WAV

MP3

AIFF

FLAC

A DAW is a software program that allows you to record, edit, and mix audio, while a sequencer is a hardware or software device that allows you to create and arrange musical sequences.

A DAW is a hardware device that allows you to record, edit, and mix audio, while a sequencer is a software program that allows you to create and arrange musical sequences.

A DAW is a software program that allows you to create and arrange musical sequences, while a sequencer is a hardware device that allows you to record, edit, and mix audio.

A DAW is a hardware device that allows you to create and arrange musical sequences, while a sequencer is a software program that allows you to record, edit, and mix audio.

A communication protocol that allows electronic musical instruments to communicate with each other.

A communication protocol that allows computers to communicate with each other.

A communication protocol that allows audio equipment to communicate with each other.

A communication protocol that allows video equipment to communicate with each other.

A sample is a recording of a real-world sound, while a synthesizer is a device that generates sound electronically.

A sample is a recording of a real-world sound, while a synthesizer is a software program that generates sound electronically.

A sample is a software program that generates sound electronically, while a synthesizer is a recording of a real-world sound.

A sample is a hardware device that generates sound electronically, while a synthesizer is a recording of a real-world sound.

A compressor reduces the dynamic range of an audio signal, while a limiter prevents the signal from exceeding a certain threshold.

A compressor increases the dynamic range of an audio signal, while a limiter prevents the signal from exceeding a certain threshold.

A compressor reduces the dynamic range of an audio signal, while a limiter increases the signal from exceeding a certain threshold.

A compressor increases the dynamic range of an audio signal, while a limiter prevents the signal from exceeding a certain threshold.

To add a sense of space and depth to an audio signal.

To add a sense of warmth and fullness to an audio signal.

To add a sense of clarity and definition to an audio signal.

To add a sense of distortion and grit to an audio signal.

To create a sense of space and depth in an audio signal.

To create a sense of movement and energy in an audio signal.

To create a sense of warmth and fullness in an audio signal.

To create a sense of clarity and definition in an audio signal.

To add a sense of warmth and fullness to an audio signal.

To add a sense of clarity and definition to an audio signal.

To add a sense of space and depth to an audio signal.

To add a sense of distortion and grit to an audio signal.

To adjust the frequency response of an audio signal.

To adjust the dynamic range of an audio signal.

To adjust the level of an audio signal.

To adjust the pan position of an audio signal.

To adjust the level of an audio signal.

To adjust the frequency response of an audio signal.

To adjust the dynamic range of an audio signal.

To adjust the pan position of an audio signal.

A hardware synthesizer is a physical device that generates sound electronically, while a software synthesizer is a computer program that generates sound electronically.

A hardware synthesizer is a physical device that generates sound acoustically, while a software synthesizer is a computer program that generates sound electronically.

A hardware synthesizer is a physical device that generates sound electronically, while a software synthesizer is a computer program that generates sound acoustically.

A hardware synthesizer is a physical device that generates sound acoustically, while a software synthesizer is a computer program that generates sound acoustically.

A sample-based synthesizer uses samples of real-world sounds to generate sound, while a subtractive synthesizer generates sound by filtering out certain frequencies from a waveform.

A sample-based synthesizer uses samples of real-world sounds to generate sound, while a subtractive synthesizer generates sound by adding certain frequencies to a waveform.

A sample-based synthesizer generates sound by filtering out certain frequencies from a waveform, while a subtractive synthesizer uses samples of real-world sounds to generate sound.

A sample-based synthesizer generates sound by adding certain frequencies to a waveform, while a subtractive synthesizer uses samples of real-world sounds to generate sound.

An additive synthesizer generates sound by adding together sine waves of different frequencies, while a frequency modulation synthesizer generates sound by modulating the frequency of one sine wave with another sine wave.

An additive synthesizer generates sound by adding together sine waves of different frequencies, while a frequency modulation synthesizer generates sound by modulating the amplitude of one sine wave with another sine wave.

An additive synthesizer generates sound by modulating the frequency of one sine wave with another sine wave, while a frequency modulation synthesizer generates sound by adding together sine waves of different frequencies.

An additive synthesizer generates sound by modulating the amplitude of one sine wave with another sine wave, while a frequency modulation synthesizer generates sound by adding together sine waves of different frequencies.

A ring modulator multiplies the frequencies of two sine waves together, while a vocoder analyzes the frequency spectrum of a sound and synthesizes a new sound based on that analysis.

A ring modulator multiplies the amplitudes of two sine waves together, while a vocoder analyzes the frequency spectrum of a sound and synthesizes a new sound based on that analysis.

A ring modulator analyzes the frequency spectrum of a sound and synthesizes a new sound based on that analysis, while a vocoder multiplies the frequencies of two sine waves together.

A ring modulator analyzes the frequency spectrum of a sound and synthesizes a new sound based on that analysis, while a vocoder multiplies the amplitudes of two sine waves together.

A sequencer is a device that allows you to create and arrange musical sequences, while a sampler is a device that allows you to record and playback samples of real-world sounds.

A sequencer is a device that allows you to create and arrange musical sequences, while a sampler is a device that allows you to record and playback samples of electronic sounds.

A sequencer is a device that allows you to record and playback samples of real-world sounds, while a sampler is a device that allows you to create and arrange musical sequences.

A sequencer is a device that allows you to record and playback samples of electronic sounds, while a sampler is a device that allows you to create and arrange musical sequences.