This is a React Native-based audio streaming app for Jellyfin. Jellyfin is a community-based piece of software that allows you to stream your media library over the internet. By means of React Native, Jellyfin Audio Player allows you to stream your Jellyfin Music library, with full support for background audio and casting (ie. Airplay and Chromecast).
RaspyFi is an open source linux distribution. It will transform your Raspberry Pi into an audiophile source, in 10 minutes without hassles. It comes ready to play, and it’s compatible with almost every USB DAC available. You can consider it as a Voyage-MPD version for Raspberry Pi. But it’s simpler to use and it has several other functionalities!
With RaspyFi you’ll be able to play your music library directly from an USB Storage or from your NAS. You can also listen to your favourite web-radios and scrobble your favourite tunes from Spotify, Last.fm and Soundcloud. You will be amazed about the sound quality! RaspyFi’s core feature is this. We are trying to get every bit of your music to play as accurate as can be, optimizing every aspect of the system.
RaspyFi supports asynchronous playback to take advantage of the latest DACS, it features a nice webgui you can use to configure it without hassles and to play your library from your pc, your smartphone or your tablet.
You can connect your little Raspberry Pi to your Audio System, sit on your couch, use your favourite device (Win,Mac,Android,iOS) as a remote control and enjoy your music as it is. With RaspyFi your Pi never sounded so good!
OBPlayer is a stable and secure UNIX-based media streaming playout application that can operate as a standalone player or controlled over a network by a managing OBServer. It can be installed remotely at a transmitter site, in the studio or as multiple virtual headless processes.
OBPlayer is built with rules based intelligence to continue broadcasting no matter what happens. It functions by continually syncing with OBServer, looking for updated schedules, media, and priority broadcasts. If there is a blank spot in the schedule, it falls back to a Default Playlist. If that fails, it goes into Fallback Media Mode. If that fails, it plays from the analog input bypass. Finally, it will play a test signal as a last resort. OBPlayer will always play valid CAP (Common Alerting Protocol) Alerts at the highest priority.
OBPlayer can be run in a variety of configurations:
Headless OBPlayer (CLI Process)
LIVE Assist with Mobile HTML5 Touch Screen interface
GTK desktop application for a Digital Display and output to CATV
Standalone Emergency Alerting CAP Player supporting audio, image and video
Support For IPAWS CAP Profile Version 1.0 via Alert-Hub
When we developed HYSOLID, we were strongly aware that just as audio equipment is different from general industrial products, playback software is also a part of the “Audio” for which a special quality is required. By thinking that the special quality required for the playback software is “to aim a low-noise playback by reducing the load on the PC as low as possible,” we made this thought as the development concept of HYSOLID. HYSOLID has been developed by pursuing this simple concept from the design of the entire software structure to the detailed data manipulation. Please enjoy the difference of the sound by low load by all means.
Method for realizing low system load
Enabling playback by turning ON the PC -> Largely avoids the PC load generated from other software HYSOLID was designed so that you can use it by turning ON the PC in order to avoid the influence of other software as much as possible. You need not sign in to Windows unlike other general software.Since many of Windows programs in both OS and applications operate starting from the Windows sign-in, we have considered this design is particularly important for the PC audio.
Operation is made by smartphone apps -> Avoids the PC load by the user interface
HYSOLID has been enabled to operate with smartphone apps. We have reduced the PC load generated from the user interface (screen display and screen operation) on the PC like other software.
Our own linkage method -> Reduces the PC load of data communication
For the linkage between the smartphone apps and the Windows software, we have adopted the original bi-directional protocol that is designed to reduce the PC load at top priority by avoiding the general scheme or protocols such as DLNA and HTTP. Furthermore, the communication data itself has also been designed to be compact.
For the data format of the communication data, we have adopted UTF-16 for characters and little endian for numerical values so that the software on the Windows can handle them at the lowest load
Precisely implemented playback core -> Reduces the PC load of playback logic
In order to minimize the PC load of playback, the logic portion from reading sound source data from a file up to delivering it to the DAC of the driver becomes important.
We call this logic portion as “playback core,” and have implemented it particularly precisely.
When implementing the playback core, we dare to postpone the elements such as securing the readability that is emphasized in the general software development and reducing the implementation scale to prioritize to minimize the load that the playback core gives on the PC.
Cancelling the read cache by the OS -> Reduces the PC load of data read
In reading the sound source data, HYSOLID has adopted a system to directly read the memory of the playback software without using the read buffer by the OS. This produces an effect to reduce the PC load when reading the sound source data.
