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Changing (reducing) the quality of an ogg file?


Issues with metadata converting mp3->oggHow to convert ogg to aac music format?convert video file to .oggConvert mp3 to ogg?Normalize .ogg audio files with the command lineConvert .mp4 to .ogg keeping only the audio, with Ubuntu 14.04 and avconvConvert OGG (And other formats) to MIDI?How do I convert WAV to FLAC and FLAC to OGG?Convert mp3 to Ogg Vorbis with SoundConverterSmaller file size for Audio-Record Ogg profile?













2















I have an .ogg file (containing speech) with 192kbps quality that i'd like to reduce to 32kbps (to save space)



How can i do this?




So far i've tried this:



ffmpeg -i filename.ogg -ab 32k -f ogg new-filename.ogg


But i get this error:



[libvorbis @ 0x56157365ab60] encoder setup failed
Error initializing output stream 0:0 -- Error while opening encoder for output stream #0:0 - maybe incorrect parameters such as bit_rate, rate, width or height
Conversion failed!


Am i using the wrong command? Is there a better approach i can take to save space? Please note that i only have access to the 192kbps file (not the original)



Grateful for help!










share|improve this question
























  • The error message indicates you have the encoding parameters wrong.

    – vanadium
    Feb 17 at 16:02















2















I have an .ogg file (containing speech) with 192kbps quality that i'd like to reduce to 32kbps (to save space)



How can i do this?




So far i've tried this:



ffmpeg -i filename.ogg -ab 32k -f ogg new-filename.ogg


But i get this error:



[libvorbis @ 0x56157365ab60] encoder setup failed
Error initializing output stream 0:0 -- Error while opening encoder for output stream #0:0 - maybe incorrect parameters such as bit_rate, rate, width or height
Conversion failed!


Am i using the wrong command? Is there a better approach i can take to save space? Please note that i only have access to the 192kbps file (not the original)



Grateful for help!










share|improve this question
























  • The error message indicates you have the encoding parameters wrong.

    – vanadium
    Feb 17 at 16:02













2












2








2








I have an .ogg file (containing speech) with 192kbps quality that i'd like to reduce to 32kbps (to save space)



How can i do this?




So far i've tried this:



ffmpeg -i filename.ogg -ab 32k -f ogg new-filename.ogg


But i get this error:



[libvorbis @ 0x56157365ab60] encoder setup failed
Error initializing output stream 0:0 -- Error while opening encoder for output stream #0:0 - maybe incorrect parameters such as bit_rate, rate, width or height
Conversion failed!


Am i using the wrong command? Is there a better approach i can take to save space? Please note that i only have access to the 192kbps file (not the original)



Grateful for help!










share|improve this question
















I have an .ogg file (containing speech) with 192kbps quality that i'd like to reduce to 32kbps (to save space)



How can i do this?




So far i've tried this:



ffmpeg -i filename.ogg -ab 32k -f ogg new-filename.ogg


But i get this error:



[libvorbis @ 0x56157365ab60] encoder setup failed
Error initializing output stream 0:0 -- Error while opening encoder for output stream #0:0 - maybe incorrect parameters such as bit_rate, rate, width or height
Conversion failed!


Am i using the wrong command? Is there a better approach i can take to save space? Please note that i only have access to the 192kbps file (not the original)



Grateful for help!







ffmpeg convert conversion ogg-vorbis






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited Feb 17 at 10:52







sunyata

















asked Feb 17 at 10:47









sunyatasunyata

14410




14410












  • The error message indicates you have the encoding parameters wrong.

    – vanadium
    Feb 17 at 16:02

















  • The error message indicates you have the encoding parameters wrong.

    – vanadium
    Feb 17 at 16:02
















The error message indicates you have the encoding parameters wrong.

– vanadium
Feb 17 at 16:02





The error message indicates you have the encoding parameters wrong.

– vanadium
Feb 17 at 16:02










3 Answers
3






active

oldest

votes


















4














There are two excellent choices here:



  1. Adjust your FFmpeg command line to produce a smaller Ogg Vorbis file

  2. Use FFmpeg to create a small file using libopus

Details of both are below:



1. Adjust your FFmpeg command line...



The key issue is that FFmpeg will not automagically change the audio sampling rate to appropriately match your selected bitrate. But then FFmpeg usually does not do a lot of hand holding I guess!



Bear in mind that an Audio CD will normally have a sampling rate of 44100 Hz while simple telephony would normally have a sampling rate of slightly greater than 8000 Hz. So you have a choice to make for the best sampling rate for your 32k Ogg Vorbis audio. The following are some guidelines:




  • 44100 Hz: Typical Audio CD sample rate. Rejected by FFmpeg for a 32k file.


