Replaygain - Revision history

Jaybeee at 19:47, 17 November 2015

2015-11-17T19:47:28Z

Jaybeee at 19:46, 17 November 2015

2015-11-17T19:46:36Z

Jaybeee at 20:56, 3 September 2015

2015-09-03T20:56:57Z

Jaybeee at 21:14, 18 November 2006

2006-11-18T21:14:42Z

Jaybeee at 21:14, 18 November 2006

2006-11-18T21:14:23Z

Jaybeee at 21:08, 18 November 2006

2006-11-18T21:08:02Z

New page

*[http://www.replaygain.org/ Replaygain]

{{stub}}

[[category:Audio Tools]]

@@ Line 1: / Line 1: @@
-'''Replaygain''' is the name of a technique invented to achieve the same playback volume of audio files. It specifies the reference level of 89dB and an algorithm to measure the perceived loudness of audio data.
+'''ReplayGain''' is the name of a technique invented to achieve the same playback volume of audio files. It specifies the reference level of 89dB and an algorithm to measure the perceived loudness of audio data.
-Replaygain is different from [[Peak_normalisation|peak normalisation]]. In [[Peak_normalisation|peak normalisation]], you merely ensure that the peak amplitude reaches a certain level. This does not ensure equal loudness. The Replaygain technique measures the effective power (i.e. RMS after an Equal Loudness Filter) of the waveform, and amplifies the waveform accordingly. The result is that Replaygained waveforms are usually more uniformly amplified than [[Peak_normalisation|peak-normalised]] waveforms.
+ReplayGain is different from [[Peak_normalisation|peak normalisation]]. In [[Peak_normalisation|peak normalisation]], you merely ensure that the peak amplitude reaches a certain level. This does not ensure equal loudness. The ReplayGain technique measures the effective power (i.e. RMS after an Equal Loudness Filter) of the waveform, and amplifies the waveform accordingly. The result is that ReplayGained waveforms are usually more uniformly amplified than [[Peak_normalisation|peak-normalised]] waveforms.
-[[Foobar2000]] is the best Windows tool for using Replaygain on files as it handles many different formats. It can apply the loudness changes within tags or it can even irreversibly apply them direct to the audio file itself. The latter means the audio file will  be played at the new loudness on all media players.
+[[Foobar2000]] is the best Windows tool for using ReplayGain on files as it handles many different formats. It can apply the loudness changes within tags or it can even irreversibly apply them direct to the audio file itself. The latter means the audio file will  be played at the new loudness on all media players.
 ==Homepage==
-*[http://wiki.hydrogenaud.io/index.php?title=ReplayGain_specification Replaygain]
+*[http://wiki.hydrogenaud.io/index.php?title=ReplayGain_specification ReplayGain]
 [[category:Audio Tools]]

@@ Line 7: / Line 7: @@
 ==Homepage==
-*[http://www.replaygain.org/ Replaygain]
+*[http://wiki.hydrogenaud.io/index.php?title=ReplayGain_specification Replaygain]
 [[category:Audio Tools]]

← Older revision		Revision as of 20:56, 3 September 2015
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	Replaygain is different from [[Peak_normalisation\|peak normalisation]]. In [[Peak_normalisation\|peak normalisation]], you merely ensure that the peak amplitude reaches a certain level. This does not ensure equal loudness. The Replaygain technique measures the effective power (i.e. RMS after an Equal Loudness Filter) of the waveform, and amplifies the waveform accordingly. The result is that Replaygained waveforms are usually more uniformly amplified than [[Peak_normalisation\|peak-normalised]] waveforms.		Replaygain is different from [[Peak_normalisation\|peak normalisation]]. In [[Peak_normalisation\|peak normalisation]], you merely ensure that the peak amplitude reaches a certain level. This does not ensure equal loudness. The Replaygain technique measures the effective power (i.e. RMS after an Equal Loudness Filter) of the waveform, and amplifies the waveform accordingly. The result is that Replaygained waveforms are usually more uniformly amplified than [[Peak_normalisation\|peak-normalised]] waveforms.
		+
		+	[[Foobar2000]] is the best Windows tool for using Replaygain on files as it handles many different formats. It can apply the loudness changes within tags or it can even irreversibly apply them direct to the audio file itself. The latter means the audio file will be played at the new loudness on all media players.

	==Homepage==		==Homepage==

@@ Line 1: / Line 1: @@
 '''Replaygain''' is the name of a technique invented to achieve the same playback volume of audio files. It specifies the reference level of 89dB and an algorithm to measure the perceived loudness of audio data.
-Replaygain is different from [[Peak_normalisation|peak normalization]]. In [[Peak_normalisation|peak normalization]], you merely ensure that the peak amplitude reaches a certain level. This does not ensure equal loudness. The Replaygain technique measures the effective power (i.e. RMS after an Equal Loudness Filter) of the waveform, and amplifies the waveform accordingly. The result is that Replaygained waveforms are usually more uniformly amplified than [[Peak_normalisation|peak-normalized]] waveforms.
+Replaygain is different from [[Peak_normalisation|peak normalisation]]. In [[Peak_normalisation|peak normalisation]], you merely ensure that the peak amplitude reaches a certain level. This does not ensure equal loudness. The Replaygain technique measures the effective power (i.e. RMS after an Equal Loudness Filter) of the waveform, and amplifies the waveform accordingly. The result is that Replaygained waveforms are usually more uniformly amplified than [[Peak_normalisation|peak-normalised]] waveforms.
 ==Homepage==

← Older revision		Revision as of 21:14, 18 November 2006
Line 1:		Line 1:
		+	'''Replaygain''' is the name of a technique invented to achieve the same playback volume of audio files. It specifies the reference level of 89dB and an algorithm to measure the perceived loudness of audio data.
		+
		+	Replaygain is different from [[Peak_normalisation\|peak normalization]]. In [[Peak_normalisation\|peak normalization]], you merely ensure that the peak amplitude reaches a certain level. This does not ensure equal loudness. The Replaygain technique measures the effective power (i.e. RMS after an Equal Loudness Filter) of the waveform, and amplifies the waveform accordingly. The result is that Replaygained waveforms are usually more uniformly amplified than [[Peak_normalisation\|peak-normalized]] waveforms.
		+
		+	==Homepage==
		+
	*[http://www.replaygain.org/ Replaygain]		*[http://www.replaygain.org/ Replaygain]
−
−	~~{{stub}}~~

	[[category:Audio Tools]]		[[category:Audio Tools]]