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Which is better between FLAC format and ogg format?

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Which is better between FLAC format and ogg format?

Positionable: FLAC supports fast sampling and precise positioning.

This is not only beneficial for playback, but also makes FLAC files easier to edit.
Resilient metadata: New types of metadata blocks can be defined and implemented without affecting the use of old decoders and data streams. Existing metadata types include tags, reference tables, and ranking tables. Registered applications can define their own dedicated metadata types (Note: this is similar to the MIDI standard).
Great for archiving applications: FLAC is an open and lossless encoding format, you can convert it to any other format you need. In addition to CRC and MD5 marking of each data frame to ensure data integrity, flac also provides a check (verify) option, when using this option for encoding, the encrypted data will be immediately decoded and compared with the data. original input in the same encoding time.
Easy to backup CDs: FLAC has a “reference table” metadata block that contains the list of CD contents and index points for all tracks. You can save a CD into a single file and import the CD reference table, so that a FLAC file can record all the information of the entire CD completely. When your original CD is damaged, you can use this file to restore an exact copy of the original CD.
Damage resistance: Due to the structure of the FLAC frame, once the data stream is damaged, the loss will be limited to the damaged data frame. Usually only a short segment is lost. When many other lossless audio compression formats suffer corruption, one corruption will cause all subsequent data to be lost.
OGGVorbis is a lossy compression encoding for audio.

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Which is better FLAC format or ogg format?

Flac is better than ogg. flac is lossless.

FLAC is short for Free Lossless Audio Codec, which can be interpreted as lossless audio compression coding in Chinese. FLAC is a well-known free audio compression codec, which is characterized by lossless compression.
Lossless Compression: The encoded (PCM) audio data is lossless and the decoded output audio is the same in every byte of the encoder input. Each data frame has a 16-bit CRC check code of the current frame, which is used to check for data transmission errors. For the entire piece of audio data, an MD5 tag for the original uncompressed audio data is also stored in the file header, which is used to verify the data during decoding and proofing.
Fast: FLAC pays more attention to decoding speed. Decoding requires only integer operations and has low computational speed requirements relative to most encoding methods. Real-time decoding can be easily achieved on very common hardware.
Hardware support: Since FLAC provides a free decoding example and the decoding complexity is low, FLAC is currently the only lossless compression codec that has hardware support.
Streamable: Each FLAC data frame contains all the information needed for decoding. The current frame is decoded without reference to the data frame that precedes or follows it. FLAC uses sync and CRC codes (similar to encoding formats like MPEG) so that the decoder can have minimal time delays when it locates jumps in the data stream.

Encoding and decoding FLAC and Ogg audio files would now be faster

Thanks to the implementation of a new optimized CRC algorithm

There are many suitable audio formats for various uses. Some allow you to reduce the size of the files. Within this latter group, a distinction is made between so-called destructive or lossy audio formats that do not allow the original to be recreated from a compressed audio file and non-destructive or lossless audio formats. )

Lossy formats like Ogg allow you to get small audio files at the expense of quality. In contrast, lossless audio formats such as FLAC (Free Lossless Audio Codec) are used when the quality of an audio file takes precedence over the storage space it is likely to take up.

Ogg Flac

The Ogg format is a free audio compression format that is an alternative to the more popular Mp3 format. The FLAC free audio compression format, on the other hand, would generally reduce the size of Wav files by approximately 50%. These two audio formats are compatible with the Xiph.Org Foundation, whose objective is to offer free, patent-free and open multimedia formats and codecs.

FLAC and Ogg would now have better audio encoding and decoding capabilities thanks to recent improvements to the code that underlies their respective operations. These two formats now use an optimized CRC algorithm to speed up encoding or decoding operations.

The advertised gains are around 5% in encoding and decoding for FLAC, versus 10% in encoding and 15% in decoding for Ogg. The Opus and Monkey audio audio formats would also be affected by this update, but the expected gains would be more modest: around 1% in encoding for the Opus audio format and around 4% in decoding for the Monkey audio format. Audio. Note in passing that the Opus format (originally Harmony) is a lossy audio format that was developed by the Internet Engineering Task Force (IETF) to be used by interactive applications on the Internet.