  • 32000 Hz: Adequate for speech and also adequate for other audio files where a smaller file size is required with an expected small loss of quality. Rejected by FFmpeg for a 32k file.


  • 22050 Hz: Adequate for speech and usable for other audio with the expectation that there will be audio quality loss. Accepted by FFmpeg for a 32k file.


  • 11025 Hz: Very poor sound quality. Accepted by FFmpeg for a 32k file.


  • 8000 Hz: Slightly lower sampling rate than a modern telephony system, not recommended for most recording tasks. Accepted by FFmpeg for a 32k file.

With this in mind my own testing suggests that you would be best to use a sampling rate of 22050 Hz, note that this should be perfectly adequate for speech, and thus your command line should be:



ffmpeg -i filename.ogg -c:a libvorbis -ab 32k -ar 22050 new-filename.ogg


And this produced a quite reasonable outcome on my own setup...



2. Use FFmpeg to create a small file using libopus...



If you are perhaps not all that set on using Ogg Vorbis an excellent alternative is to use Opus, which in my tests shaved a reasonable number of kilobytes off each file in comparison to the Ogg Vorbis 32k encode. Try something like the following which has been tailored for your speech files:



ffmpeg -i filename.ogg 
-c:a libopus -b:a 16k -ar 16000 -ac 1 -application voip
new-filename.ogg


You will be pleasantly surprised by both the resulting output file size and audio quality. I have included a link to a great HydrogenAudio resource in the 'References' which should guide to an even better command line for Opus...



References:




  • Sample Rates: A nice page from the Audacity developers that demonstrates the best settings for audio sample rates.

  • Speech encoding quality: The definitive HydrogenAudio page to guide Opus settings for speech.


  • 15.8 libopus: FFmpeg options for use with libopus encoding. Note the -application voip setting that I used above and which does not have an equivalent with opusenc (unlike the other settings).






share|improve this answer

























  • Thank you! I ended up using opus like this: ffmpeg -i filename.ogg -c:a libopus -ar 16k -ac 1 -b:a 16k -vbr on -compression_level 10 new_filename.ogg

    – sunyata
    Feb 18 at 20:45











  • @sunyata -compression_level 10 is the default for this encoder so you can remove that.

    – llogan
    Feb 19 at 18:44



















1














This low bitrate is not supported with the default sampling rate of the file. You must specify a lower sampling rate before you can lower the bitrate. Add the option -ar 8000 for your option -b:a 32k to be accepted.






share|improve this answer






























    0














    Opus does not allow any sampling rates of the output other than 48000hz. The -ar option is redundant.






    share|improve this answer








    New contributor




    Sds is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
    Check out our Code of Conduct.



















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      3 Answers
      3






      active

      oldest

      votes








      3 Answers
      3






      active

      oldest

      votes









      active

      oldest

      votes






      active

      oldest

      votes









      4














      There are two excellent choices here:



      1. Adjust your FFmpeg command line to produce a smaller Ogg Vorbis file

      2. Use FFmpeg to create a small file using libopus

      Details of both are below:



      1. Adjust your FFmpeg command line...



      The key issue is that FFmpeg will not automagically change the audio sampling rate to appropriately match your selected bitrate. But then FFmpeg usually does not do a lot of hand holding I guess!



      Bear in mind that an Audio CD will normally have a sampling rate of 44100 Hz while simple telephony would normally have a sampling rate of slightly greater than 8000 Hz. So you have a choice to make for the best sampling rate for your 32k Ogg Vorbis audio. The following are some guidelines:




      • 44100 Hz: Typical Audio CD sample rate. Rejected by FFmpeg for a 32k file.


      • 32000 Hz: Adequate for speech and also adequate for other audio files where a smaller file size is required with an expected small loss of quality. Rejected by FFmpeg for a 32k file.


      • 22050 Hz: Adequate for speech and usable for other audio with the expectation that there will be audio quality loss. Accepted by FFmpeg for a 32k file.


      • 11025 Hz: Very poor sound quality. Accepted by FFmpeg for a 32k file.


      • 8000 Hz: Slightly lower sampling rate than a modern telephony system, not recommended for most recording tasks. Accepted by FFmpeg for a 32k file.

      With this in mind my own testing suggests that you would be best to use a sampling rate of 22050 Hz, note that this should be perfectly adequate for speech, and thus your command line should be:



      ffmpeg -i filename.ogg -c:a libvorbis -ab 32k -ar 22050 new-filename.ogg


      And this produced a quite reasonable outcome on my own setup...



