The Daphile is the heart of a digital music system. Its primary focus is in storage and playback of your digital music library. It enables the best possible audio quality and future-proof flexibility by providing plug&play support for USB connected digital-to-analog converters (DAC). You can easily setup a multi-zone system just by connecting another USB DAC for each zone.
Headless music server OS
Bitperfect and gapless playback
Extensive audio format support
Native DSD playback up to DSD512
PCM resolutions up to 384kHz/24bit
High quality audio resampling including PCM to DSD conversion
Convolution filtering for DRC and equalizer
“Play from RAM” to minimize CPU load and disk activity during playback
Automatic audio device configuration with multiplayer support
CD ripping with AccurateRip™ verification, automatic metadata tagging and cover art
Supports external file servers as music source
Easy configuration and installation through the web interface
WiFi hotspot support (if compatible hardware exists)
Software update via web interface
Network-attached storage (NAS) service
Whole system included in about 200MB ISO-file
Daphile is based on the open source Squeezebox Server, Squeezelite and Linux. Since Daphile is used and configured completely via the web interface the user is not required to have any Linux skills.
Mktoc simplifies the steps needed to create audio CD TOC files for the cdrdao CD burning program. For users familiar with EAC or CdrWin, TOC files are synonymous with CUE sheets. The primary goal of mktoc is to create TOC files using a previously generated CUE sheet.
Create a TOC file from a list of WAV files.
Convert an ExactAudioCopy (EAC) CUE file to the TOC format that is usable by cdrdao.
Multi-session aware CUE parsing, necessary for making CDDB and AccurateRip matchable discs.
Non-compliant CUE sheet support.
Support for various pregap methods.
Can create offset corrected WAV files for true ‘bit-for-bit’ accurate copies.
Fuzzy file name logic can correct common file name spelling variations.
CUETools is a tool for lossless audio/CUE sheet format conversion. The goal is to make sure the entire album image is preserved accurately. A lossless disc image must be lossless not only in preserving contents of the audio tracks, but also in preserving gaps and CUE sheet contents. Many applications lose vital information upon conversion, and don’t support all possible CUE sheet styles. For example, foobar2000 loses disc pre-gap information when converting an album image, and doesn’t support gaps appended (noncompliant) CUE sheets.
Exact Audio Copy, also known as EAC is often used to create an exact copy of a CD which can be stored in a digital media archive or audio library. The goal is to preserve all information from a CD, such that the CD can be recreated from an archive and / or is playable from an audio library. With EAC, the original audio files and a .cue file, an exact copy can be reburnt back onto a CDR; and with FLAC files, a compressed lossless music library may be built. Creating an individual folder which contains the album’s compressed audio files and a cue file is done via the following method:
Open EAC and select the FLAC encoder
Insert the CD you wish to archive
If using the freedb or CTDB plugins, select the correct cover art
You may also add lyrics to each track at this point
Verify that the downloaded information is complete and correct
Convert all CD information to title case
Remove any extra spaces
Detect the CD’s gaps
Create the cue sheet and album folders
Rip the CD in Burst Mode, which creates the individual audio files
Switch to Secure Mode and re-rip tracks any tracks that did not rip accurately
This process also creates an EAC log file in the same folder.
CUERipper is an utility for extracting digital audio from CDs, and an open-source alternative to EAC. It has a lot fewer configuration options, so it’s somewhat easier to use, and is included in CUETools package.
The goal is to make sure the album image is preserved accurately. A lossless disc image must be lossless not only in preserving contents of the audio tracks, but also in preserving gaps and CUE sheet contents. Many applications lose vital information upon conversion, and don’t support all possible CUE sheet styles.