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Convert FLAC to AWB
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FLAC MP3 Converter converts FLAC to AWB
easily and quickly. The software supports more than 90 audio and video files
as input, and converts to MP3, WAV, OGG, AMR, AWB, AAC, MP4, M4A, and M4B
files. It also supports batch conversion.
- Download FLAC MP3 Converter from the following link, and
then install the software
Download Link: http://www.flac-mp3.com/download/flacmp3_converter.exe
- Launch FLAC MP3 Converter
- Choose FLAC Files
Click "Add Files" button to choose FLAC files and add them
to conversion list.
Choose one or more FLAC files you want to convert.
- Choose Target File Format
Choose "to AWB"
- Convert FLAC to AWB
Click "Convert" to convert all FLAC files into AWB
format.
The software is converting FLAC files into AWB format.
- Play & Browse
Right-click converted item and choose "Play Destination" to play
the destination file, choose "Browse Destination Folder" to open
Windows Explorer to browse the destination file.
- Done
Top
What is FLAC?
Free Lossless Audio Codec (FLAC) is a file format for lossless audio data compression.
Being lossless, FLAC does not remove information from the audio stream, as lossy
compression formats such as MP3, AAC, and Vorbis do. FLAC's primary author is
Josh Coalson. FLAC reduces bandwidth and storage requirements without sacrificing
the integrity of the audio source. A digital audio recording (such as a CD track)
encoded to FLAC can be decompressed into an identical copy of the audio data.
Audio sources encoded to FLAC are typically reduced in size 40 to 50 percent (46%
according to their own comparison). FLAC is suitable for everyday audio playback
and archival, with support for tagging, cover art and fast seeking. FLAC's free
and open source royalty-free nature makes it well-supported by many software applications,
but FLAC playback support in portable audio devices and dedicated audio systems
is limited at this time.
What is AWB?
Adaptive Multi Rate - WideBand (AMR-WB) is a speech coding standard developed
after the AMR using same technology like ACELP. The codec provides excellent speech
quality due to wider speech bandwidth of 50-7000 Hz compared to narrowband speech
codecs which in general are optimized for POTS wireline quality of 300-3400 Hz.
AMR-WB is codified as G.722.2, an ITU-T standard speech code.
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