Midi Converter Software MIDI to WAV and MIDI to MP3 WOW 10% Off

Midi Converter Software

What is Midi2Wav Recorder and How It Works?

Technically, MIDI to WAVE conversion is not possible since MIDI is not actual audio but a series of numbers instructing how music is to be played back. MIDI is entirely dependant on the sound card that it will be played back on. Simply stated, MIDI files have to be recorded using your sound card's internal synth.

Two of the most common questions about MIDI conversion are "How can I convert MIDI to MP3?" and "Can I make a music CD from MIDI files?"

Both are possible, but the MIDI files must first be converted to WAV files. The resulting WAV files can then be burned to an audio CD using any CD recording program, or converted to MP3 files. Remember that WAV files are quite large, so after you have burned your CD or made your MP3 files, delete the WAV files to save space on your hard drive.

Programs in this Midi Converter Review, have the ability to convert MIDI to WAV files and MIDI to MP3. The conversion is as easy as one touch of a button.

Featured Products

Audio TOMIDI Both Monophonic and polyphonic recognition modes, four recognition algorithms. Converts digitized music into MIDI sequences - and unlike other programs it CAN process polyphonic music. Audio TOMIDI

Audi To MIDI Convert midi to mp3, midi to wav and midi to ogg. Supported formats are: MIDI 0, MIDI 1, RIFF MIDI 0, RIFF MIDI 1. Mid Converter

Best MIDI Converter Software Review - Editors Choices

Audio TO MIDI $34.99 Buy Now 10% Off Audio TO MIDI has both monophonic and polyphonic recognition modes and four recognition algorithms. Converts digitized music into MIDI sequences - and unlike other programs it CAN process polyphonic music.

Midi Converter $29.95 Buy Now 10% Off Midi Converter converts midi to mp3, midi to wav and midi to ogg. Supported formats are: MIDI 0, MIDI 1, RIFF MIDI 0, RIFF MIDI 1.

Midi2Wave Recorder $24.95 Buy Now 10% Off Midi2Wave Recorder converts MIDI files to Wav and MP3 files. Record to Wave your singing into microphone with MIDI playback accompaniment Control the record level, register clipping and, accordingly, control the recording quality.

Midi Maestro MM4 $99.95 Buy Now 10% Off Midi Maestro MM4 is music software designed for use by amateur and professional music directors, conductors, and soloists in live musical theater and similar musical accompaniment situations.

n-Track Studio $54.00 Buy Now 10% Off n-Track Studio is music software designed for use by amateur and professional music directors, conductors, and soloists in live musical theater and similar musical accompaniment situations.

Audio Mid Recorder $29.95 Buy Now 10% Off Audio Mid Recorder is real-time sound recorder from any resource such as Mid, MP3, WAV, WMA, RM, OGG, VQF, CD, DVD, MPEG, AVI, MOV, GAME, FLASH, Streaming Audio on Internet... , even from all peripheral equipment such as Microphone, Cassette Tape, TV, Radio, Electronic Organ, Video Tape, CD Player, DVD Player, PS2, Xbox.

What do I want to do?

MIDI (Musical Instrument Digital Interface) is a protocol designed for recording and playing back music on digital synthesizers that is supported by many makes of personal computer sound cards.

Originally intended to control one keyboard from another, it was quickly adopted for the personal computer. Rather than representing musical sound directly, it transmits information about how music is produced.

Since a MIDI file only represents player information, it is far more concise than formats that the sound directly. An advantage is very small file size. A disadvantage is the lack of specific sound control.

With a program that provides this interface, you can create music using a standard keyboard or other input device. You or others can then play your MIDI-conforming creation with the same or another program and a sound card as a music synthesizer.

The MIDI program may come with a graphical user interface that looks like a sound studio control room. Many sound cards come as a package with MIDI software

A MIDI file stores MIDI messages, which are commands that tell a musical device what to do in order to make music. For example, there is a MIDI message that tells a device to play a particular note. There is another MIDI message that tells a device to change its current "sound" to a particular patch or instrument. Etc. The MIDI file also stores timestamps, and other information that a sequencer needs to play some "musical performance" by transmitting all of the MIDI messages in the file to all MIDI devices. In other words, a MIDI file contains hundreds (to thousands) of instructions that tell one or more sound modules (either external ones connected to your sequencer's MIDI Out, or sound modules built into your computer's sound card) how to reproduce every single, individual note and nuance of a musical performance.

A WAVE file stores a digital audio waveform. This data must be played back upon a device with a Digital To Analog Converter (ie, DAC) such as a MIDI sampler (ie, the AKAI S1000 for example) or a computer sound card's DAC. There are no timestamps, or other information concerning musical rhythms or tempo stored in a WAVE file. There is only digital audio data. Typically, a WAVE file is used to store a looped, single-pitched waveform (which a sampler transposes and plays back over a range of MIDI note numbers), or a short, non-looped percussive sound or sound effect, or often a digital audio recording (ie, stereo mixdown) of some musical performance stored upon your hard drive.

The only way to record and store a musical performance within a WAVE file is to digitize the audio output of all instruments while they play that performance. The result will be a typically large WAVE file that represents the digitized "sound" of all instruments playing the musical piece in realtime. The act of doing such is often referred to as "Hard disk recording" because the WAVE data usually has to be recorded directly to a large Hard Drive while the DAC digitizes the performance.

A MIDI file allows easy editing of the individual musical parts, because each part is usually assigned to its own MIDI channel, and it's easy to separate that part's MIDI data from the other parts' MIDI data, based upon the MIDI channel in each MIDI message. On the other hand, you can't easily separate the digital audio data of one instrument from the digital audio data of another instrument, if the two were digitized simultaneously into one WAVE file. For editing of individual musical parts, each part should be digitized and stored in its own WAVE file. Due to the difficulties in separating musical parts from a WAVE file, a conversion from WAVE format to MIDI format is not too feasible, although the reverse is not a problem.

One benefit of a WAVE file is that its "sound" is not usually dependent upon the playback device. A WAVE file should sound the same upon different equipment (with reasonably similar specs). On the other hand, a MIDI file can sound considerably different upon different MIDI gear. This is because the MIDI file doesn't dictate what means an instrument uses to produce its sound. The MIDI file may sound very different upon an instrument that uses FM synthesis than it will sound upon an instrument using "wavetable synthesis" (ie, looped, digital audio waveforms in ROM). But, standards such as General MIDI seek to alleviate some of the discrepancies between MIDI devices.

An MP3 file, like a WAVE file, stores digital audio data. So a MIDI file and an MP3 file are different in exactly the same way that a MIDI file and a WAVE file are different. Indeed, a WAVE and MP3 file are two different ways of storing the exact same type of data. The primary difference between a WAVE and MP3 file is that the latter uses compression to squeeze the data down in size, resulting in a typically much smaller file size.