Convert M4P to AIF
Choose file to convert
We offer a free online converter that can convert audio files from m4p format to aif format, along with a range of other audio formats.
How to convert m4p to aif?
Step 1
Upload m4p-file
You can select m4p file you want to convert from your computer, Google Drive, Dropbox or simply drag and drop it onto the page.
Step 2
Select «to aif»
Choose aif or any of the other 200+ supported formats you'd like to convert to.
Step 3
Download your aif file
Please wait for the conversion to complete, then click on the download button to obtain your converted file in the aif format.
The security of your files is our priority
Understanding the importance of the security of our users' data, we have implemented a number of measures to ensure reliable file conversion without the risk of information leakage or privacy violations.
Data encryption
All information uploaded to our platform is SSL encrypted, ensuring privacy during transmission.
Safe storage
After the conversion is completed, the files are stored on secure servers for 24 hours and are automatically destroyed, excluding access by third parties.
Harmless scripts
Our file conversion tools are regularly tested for malicious code or vulnerabilities to eliminate the risk of a potential cyber attack.
Best tool to convert m4p to aif
m4p to aif Fast and easy
Simply drag and drop your m4p files onto the webpage, and you'll be able to convert them to aif or over 250 different file formats, all without having to register, provide an email address, or include a watermark.
Secure m4p to aif Conversion
As soon as you upload your m4p files, we instantly delete them. Converted files are then deleted after 24 hours. Furthermore, we ensure that all file transfers are secure through advanced SSL encryption.
No Software Installation Required
You don't have to go through the hassle of installing any software. We handle all m4p to aif conversions in the cloud, which means that none of your computer's resources will be used in the process.
m4p
| Extension | .m4p |
| Category | 🔵 audio |
| Description | 🔵 The M4P format is an encrypted version of the MPEG-4 Part 14 multimedia container format used to store digital audio content that has been protected by Apple's FairPlay digital rights management (DRM) system. This format was developed by Apple to prevent unauthorized copying and distribution of digital music files purchased from the iTunes Store. |
| Technical details | 🔵 The M4P format utilizes Advanced Audio Coding (AAC) as its audio codec and is compatible with a variety of bitrates and sample rates. M4P files are protected by the FairPlay DRM system, which utilizes a combination of encryption and authentication methods to ensure that the content can only be accessed on authorized devices. |
aif
| Extension | .aif |
| Category | 🔵 audio |
| Description | 🔵 AIFF (Audio Interchange File Format) is an audio file format developed by Apple Inc. and used for lossless digital audio storage. It was created in the late 1980s as an alternative to the WAV format for use on Macintosh computers. The AIFF format uses lossless compression of audio data, which allows you to maintain high audio quality without compromising the original audio information. High quality support: AIFF supports audio data with resolution up to 24-bit and sampling rate up to 192 kHz, providing high-quality sound. The AIFF format supports embedding metadata such as track, artist, album, and other tags, making it easier to organize and manage audio files. AIFF supports multi-channel audio, which allows you to record and playback audio with multiple audio channels such as stereo, 5.1 and others. The AIFF format is cross-platform and can be played on various operating systems, including macOS, Windows and Linux, using the appropriate programs and devices. Use in the Professional Audio Industry: AIFF is often used in the professional audio industry to record and store audio files, musical compositions, sound effects, and other audio material. The AIFF format is widely used in studio music production for recording and processing audio material. AIFF is often used in audio post-production to create and edit sound effects, dialogue and soundtracks for films, games and other multimedia projects. The AIFF format can be used to archive audio files and save audio material in high quality for later playback and processing. AIFF is the standard in professional recording and mastering studios due to its high fidelity and sound quality. The AIFF format remains popular among professionals in the audio industry due to its high accuracy, sound quality, and wide support in professional applications and equipment. |
| Technical details | 🔵 Technical characteristics of the AIFF (Audio Interchange File Format) format. AIFF supports a variety of bit depths including 8, 16, 24 and 32 bits to choose from. This allows audio data to be stored with high precision and detail. Sampling Rate: AIFF format supports various sampling rates, including 44.1 kHz (CD standard), 48 kHz, 96 kHz, 192 kHz and others. This provides the ability to record and play audio with various quality parameters. Number of Channels: AIFF supports mono (one channel), stereo (two channels) and multi-channel audio (up to 255 channels). This allows you to record and playback audio with different channel configurations. AIFF data is typically stored in linear PCM (Pulse Code Modulation), which is a lossless audio data storage format. AIFF does not use data compression, so files in this format typically take up more disk space compared to similar lossily compressed files. The AIFF format supports embedding metadata such as track, artist, album, genre, and other tags. This makes it easier to organize and manage your audio files. AIFF is a cross-platform format and can be played on various operating systems, including macOS, Windows and Linux, using appropriate programs and devices. The AIFF format is often used in the professional audio industry to record and store high-quality audio files, musical compositions, sound effects and other audio material. The AIFF format has extensive lossless audio storage capabilities, supports high audio quality, and provides a variety of options for audio recording and playback. |