What is ODSMRT Technology

Original Data Stream Mirroring Reorganization Technology(ODSMRT) is the latest generation of audio conversion technology, developed by StreamFox after years of research and development. ODSMRT scans the data source of the audio file, mirrors the data stream one-to-one through technical means, and re-encodes the mirrored original data stream from a deeper level of the data source, thus achieving lossless audio effects.

Compared to the first to third generations of audio conversion technologies, ODSMRT technology ensures the consistency of data from the original data stream, thereby maintaining audio quality truly consistent with the original. Besides, its downloading speed surpasses that of former generations of technologies due to its advanced technical principles.

NEW

The Latest Generation of Technology

Original Data Stream Mirroring Reorganization Technology

Mirror the data stream 1:1 and re-encode the data stream from a deeper level of the data source to retain the consistency of data from the original data stream and thus generate audio in lossless quality.

Pros

• Provide audio in the best and lossless quality by maintaining data consistency from the original data stream layer.
• Convert music 50 times faster than that of former technologies.
• Achieve the highest success rate when downloading audio, whether the song is royalty-free or DRM-protected.
• Preserve the original ID3 tags.

Cons

• The development of ODSMRT technology is highly challenging, but StreamFox has succeeded in doing so, while similar software in the market typically utilizes 1st to 3rd generation technologies.

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Third-generation Technology

Record Audio in the Backend

Record music in the backend with the low-level technology. Then adjust the audio file parameters for converting the recorded audio to an HD format and lastly get the music at 320 kbps, HiFi, etc.

Pros

• Consume less time in recording, compared to first-generation technology.
• The audio quality is high, which is close to that of the original music file.
• The original ID3 tag is kept.
• The success rate is higher than that of the first-generation and second-generation technologies.

Cons

• Some quality loss may occur due to recording method, despite relatively high audio quality.
• The waiting time advantage over the second-generation technology is not significant.
• There are requirements for the performance of client devices.

2

Second-generation Technology

Search Then Download Audio from Streaming Music Platforms

Retrieve the info about the music users want to download. Then search for the corresponding audio on other platforms like YouTube based on the retrieved info and download the songs finally.

Pros

• This type of technology is easy to develop and apply.
• The software utilizing this type of technology is cheaper.

Cons

• Audio downloaded from free music streaming platforms may have lower quality, resulting in a poor listening experience.
• Inability to download DRM-protected or private music lowers the success rate of audio downloads.

1

First-generation Technology

Playback and Recording

Record audio while playing using the audio recording tool.

Pros

• Record most of audio without platform limits.
• The software utilizing this type of technology is cheaper.

Cons

• The quality of recorded audio isn't stable, determined with the functionality of recording tools, the playback devices and so on.
• Recording audio is slow and not conducive to obtaining music in batch.
• The lowest success rate in downloading tracks, as it doesn't support recording DRM-protected music.
• Record song files without related ID3 tags included.