Does converting OPUS to FLAC improve audio quality?

No. Conversion to FLAC preserves the decoded audio exactly but cannot restore quality lost during the original lossy OPUS encoding.

Can I use the FLAC output for audio editing?

Yes. FLAC provides a lossless copy of the decoded OPUS audio suitable for editing and mastering without further generational loss.

Are FLAC files compatible with all media players?

While widely supported on desktop players and many devices, FLAC is not universally compatible with all consumer hardware or streaming platforms.

Convert your OPUS file to FLAC format

Easily convert OPUS audio files to FLAC format for lossless archiving, editing, and high-quality playback. Preserve decoded audio exactly in a widely supported, lossless format with this simple online converter.

Upload Your File | Maximum Size Upto 25MB

Quick Access To 11 OPUS File Conversion Pairs

What Is This Tool?

This tool converts OPUS audio files, a lossy codec optimized for low-latency speech and music streaming, into FLAC, a lossless audio format preserving PCM audio bit-perfectly. The conversion creates lossless copies of decoded OPUS audio suitable for archiving, editing, and distribution.

How to Use This Tool?

Upload your OPUS audio file using the conversion interface
Select FLAC as the output format for lossless encoding
Start the conversion process and wait for the tool to process your file
Download the converted FLAC file ready for archiving or playback

Key Features

Convert OPUS, an efficient, low-latency audio codec, into FLAC lossless format
Preserve decoded audio exactly without further quality loss during editing
Support metadata embedding and artwork addition in FLAC files
Produce seekable, block-based FLAC streams suitable for playback and editing
Browser-based, user-friendly conversion with no need for special software

Examples

A podcaster converts OPUS recordings into FLAC for editing and long-term archival without re-encoding loss
A music enthusiast converts OPUS music tracks to FLAC to add detailed metadata and embedded artwork
Creating FLAC copies of OPUS streams to distribute high-quality, seekable audio files to listeners

Common Use Cases

Archiving decoded OPUS audio in lossless FLAC format to preserve quality for future editing
Preparing lossless copies of audio originally recorded or streamed in OPUS for high-resolution playback
Distributing FLAC versions of OPUS files for users who prefer a widely supported lossless format

Tips & Best Practices

Remember conversion to FLAC does not recover audio lost in the original OPUS lossy encoding
Manually verify and edit metadata and artwork after conversion for consistency
Consider storage and bandwidth implications due to larger FLAC file sizes
Use FLAC for applications requiring exact PCM preservation like editing and mastering
Ensure your playback device supports FLAC format for best compatibility

Limitations

Converted FLAC files cannot regain audio information lost by OPUS's lossy compression
FLAC files are larger and use more storage and bandwidth compared to OPUS sources
OPUS's sampling rate limit of 48 kHz restricts the maximum resolution present in FLAC output
Metadata from OPUS may not convert cleanly; manual correction might be needed
FLAC format is not universally supported on all consumer devices or streaming platforms

Frequently Asked Questions

Does converting OPUS to FLAC improve audio quality?: No. Conversion to FLAC preserves the decoded audio exactly but cannot restore quality lost during the original lossy OPUS encoding.
Can I use the FLAC output for audio editing?: Yes. FLAC provides a lossless copy of the decoded OPUS audio suitable for editing and mastering without further generational loss.
Are FLAC files compatible with all media players?: While widely supported on desktop players and many devices, FLAC is not universally compatible with all consumer hardware or streaming platforms.

Key Terminology

OPUS: An open, lossy audio codec designed for low-latency speech and music streaming with good quality at low bitrates.
FLAC: Free Lossless Audio Codec, an open-source lossless audio compression format that preserves original PCM audio exactly.
Lossless Compression: A method of audio encoding that reduces file size without any loss of audio quality or data.
Lossy Compression: A method of audio encoding that reduces file size by permanently discarding some audio data, affecting quality.

Quick Knowledge Check

What type of audio codec is OPUS?

Lossless codec

Lossy codec

Uncompressed codec

What is a key advantage of FLAC format?

Lossy compression

Lossless compression

Limited device support

Does converting OPUS to FLAC restore lost audio data?

Yes, fully restores

No, it cannot restore lost data

Only partially restores