Any Time v1.1
	Time - Pitch - Sample rate converter
	Try the free shareware (size: 740 KB).
	Buy the full version (price: $99:95)
	Runs under: Windows 98/ME/NT4/2000/XP/Vista Requires: A CPU with "SSE2" support, i.e. an Intel Pentium 4 or an AMD Athlon 64 or later.

step 1 - input files

step 2 - processing options

step 3 - output options

step 4 - processing

Description:

Any Time lets you independently take control of the time, the pitch, and the sample rate of an audio recording. You can:


	Do time stretching - Change the playback time of the recording without changing the pitch.
	Do pitch scaling - Change the pitch of the recording without changing the playback time. With optional formant correction to remove the "Mickey mouse" effect!
	Do sample rate conversion - Change the sample rate without changing either the pitch or the playback time.
	Or do any combination imaginable of all the operations above!
	Recreate missing high-frequency components - Optionally synthesize "overtones" into any empty upper frequency range (e.g. when 'upsampling' or when scaling down the pitch) using a proprietary high frequency extrapolation algorithm.
	Professional mastering functions such as automatic psycho-acoustically corrected and heuristics based volume normalization and high order professional noise-shaped (inverse F-weighted) dithering of the output.
	Extremely high precision algorithms used - audio quality has always been selected before computation cost!
	Frequency analysis tool with an advanced note calculator helps you easily calculate pitch adjustments.
	Supports many common file formats. See the complete list here.
	Handles audiophile quality audio formats - 24-bit 192-KHz, multi-channel audio is no problem! Internal sample precision is 64-bit floating point and up to 1000 audio channels can be handled!
	Process hundreds of files as easily as you do a single file thanks to the batch processing support.


Also see the Audio quality page for a few more in-depth descriptions...

What is Not?

Most importantly, it is not fast! For longer recordings, you probably want to leave it running over night. The idea here is to get the very best possible audio quality regardless of cost in CPU time!

Awards & Reviews...

Examples of how you may use it:

	Use the high quality sample rate conversion to convert between the 44.1 kHz sample rate of audio CD's and the 48 kHz sample common with DVD discs and DAT tapes.
	Use high frequency extrapolation to upsample your existing 44.1 and 48 kHz recordings to 96 kHz for playback on e.g. DVD or DVD-Audio players. No need for special upsampling hardware! (no current hardware could throw this much CPU power at the problem anyway!)
	Use high frequency extrapolation to improve the perceived quality of low bandwidth audio recordings.
	Use time stretching to solve the “24 fps movie played on 25 fps PAL TV” audio pitch problem (if the audio is simply played at 25/24 of the original speed, then it gets perceivably out of tune).
	Use time stretching to fit already produces recordings to video clips of slightly different length.
	Use pitch scaling to correct pitch inaccuracies in recordings.
	Use pitch scaling to produce many different special effects (e.g. to change the “musical key”).
	And much more - you be the judge and the inspiration!