      2. Use FFmpeg to create a small file using libopus...



      If you are perhaps not all that set on using Ogg Vorbis an excellent alternative is to use Opus, which in my tests shaved a reasonable number of kilobytes off each file in comparison to the Ogg Vorbis 32k encode. Try something like the following which has been tailored for your speech files:



      ffmpeg -i filename.ogg 
      -c:a libopus -b:a 16k -ar 16000 -ac 1 -application voip
      new-filename.ogg


      You will be pleasantly surprised by both the resulting output file size and audio quality. I have included a link to a great HydrogenAudio resource in the 'References' which should guide to an even better command line for Opus...



      References:




      • Sample Rates: A nice page from the Audacity developers that demonstrates the best settings for audio sample rates.

      • Speech encoding quality: The definitive HydrogenAudio page to guide Opus settings for speech.


      • 15.8 libopus: FFmpeg options for use with libopus encoding. Note the -application voip setting that I used above and which does not have an equivalent with opusenc (unlike the other settings).






      share|improve this answer

























      • Thank you! I ended up using opus like this: ffmpeg -i filename.ogg -c:a libopus -ar 16k -ac 1 -b:a 16k -vbr on -compression_level 10 new_filename.ogg

        – sunyata
        Feb 18 at 20:45











      • @sunyata -compression_level 10 is the default for this encoder so you can remove that.

        – llogan
        Feb 19 at 18:44
















      4














      There are two excellent choices here:



      1. Adjust your FFmpeg command line to produce a smaller Ogg Vorbis file

      2. Use FFmpeg to create a small file using libopus

      Details of both are below:



      1. Adjust your FFmpeg command line...



      The key issue is that FFmpeg will not automagically change the audio sampling rate to appropriately match your selected bitrate. But then FFmpeg usually does not do a lot of hand holding I guess!



      Bear in mind that an Audio CD will normally have a sampling rate of 44100 Hz while simple telephony would normally have a sampling rate of slightly greater than 8000 Hz. So you have a choice to make for the best sampling rate for your 32k Ogg Vorbis audio. The following are some guidelines:




      • 44100 Hz: Typical Audio CD sample rate. Rejected by FFmpeg for a 32k file.


      • 32000 Hz: Adequate for speech and also adequate for other audio files where a smaller file size is required with an expected small loss of quality. Rejected by FFmpeg for a 32k file.


      • 22050 Hz: Adequate for speech and usable for other audio with the expectation that there will be audio quality loss. Accepted by FFmpeg for a 32k file.


      • 11025 Hz: Very poor sound quality. Accepted by FFmpeg for a 32k file.


      • 8000 Hz: Slightly lower sampling rate than a modern telephony system, not recommended for most recording tasks. Accepted by FFmpeg for a 32k file.

      With this in mind my own testing suggests that you would be best to use a sampling rate of 22050 Hz, note that this should be perfectly adequate for speech, and thus your command line should be:



      ffmpeg -i filename.ogg -c:a libvorbis -ab 32k -ar 22050 new-filename.ogg


      And this produced a quite reasonable outcome on my own setup...



      2. Use FFmpeg to create a small file using libopus...



      If you are perhaps not all that set on using Ogg Vorbis an excellent alternative is to use Opus, which in my tests shaved a reasonable number of kilobytes off each file in comparison to the Ogg Vorbis 32k encode. Try something like the following which has been tailored for your speech files:



      ffmpeg -i filename.ogg 
      -c:a libopus -b:a 16k -ar 16000 -ac 1 -application voip
      new-filename.ogg


      You will be pleasantly surprised by both the resulting output file size and audio quality. I have included a link to a great HydrogenAudio resource in the 'References' which should guide to an even better command line for Opus...



      References:




      • Sample Rates: A nice page from the Audacity developers that demonstrates the best settings for audio sample rates.

      • Speech encoding quality: The definitive HydrogenAudio page to guide Opus settings for speech.


      • 15.8 libopus: FFmpeg options for use with libopus encoding. Note the -application voip setting that I used above and which does not have an equivalent with opusenc (unlike the other settings).






      share|improve this answer

























      • Thank you! I ended up using opus like this: ffmpeg -i filename.ogg -c:a libopus -ar 16k -ac 1 -b:a 16k -vbr on -compression_level 10 new_filename.ogg

        – sunyata
        Feb 18 at 20:45











      • @sunyata -compression_level 10 is the default for this encoder so you can remove that.