* The target functions will be applied to the WAV and DSD playback using a local storage
ExoPlayer is an application level media player for Android. It provides an alternative to Android’s MediaPlayer API for playing audio and video both locally and over the Internet. ExoPlayer supports features not currently supported by Android’s MediaPlayer API, including DASH and SmoothStreaming adaptive playbacks. Unlike the MediaPlayer API, ExoPlayer is easy to customize and extend, and can be updated through Play Store application updates. ExoPlayer modules can be obtained from JCenter. It’s also possible to clone the repository and depend on the modules locally. The easiest way to get started using ExoPlayer is to add it as a gradle dependency. You need to make sure you have the Google and JCenter repositories included in the build.gradle file in the root of your project. n addition to library modules, ExoPlayer has multiple extension modules that depend on external libraries to provide additional functionality. Some extensions are available from JCenter.
Features:
Provides an alternative to Android’s MediaPlayer API
Plays audio and video both locally and over the Internet
DASH and SmoothStreaming adaptive playbacks
Easy to customize and extend, and can be updated through Play Store application updates
ExoPlayer modules can be obtained from JCenter
Clone the repository and depend on the modules locally
OooPlayer is a free audio player for Microsoft® Windows®. It has a clean, lightweight user interface and it is also friendly with your computer resources. It is one of the best candidates if you’re looking for an alternative to Winamp® or just looking for a simple, easy-to-use music and radio player. It’s written in Delphi and uses Bass library and its plugins from www.un4seen.com
The listed versions are clean, without no bundles/installers and it has support for most popular audio formats (see below in the features section). This player is released under the GNU General Public License version 2.0 and is available in two versions: installer and portable.
Features:
user-friendly and with a low impact on resource usage
support for most audio formats: MP3, FLAC, OGG, MPC, WMA, AC3, SPX, AAC, ALAC, APE, TTA, OFR, WV, OPUS, TAK etc.
support for gapless playback (uninterrupted playback of sequential/consecutive audio tracks)
support for M3U and M3U8 playlists
integrated lyric downloader (it doesn’t work with certain files such as covers)
save your own playlists in M3U, M3U8 or PPF format
built-in support for radio stations (huge list available) including details about the current radio
multiple options available: shuffle, repeat, search, jump, find etc.
Muine is an innovative music player, featuring a simple, intuitive interface. It is designed to allow users to easily construct a playlist from albums and/or single songs. Its goal is to be simply a music player, not to become a robust music management application. This doesn’t mean Muine has no features! Some feature highlights:
Ogg/Vorbis, FLAC, AAC and MP3 music playback support
Automatic album cover fetching via MusicBrainz and Amazon
Support for embedded album images in ID3v2 tags
ReplayGain support
Support for multiple artist and performer tags per song
Plug-in support
Translations into many languages
Muine is targeted at the GNOME desktop and uses GTK+ for the interface. Most of the code is written in C#, with some additions/bindings/glue in plain C. Muine was originally written by Jorn Baayen, but now maintained mostly by others.
Pine Player is an exclusive listening digital music player for music lovers who use the OSX operating system. It can play almost all existing digital audio forms such as MP3, FLAC, APE, AAC, M4A, WAV, AIFF, OGG, WMA, DSD, SACD ISO etc. and it also has a strong playing capability for listening to CUE files in the most convenient way.
1. Maximum 32Bit 768kHz Up Sampling Function
Pine Player supports various kinds of PCM formats, so it can play sound sources from 16 to 32 bit; it can also reproduce clear and abundant sound quality by supporting a maximum of 768kHz.
Pine Player’s unique Over Sampling Filter is a technique that upconverts an ordinary MP3 file into a 32bit, maximum of 768kHz, and high sound quality sound source and sends it to the DAC for it to be played in best performance. Ordinary MP3 files’ sound quality can actually be heard more clearly and plentifully. Obviously, HD audio files such as MQS and DSD can be upconverted to a maximum of 768kHz as well.
2. Convenient and Strong Playlist & Prevention of Text Cracking
Pine Player has a very convenient playlist because users can save and manage the music they wish to listen to, change the order of the music being played by simply dragging, and express any kind of language or text encoding perfectly because of its flawless decoding function. There is no Korean code cracking.
3. Cross Fade and Gapless set-up
Cross Fade function, which is a technique that decreases the gap between songs when listening to files on the playlist or overlaps the songs for no gaps at all, can be set into seconds.
4. Mass Storage of Audio Queue for Real Time Converting
Pine Player prevents damage of sound quality by having a high-powered Audio Queue for processing excessive amount of digital data. Therefore, it takes a considerable amount of memory compared to other music players.
5. Automatic Isolation of Damaged Sound Sources
Pine Player has an automatic isolation function for damaged sound sources called Vault. If a damaged sound source is detected while playing the music, the music is stopped and taken to the Vault file for isolation. Through this convenient function, users can easily figure out which sound source is damaged and restore it.
Even with all these functions, Pine Player is a free app. Moreover, there are not any marketing or advertising material. Especially, no information including personal ones are sent to the outside or the Internet.
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.
Features:
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.
The Audio File 