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Video Conversion

Convert MXF to AIFF — Free Online Converter

Convert Material Exchange Format (.mxf) to Audio Interchange File Format (.aiff) online for free. Fast, secure video conversion with no watermarks or ...

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How to Convert

1

Upload your .mxf file by dragging it into the upload area or clicking to browse.

2

Choose your output settings. The default settings work great for most files.

3

Click Convert and download your .aiff file when it's ready.

About MXF to AIFF Conversion

MXF (Material Exchange Format) is the SMPTE-standardized container for professional broadcast and post-production, used by facilities working with Sony XDCAM, Panasonic P2, ARRI ALEXA, and Avid editing systems. MXF wraps video alongside multiple audio tracks at broadcast-standard 48 kHz/24-bit PCM quality. AIFF (Audio Interchange File Format) is Apple's uncompressed audio container, the macOS-native equivalent of WAV, supporting up to 32-bit depth with embedded metadata chunks.

Converting MXF to AIFF extracts audio from professional broadcast containers into an uncompressed format optimized for Apple-based production workflows. This is a lossless extraction when the MXF source contains PCM audio, preserving every sample of the original recording for further editing in Logic Pro, GarageBand, Pro Tools, or Final Cut Pro.

Why Convert MXF to AIFF?

Post-production facilities running Apple-based workflows (Final Cut Pro, Logic Pro, Pro Tools on macOS) prefer AIFF over WAV because it is the native uncompressed audio format on macOS, supports richer metadata than WAV (including embedded loop points and instrument definitions), and integrates seamlessly with Apple's Core Audio framework. Extracting MXF audio to AIFF maintains full broadcast quality while fitting naturally into macOS-centric editing pipelines.

Sound designers, foley artists, and audio post engineers who receive MXF deliverables from broadcast clients need to extract audio stems for independent processing. AIFF provides bit-perfect extraction with format compatibility across all major DAWs on macOS, avoiding the occasional byte-order issues that WAV files can encounter on Apple hardware.

Common Use Cases

  • Extracting dialog stems from broadcast MXF files for audio post-production in Pro Tools on macOS
  • Pulling sound effects and ambient audio from MXF field recordings for Logic Pro sound design sessions
  • Creating AIFF masters from MXF broadcast archives for Apple-based music production workflows
  • Isolating voiceover tracks from MXF production files for Final Cut Pro audio editing
  • Building AIFF audio libraries from broadcast MXF archives for use in macOS-based production environments

How It Works

FFmpeg demuxes the MXF container and extracts audio as uncompressed PCM in the AIFF container. When the MXF source contains PCM audio (the broadcast standard), this is a lossless remux — no transcoding occurs, every audio sample is preserved bit-for-bit. The pipeline: `-vn -map 0:a:0 -c:a pcm_s24be -ar 48000 -f aiff`. AIFF uses big-endian byte order (unlike WAV's little-endian), which FFmpeg handles natively. For MXF files with non-PCM audio, FFmpeg decodes and re-encodes to PCM.

Quality & Performance

When the MXF source contains PCM audio (standard for broadcast), the conversion to AIFF is completely lossless — bit-for-bit identical audio data in a different container. The 48 kHz/24-bit broadcast standard is preserved without any quality degradation. File sizes match the original PCM data (approximately 8.6 MB per stereo minute at 48 kHz/24-bit). No generation loss occurs because no transcoding is needed.

FFMPEG EngineModerateMinimal Quality Loss

Device Compatibility

DeviceMXFAIFF
Windows PCPartialPartial
macOSPartialPartial
iPhone/iPadPartialPartial
AndroidPartialPartial
LinuxPartialPartial
Web BrowserNoNo

Recommended Settings by Platform

YouTube

Resolution: 1920x1080

Bitrate: 8-12 Mbps

H.264 recommended for fast processing

Instagram

Resolution: 1080x1080

Bitrate: 3.5 Mbps

Square or 9:16 for Reels

TikTok

Resolution: 1080x1920

Bitrate: 4 Mbps

9:16 vertical, under 60s ideal

Twitter/X

Resolution: 1280x720

Bitrate: 5 Mbps

Under 140s, 512MB max

WhatsApp

Resolution: 960x540

Bitrate: 2 Mbps

16MB limit for standard, 64MB for document

Discord

Resolution: 1280x720

Bitrate: 4 Mbps

8MB free, 50MB Nitro

Tips for Best Results

  • 1Use pcm_s24be (24-bit big-endian) to match the standard broadcast MXF audio bit depth — do not downsample to 16-bit unless specifically required
  • 2Inspect the MXF audio track layout with ffprobe before extraction to identify which tracks contain dialog, music, and effects
  • 3For Pro Tools compatibility, ensure the AIFF output uses 48 kHz sample rate to match the session default for broadcast work
  • 4Extract each MXF audio track to a separate AIFF file rather than downmixing — this preserves the discrete channel layout for post-production
  • 5Label extracted AIFF files with the original track number and type (e.g., dialog_L, dialog_R, effects_L) to maintain session organization

MXF to AIFF extraction provides lossless audio transfer from professional broadcast containers into Apple's native uncompressed format, perfectly suited for macOS-based post-production, sound design, and audio editing workflows.

Frequently Asked Questions

Yes, when the MXF source contains PCM audio (which is standard in broadcast). The audio data is remuxed from the MXF container into the AIFF container without any transcoding — every sample is preserved identically.
AIFF is the native uncompressed audio format on macOS and integrates more cleanly with Apple-based tools (Logic Pro, Final Cut Pro, GarageBand). It also supports richer metadata than standard WAV, including marker and instrument chunks.
Yes. Use different `-map 0:a:N` flags for each track number. Broadcast MXF files may have 8-16 discrete audio tracks that can each be extracted as individual AIFF files.
Match the source bit depth. Broadcast MXF audio is typically 24-bit, so use pcm_s24be. Using 16-bit (pcm_s16be) would truncate the least significant 8 bits, losing dynamic range.
Uncompressed AIFF at 48 kHz/24-bit stereo produces approximately 17.3 MB per minute (the same as equivalent WAV). For an hour of broadcast audio, expect roughly 1 GB per stereo track.

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