Burrrn is a little tool for creating audio CDs with CD-Text from various audio files. Supported formats are: wav, mp3, mpc, ogg, aac, mp4, ape, flac, ofr, wv, tta, m3u, pls and fpl playlists and cue sheets. You can also burn EAC’s noncompliant image + cue sheets! Burrrn can read all types of tags from all these formats (including ape tags in mp3). Burrrn uses cdrdao.exe for burning.
Under-reads very short peaks slightly like a traditional BBC PPM. Fallback ballistics are accurately modelled but the attack time (eg the BBC spec of 2.5dB down for a 10ms burst of 5Khz) is only approximate. Very short peaks such as 1.5ms register -4dB instead of -9dB as per spec. The fallback time from 1 to 7 is in line with BBC specifications, 2.5 to 3 seconds. You may prefer a faster fallback, especially as there are the peak markers, so the fallback time can be adjusted by means of an arbitrary value entered on the options page. A value of 2 corresponds to the BBC PPM spec. Values up to 10 speed up the decay.
Mono matrix can be set to M = (A+B) – 3dB or 6dB. Traditionally the BBC have used M3, though M6 is increasingly used. Channels can be labelled L & R or A & B. Displays Left, Right, Mono (sum) and Stereo (difference) simultaneously.
The peak markers can be set to hold the peak. Click on the window to reset.
There is also a 20dB button. This increases the gain of of the Stereo difference indication by 20dB (10 times). M, L & R are not affected.
The colour of each bar can be set to any colour from the options screen. By default all bars are green but it possible to have, for example, red and green for A and B.
With 0.1dB resolution readout, ideal for accurate steady state measurements or for reading peaks however short.
For Windows XP, Vista, 7 or above. Requires WDM drivers, does not support ASIO.
The button to the left of the readout switches the digital readout to follow the maximum peak markers or the instantaneous ‘live’ peaks. In conjunction with the peak hold feature this enables transient peaks to be read accurately.
Zero is referenced to Full Scale Digital, although this can be modified with the calibration adjustment to provide some headroom as required.
Sample rate can be set to match recording if necessary.
Infinite peak hold setting if required, even across program restarts. Reset by double-clicking meter display.
If you need to run multiple meters monitoring more than one source there is a Multi-Channel Level Meter for up to 24 channels.
Audiophile Linux is the operating system optimized for high quality digital audio reproduction. Created by audiophiles for people who share the same dream. To have their system a bit more better. AP-Linux is easily installed, user friendly, and absolutely free. Install it like any other GNU/Linux distribution and enjoy the music playback. Audiophile Linux comes with everything you need for playing your audio and video files.
Audiophile Linux Features:
System and memory optimized for quality audio
Custom Real-Time kernel
Latency under 5ms
DSD support
Lightweight window manager
Pre installed audio and video programs
Lightweight OS, free of unnecessary daemons and services
DISTRHO Ildaeil is mini-plugin host working as a plugin, allowing one-to-one plugin format reusage. The idea is to load it as a plugin inside your DAW and then the other “real” plugin inside Ildaeil. This allows, for example, a VST3 host to load LV2 plugins and vice-versa.
The Ildaeil name comes from the korean 일대일, which means “one to one”.
Features:
The current formats Ildaeil can work as are:
JACK/Standalone
CLAP
LV2
VST2
VST3
And it can load the following plugin formats:
Internal (from Carla)
LADSPA
DSSI
LV2
VST2
VST3
CLAP
JSFX
With a few extra formats through the “Load from file…” action:
Audio files (through internal audio file player, synced to transport)
MIDI files (through internal MIDI file player, synced to transport)
Axone.jar is a utility allowing you to view all the information available in an MP3 file. This is not to be misunderstood: all the possible information. In the tag version 2 (ID3V2), the information is subdivided into frames and there are many more frames declared than frames actually displayed by MP3 players. Well Axone.jar knows how to display them all, without exceptions and whatever the version!
Very classic frames such as title, album, artist, year, genre, track and comment.
Other frames displayed by only some MP3 players.
the image(s).
the composer.
the text of the song.
volume control (itunes)
The frames that are hidden from you (not necessarily with bad intentions).
Undeclared frames, not understood and therefore clearly hidden from all MP3 players.
The other frames usually not used.
Other data
The Lyrics and TAG+ tags, which are completely obsolete, may remain forgotten in certain files. If they are present, Axone.jar displays them.
When the software reads an MP3 file to display the current tag, it does a summary check of the audio data. It gives you the classic information on bitrate, sampling frequency, duration, etc.; but also if it finds excess or erroneous data. Excess data can be a sign of corrupted audio data, or of data intentionally hidden if the file was purchased on a merchant site (or if you did P2P). At this level, it is important to understand that the audio decoder is robust in the sense that data that is incomprehensible to it is simply skipped. It is therefore very easy to hide data between audio data, without risking disturbing MP3 players.
Stream from LMS and send audio to the build-in amplifier, the line-out jack, the spdif connector or another Bluetooth speaker. You can also use an external I2S DAC if you connect it to the general purpose 5/8 pins connector and tweak the software. Synchronization works.
Stream from a Bluetooth device and send audio to the same outputs, except of course for sending to another Bluetooth speaker … There is no guarantee of audio/video synchronization at this point
Stream from an AirPlay1 device (iPhone, iTunes …) to the same outputs, including to a Bluetooth speaker. Synchronization works.
Add your own buttons, rotary encoder and map/combine them to various functions (play, pause, volume, next …
Use IR control by adding a simple receiver compatible with 38kHz device (no pullup resistor or capacitor needed)
Add a display like this one which can be directly connected to the 6-pins header. Currently SH1106, SSD1306, SSD1322, SSD1326/7, SSD1351, ST7735 and ST7789 displays are supported.