advent of the DAW, complete recall and automation of every aspect of a mix has become a standard.

A & R

A-B Stereo

A-Time

A-weighted

A/B

A/B/Y

A440

AAC - Advanced Audio Coding (also MPEG-2 AAC)

AAF

Abalam

Abalone

ABS

Absolute Phase

Absorption

Absorption Coefficient

Alternating Current (AC)

AC-1

AC-2

AC-3

AC Adapter

Academy Curve

A cappella

Accelerometer

Accent

Accent

Access Time

Accidental

Accompaniment

Accumulator

Accutronics Reverb

Acetate

Acoustic-electric Guitar

Acoustic Cloud

Acoustic Foam

Acoustic Lens

Acoustics

Acoustic Suspension

Acoustic Treatment

ACPI

Action

Actionflo

Active

Active Monitor

Active Pickup

Active Sensing

Active Speaker

Actuator

Adagio

ADAT

ADAT/FST

ADAT Optical

ADB

A/D Converter (ADC)

Additive Synthesis

Adjusto-Matic

ADPCM

ADR

ADSR

Aeolian Harp

Aerophone

AES

AES/EBU

AES3

AES3id

AES42-2001

AFL

AFM

Aftertouch

AFTRA

Agathis

AGC

Aggregate Device

Aging Toner

Agitato

Agoya

AGP

AHDSFR

AIFF (Audio Interchange File Format)

AIR

Airplane Mode

AIT

Alder

Alder

Aleatoric Music (Composition)

Algorithm

Alias

Aliasing

Alkaline Battery

All-Button Mode

All-Notes-Off

Allegro

Alnico

Alteration

Altered Chord

Altered Tuning

Alternate Mix

Alternate Tuning

Alto

AM

Ambience

Ambience Mic

Ambisonics

Amen Break

Amp

Amp

Amperage

Ampere

Amp Head

Amplifier

Amplifier, Instrument

Amplitude

Amplitude Modulation

AMS

Analog

Analog-to-Digital Converter

Analog Delay

Analog Sequencer

Analog Synthesizer

Anamorphic

Andante

Anechoic

Anode

Anodize

Anodized

ANSI

ANSI A-Weighting

Antecedent and Consequence

Antenna

Antenna gain

Anti-Imaging Filter

Anti-Aliasing Filter

Anti-node

Aperiodic

Aperture

API

Apoyando

App

Apple Talk

Application (Program)

Architecture

Archival Stability

Archive

Archiving

Archtop Guitar

Arco

ARP Avatar

Arpeggiator

Arpeggio

ARP String Ensemble

Arrangement

Articulation

Artifact

Artificial (or Automated) Double Tracking or ADT)

ASCAP

ASCII

Ash

Ashtray Bridge Cover

ASIC (Application Specific Integrated Circuit)

ASIO

Aspect Ratio

Asperity

ASPI

Asynchronous

ATA

ATA-2

ATA 66/100/120

ATAPI

Absolute Time Code

Atonal Music

ATRAC

ATRAC

Attack

Attenuation

Attenuator

Audio

Audiobook

Audio Engineer

Audio Interface

Audiology

Audio RIP

Audio Suite

AudioUnits

Audiowire

Auditory Cortex

Auditory System

Augmented Interval

Aural

Auranomic

Author

Authorization

Authorize

Auto-Glide

Auto Accompaniment

Autolocate/Autolocator

AutoMap

Automata

Automate

Automatic Delay Compensation

Automatic Mixer

Automation

Auto Punch

Aux

Auxilliary Input

Aux In

Aux Input

Aux Return

Aux Send

AVI

AWG (American Wire Gauge)

AWM

Axe

Axial Room Mode

Azure Noise

     
Home | Gear Reviews | Videos | Buying Guides | Glossary | Tech Tips | Show Reports | Publications | Featured Articles

Our Customers Say...

My Sales Engineer has always been really knowledgeable; he's right there with all the information I need. I've been very happy dealing with Sweetwater in general - there haven't been any negatives.
Ted Kynard, Charlotte, NC

Sweetwater Sound Inc.
5501 U.S. Hwy 30 W
Fort Wayne, IN 46818
Get Directions »

Toll Free (800) 222–4700
Español (800) 222–4701
Local (260) 432–8176
Fax (260) 432–1758
E-mail us

Phone & Retail Store Hours:
9–9 Monday–Thursday
9–8 Friday
9–7 Saturday
(All hours listed are
Eastern Standard Time.)

© 2012 Sweetwater Sound Inc. All rights reserved. Please read our Terms of Use and Privacy Policy. Links | Press Releases