Java Sound supports the following audio file formats: AIFF, AU and WAV. It also supports the following MIDI based song file formats: SMF type 0 (Standard MIDI File, aka .mid files), SMF type 1 and RMF. The Java Sound engine can render 8 or 16 bit audio data, in mono or stereo, with sample rates from 8KHz to 48KHz, that might be found in streaming audio or any of the supported file formats.

Java Sound can begin playing as soon as it starts getting audio samples or MIDI requests -- there is no need to wait for the entire audio file to be loaded into memory. Java Sound can be used in conjunction with the Java Media Framework API software (JMF) to stream audio data over the network. Third parties can also use Java Sound to present audio within their own streaming framework.

MP3 (320kbps max), WAV, and WMA (320kbps max) (including Microsoft's DRM-protected WMA). Ogg-vorbis is not supported.

The Java Sound API specifies mechanisms for capturing, processing, and playing back audio and MIDI (Musical Instrument Digital Interface) data in a framework that promotes extensibility and flexibility. Sun's reference implementation for the Java Sound API, also known as the Java Sound engine, is a 64 channel audio rendering and MIDI controlled sound synthesis engine which offers reliable, high quality sound on all Java 2 Platforms.

The QuickTime MPEG-2 Playback Component supports the playback of MPEG-2 files (.mpg, .mpeg, .vob, .vro, .m2v, .m2a, and .m2s) that contain MPEG audio layers I or II. The MPEG-2 Playback Component does not support audio playback for MPEG-2 files containing PCM, DTS or AC3 audio. No, Apple has updated the QuickTime MPEG-2 Playback Component for Mac OS X to be compatible with Intel-based Macs.

The iPod supports the following formats: AAC, MP3 (Constant and Variable Bit Rates), WAV, AIFF, Audible, and the Apple Lossless Encoder.

of this writing (June 2005) Lsongs supports import and playback of MP3, M4A, Ogg, WAV, and Sun au formats. It will rip CDs to either MP3 or Ogg. It will burn CDs from MP3, Ogg, WAV and M4A.

All standard broadcast formats including linear PCM wave (.wav), EBU Broadcast Wave Format (BWF), raw MP2, MP3, RealAudio and Windows Media, all at a wide variety of bit and sample rates. Burli's audio editors treat MP2, MP3 and Windows Media audio as native and can edit the files without first converting them to linear.

The content formats supported in Sun's JMF 2.1.1 implementations (latest as of the writing of this FAQ) are detailed at: java.sun.com/products/jav...

VCD, MPEG-1/2/4, VOB, XviD, DivX 3/4/5, OGG, AAC, MP3, stream Internet radio, and comes with a DVI video output and upconverts non-Macrovision DVDs to HDTV resolutions. The Haven Digital System multi-format player can even sync with iTunes as well as other music systems.

The Built-In Song Recognition facilitates import of both text and data from music CDS and playlists, making it easy to identify and organize the contents of CDS/DVDS. All Audio Type Files are Supported and Access to Database of Over 3 MM Songs is Provided! No typing of song information is required as you can import a song list from various media formats directly onto your CD/DVD label. Supported formats are: Windows Media Player Playlists (*.asx, .wax, .wvx files), MP3 Playlists (*.

SongsToCD supports playback of virtually all formats of WAV and MP3 files. It will burn 44.1, 16bit, stereo WAV files and MPEG 1,2, and 3 compliant files.

You can dowload all sounds in 44,1kHz 16-bit WAV or AIFF. For monitoring sounds, we use low bit rate MP3 format.

The primary and preferred font format is the TrueType font format. Java 2D also supports Opentype layout tables within TrueType fonts for complex text rendering (Arabic, Indic etc). In addition Java 2D supports Postscript Type1 fonts. Are any fonts bundled with Java 2D? A: Yes, the Java SE SDK includes three Lucida TrueType font families: Lucida Sans (Sans Serif), Lucida Typewriter (Terminal/Monospaced) and Lucida Bright (Serif).

Anyone who is interested in adding sound capabilities into their Java applets and applications will benefit from the Java Sound API. Java Sound will enable a wide variety of markets, such as education, advertising and telecommunications, to take advantage of its high quality audio to make communication more effective and accessible.

Java Sound allows consistent, reliable, high-quality audio on all Java-enabled platforms. Developers have the assurance their audio content will sound great across all platforms, with the only requirement being a simple digital to audio converter (DAC). Java Sound uses only a small amount of a system's CPU to process sound files. For example: a 24-voice MIDI file uses only 20% of the CPU on a Pentium 90 MHz system.

Microsoft Photo Info supports many of the properties in the Information Interchange Model 4 specification as published by the International Press Telecommunications Council (IPTC). Microsoft Photo Info can read and write these properties in either the legacy IPTC IIM format (the well-known "IPTC headers" supported in Adobe Photoshop and other programs) or in the newer Adobe Extensible Metadata Platform (XMP) metadata format, depending upon the file type.

When using <record>, the format of the generated audio file will depend on what was specified. The supported formats are documented in the <record> tag reference.

It is important to look at your phone capabilities list here . We are not responsible for ensuring you are able to use the media requested. Please review the Terms & Conditions carefully and if you have a problem or a concern then contact Raging Bull Support. We support only truetones or realtones which are audio formats that sound like real music and replicate real life instead of the midi format which is synthesised instruments without voice and without personality.

We can support most audio formats including: CD, Mini disc, DVD, DAT, MP3, .AIFF, .WAV, etc. Our production suites use Pro Tools, Cubase SX3, Reason 3, TC effects etc. You can upload audio from anywhere in the world straight to our studio via our fast FTP server.

The audio section of the iScan VP30 supports S/PDIF formatted audio with sample rates ranging from 24kHz to 192kHz. It will likely handle sample rates beyond this range, but is only guaranteed to support sample rates within this range. The iScan VP30 will pass digital audio having any bit-depth resolution up to 24 bits, at all supported sample rates. The iScan VP30 will also pass compressed digital audio (e.g.

The audio section of the iScan HD+ supports S/PDIF formatted audio with sample rates ranging from 32kHz to 96kHz. It will likely handle sample rates beyond this range, but is only guaranteed to support sample rates within this range. The iScan HD+ will pass digital audio having any bit-depth resolution up to 24 bits, at all supported sample rates. The iScan HD+ will also pass compressed digital audio (e.g.

There may be problems with your source audio. In addition, some combinations of the sampling rate, bitrate, and stereo/mono that you select can cause your sound to distort. You may have to adjust these settings. Also, if you are using stereo output, we suggest using minimum audio settings of 22 KHz and 40 kbps.