        – llogan
        Feb 19 at 18:44














      4












      4








      4







      There are two excellent choices here:



      1. Adjust your FFmpeg command line to produce a smaller Ogg Vorbis file

      2. Use FFmpeg to create a small file using libopus

      Details of both are below:



      1. Adjust your FFmpeg command line...



      The key issue is that FFmpeg will not automagically change the audio sampling rate to appropriately match your selected bitrate. But then FFmpeg usually does not do a lot of hand holding I guess!



      Bear in mind that an Audio CD will normally have a sampling rate of 44100 Hz while simple telephony would normally have a sampling rate of slightly greater than 8000 Hz. So you have a choice to make for the best sampling rate for your 32k Ogg Vorbis audio. The following are some guidelines:




      • 44100 Hz: Typical Audio CD sample rate. Rejected by FFmpeg for a 32k file.


      • 32000 Hz: Adequate for speech and also adequate for other audio files where a smaller file size is required with an expected small loss of quality. Rejected by FFmpeg for a 32k file.


      • 22050 Hz: Adequate for speech and usable for other audio with the expectation that there will be audio quality loss. Accepted by FFmpeg for a 32k file.


      • 11025 Hz: Very poor sound quality. Accepted by FFmpeg for a 32k file.


      • 8000 Hz: Slightly lower sampling rate than a modern telephony system, not recommended for most recording tasks. Accepted by FFmpeg for a 32k file.

      With this in mind my own testing suggests that you would be best to use a sampling rate of 22050 Hz, note that this should be perfectly adequate for speech, and thus your command line should be:



      ffmpeg -i filename.ogg -c:a libvorbis -ab 32k -ar 22050 new-filename.ogg


      And this produced a quite reasonable outcome on my own setup...



      2. Use FFmpeg to create a small file using libopus...



      If you are perhaps not all that set on using Ogg Vorbis an excellent alternative is to use Opus, which in my tests shaved a reasonable number of kilobytes off each file in comparison to the Ogg Vorbis 32k encode. Try something like the following which has been tailored for your speech files:



      ffmpeg -i filename.ogg 
      -c:a libopus -b:a 16k -ar 16000 -ac 1 -application voip
      new-filename.ogg


      You will be pleasantly surprised by both the resulting output file size and audio quality. I have included a link to a great HydrogenAudio resource in the 'References' which should guide to an even better command line for Opus...



      References:




      • Sample Rates: A nice page from the Audacity developers that demonstrates the best settings for audio sample rates.

      • Speech encoding quality: The definitive HydrogenAudio page to guide Opus settings for speech.


      • 15.8 libopus: FFmpeg options for use with libopus encoding. Note the -application voip setting that I used above and which does not have an equivalent with opusenc (unlike the other settings).






      share|improve this answer















      There are two excellent choices here:



      1. Adjust your FFmpeg command line to produce a smaller Ogg Vorbis file

      2. Use FFmpeg to create a small file using libopus

      Details of both are below:



      1. Adjust your FFmpeg command line...



      The key issue is that FFmpeg will not automagically change the audio sampling rate to appropriately match your selected bitrate. But then FFmpeg usually does not do a lot of hand holding I guess!



      Bear in mind that an Audio CD will normally have a sampling rate of 44100 Hz while simple telephony would normally have a sampling rate of slightly greater than 8000 Hz. So you have a choice to make for the best sampling rate for your 32k Ogg Vorbis audio. The following are some guidelines:




      • 44100 Hz: Typical Audio CD sample rate. Rejected by FFmpeg for a 32k file.


      • 32000 Hz: Adequate for speech and also adequate for other audio files where a smaller file size is required with an expected small loss of quality. Rejected by FFmpeg for a 32k file.


      • 22050 Hz: Adequate for speech and usable for other audio with the expectation that there will be audio quality loss. Accepted by FFmpeg for a 32k file.


      • 11025 Hz: Very poor sound quality. Accepted by FFmpeg for a 32k file.


      • 8000 Hz: Slightly lower sampling rate than a modern telephony system, not recommended for most recording tasks. Accepted by FFmpeg for a 32k file.

      With this in mind my own testing suggests that you would be best to use a sampling rate of 22050 Hz, note that this should be perfectly adequate for speech, and thus your command line should be:



      ffmpeg -i filename.ogg -c:a libvorbis -ab 32k -ar 22050 new-filename.ogg


      And this produced a quite reasonable outcome on my own setup...



      2. Use FFmpeg to create a small file using libopus...



      If you are perhaps not all that set on using Ogg Vorbis an excellent alternative is to use Opus, which in my tests shaved a reasonable number of kilobytes off each file in comparison to the Ogg Vorbis 32k encode. Try something like the following which has been tailored for your speech files:



      ffmpeg -i filename.ogg 
      -c:a libopus -b:a 16k -ar 16000 -ac 1 -application voip
      new-filename.ogg


      You will be pleasantly surprised by both the resulting output file size and audio quality. I have included a link to a great HydrogenAudio resource in the 'References' which should guide to an even better command line for Opus...



