Foobar2000 is a freeware audio player for Microsoft Windows, iOS and Android developed by Piotr Pawłowski. It is known for its highly modular design, breadth of features, and extensive user flexibility in configuration. For example, the user-interface is completely customizable. Its extensive software development kit (SDK) allows third-party developers enough power to completely replace the interface. Foobar2000 supports a large number of audio file formats, has many features for organizing metadata, files, and folders, and has a converter interface for use with command line encoders. To maximize audio fidelity in cases where resampling or downscaling in bit depth is required, it provides noise shaping and dithering. There are a number of official and third-party components which add many additional features. The core source code is closed.
“At its core, Foobar2000 natively supports a range of audio formats, including MP1, MP2, MP3, MPC, AAC, WMA, Ogg Vorbis, FLAC / Ogg FLAC, ALAC, WavPack, WAV, AIFF, AU, SND, CD, Speex, and Opus.
Foobar2000 also has a customizable user interface, advanced tagging capabilities and support for ripping Audio CDs, as well as transcoding of all supported audio formats using the Converter component.”
Ultimately what makes it fantastic its handling of source material naively and the fact that you can make it anything you like. When set up correctly it can replace any player you may have to date.
You can use foobar to rip and encode almost anything; it uses raw command-line sourced encoders which is the best way to encode properly.
The encoder pack includes every natively supported free encoder binary for use with the Converter foobar2000 component. The binaries are conveniently installed into a subfolder of the foobar2000 installation folder.
Foobar2000 is the recommended player for Windows 7 by Cambridge Audio and supports virtual radio stream playback.
Foobar2000ses AccurateRip. It’s a database that allows you to find out if your CD rips are the same as those ripped by other people; if they were, then it’s likely the rips are truly error-free. The database stores checksums for ripped tracks in order to accomplish this. The checksums are generated when ripping and can be submitted to the database through the ripping software if the user so chooses.
This combined with Secure ripping the process of making sure there were no errors during the extraction of audio from a CD by attempting to get consistent results from successive re-reads of the same sectors makes Foobar your best choice for a music player below is a list of addons to help make foobar the best player out there it takes a tad bit more work then most player to configure but the reason for that is that the player truly is a blank canvas allowing individual users control over what they want and need with little fuss.
Encoder Pack(for ripping and conversion)
AAC + Apple Lossless (qaac) – requires iTunes to be installed
AAC (fhgaacenc) – requires Winamp to be installed
Apple Lossless (refalac)
Adds decoding support for General MIDI files (.MID, .KAR) and RIFF MIDI files (.RMI) as well as several proprietary MIDI formats (.MIDS, .MDS, .HMI, .HMP, .MUS, .XMI, .LDS).
HDCD encodes the equivalent of 20 bits worth of data in a 16-bit digital audio signal by using custom dithering, audio filters, and some reversible amplitude and gain encoding: Peak Extend, which is a reversible soft limiter; and Low Level Range Extend, which is a reversible gain on low-level signals. There is thus a benefit at the expense of a very minor increase in noise.
The claim that the encoding process is compatible with ordinary CD players (without audible distortion) is disputed: “Not being able to decode the peak soft limiting, a normal CD player will output distorted peaks”.)
Allows tagging files using data from MusicBrainz.
Includes the following effects:
Playback Rate Shift
(some early digital recording & playback equipment, including CD players, used 14-bit converters, even though they were dealing with 16-bit audio. Some also used noisy “brick wall” filters to remove frequencies higher than the Nyquist frequency (22050 Hz). The resulting noise introduced by these converters and filters could be made relatively quiet by using pre-emphasis: boosting the signal (especially the higher frequencies) in the recording before it was put onto CD, and embedding flags in the disc’s subcode to tell a CD player to apply de-emphasis on playback. Some CD players even had a de-emphasis button that could be used to manually apply de-emphasis, but now it’s just a built-in feature of the analog outputs of nearly all dedicated audio CD players. By the late 1980s, pre-emphasis stopped being used because reliable 16-bit DACs with oversampling and other technologies minimized the conversion & filtering noise without the need for pre-processing the recording.
Most major-label CDs with pre-emphasis were manufactured in Japan in the early and mid-1980s. Relatively recent forum posts indicate that pre-emphasis is still used on newly manufactured CDs by some indie labels, mainly for classical titles.)
The Windows Audio Session API (WASAPI) is Microsoft’s most modern method for talking with audio devices. It is available in Windows Vista, Windows 7, and later versions of Windows. It allows delivering an unmodified bitstream to a sound device,
Checks specified media files for decoding errors. Note that with most formats, its accuracy is limited to detecting errors that abort the decoding process.
[$info(bitspersample)-bit[ $info(bitspersample_extra)] ][%codec% | ][%bitrate% kbps | ][%samplerate% Hz | ][%channels% | ]%playback_time%[ / %length%][ ‘(‘HDCD: PE: %__hdcd_peak_extend% LLE: %__hdcd_gain% TF: %__hdcd_transient_filter%’)’]
(some information in this article has been taken from 3rd party site(s) )