      References:




      • Sample Rates: A nice page from the Audacity developers that demonstrates the best settings for audio sample rates.

      • Speech encoding quality: The definitive HydrogenAudio page to guide Opus settings for speech.


      • 15.8 libopus: FFmpeg options for use with libopus encoding. Note the -application voip setting that I used above and which does not have an equivalent with opusenc (unlike the other settings).







      share|improve this answer














      share|improve this answer



      share|improve this answer








      edited Feb 19 at 1:30

























      answered Feb 18 at 6:57









      andrew.46andrew.46

      22.1k1469150




      22.1k1469150












      • Thank you! I ended up using opus like this: ffmpeg -i filename.ogg -c:a libopus -ar 16k -ac 1 -b:a 16k -vbr on -compression_level 10 new_filename.ogg

        – sunyata
        Feb 18 at 20:45











      • @sunyata -compression_level 10 is the default for this encoder so you can remove that.

        – llogan
        Feb 19 at 18:44


















      • Thank you! I ended up using opus like this: ffmpeg -i filename.ogg -c:a libopus -ar 16k -ac 1 -b:a 16k -vbr on -compression_level 10 new_filename.ogg

        – sunyata
        Feb 18 at 20:45











      • @sunyata -compression_level 10 is the default for this encoder so you can remove that.

        – llogan
        Feb 19 at 18:44

















      Thank you! I ended up using opus like this: ffmpeg -i filename.ogg -c:a libopus -ar 16k -ac 1 -b:a 16k -vbr on -compression_level 10 new_filename.ogg

      – sunyata
      Feb 18 at 20:45





      Thank you! I ended up using opus like this: ffmpeg -i filename.ogg -c:a libopus -ar 16k -ac 1 -b:a 16k -vbr on -compression_level 10 new_filename.ogg

      – sunyata
      Feb 18 at 20:45













      @sunyata -compression_level 10 is the default for this encoder so you can remove that.

      – llogan
      Feb 19 at 18:44






      @sunyata -compression_level 10 is the default for this encoder so you can remove that.

      – llogan
      Feb 19 at 18:44














      1














      This low bitrate is not supported with the default sampling rate of the file. You must specify a lower sampling rate before you can lower the bitrate. Add the option -ar 8000 for your option -b:a 32k to be accepted.






      share|improve this answer



























        1














        This low bitrate is not supported with the default sampling rate of the file. You must specify a lower sampling rate before you can lower the bitrate. Add the option -ar 8000 for your option -b:a 32k to be accepted.






        share|improve this answer

























          1












          1








          1







          This low bitrate is not supported with the default sampling rate of the file. You must specify a lower sampling rate before you can lower the bitrate. Add the option -ar 8000 for your option -b:a 32k to be accepted.






          share|improve this answer













          This low bitrate is not supported with the default sampling rate of the file. You must specify a lower sampling rate before you can lower the bitrate. Add the option -ar 8000 for your option -b:a 32k to be accepted.







          share|improve this answer












          share|improve this answer



          share|improve this answer










          answered Feb 17 at 16:16









          vanadiumvanadium

          6,71611431




          6,71611431





















              0














              Opus does not allow any sampling rates of the output other than 48000hz. The -ar option is redundant.






              share|improve this answer








              New contributor




              Sds is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
              Check out our Code of Conduct.
























                0














                Opus does not allow any sampling rates of the output other than 48000hz. The -ar option is redundant.






                share|improve this answer








                New contributor




                Sds is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
                Check out our Code of Conduct.






















                  0












                  0








                  0







                  Opus does not allow any sampling rates of the output other than 48000hz. The -ar option is redundant.






                  share|improve this answer








                  New contributor




                  Sds is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
                  Check out our Code of Conduct.










                  Opus does not allow any sampling rates of the output other than 48000hz. The -ar option is redundant.







                  share|improve this answer








                  New contributor




                  Sds is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
                  Check out our Code of Conduct.









                  share|improve this answer



                  share|improve this answer






                  New contributor




                  Sds is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
                  Check out our Code of Conduct.









                  answered 11 mins ago









                  SdsSds

                  1




                  1




                  New contributor




                  Sds is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
                  Check out our Code of Conduct.





                  New contributor





                  Sds is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
                  Check out our Code of Conduct.






                  Sds is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
                  Check out our Code of Conduct.



























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