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Supports: ARW
An ARW is a Sony Alpha RAW photo — a single, high-bit-depth still straight off the sensor — and WMV (Windows Media Video) is a legacy Microsoft video codec. They are not interchangeable: one is an archival image, the other a delivery video, so "converting" an ARW to WMV renders the photo and holds it on screen as a short, silent clip. Before you commit, read the comparison below — most people who land here actually want a normal photo, in which case ARW to JPG is the right tool, or — if you genuinely need the still as a playable video — ARW to MP4 produces a far more compatible file than WMV.
| Property | ARW (Sony Alpha RAW) | WMV (Windows Media Video) |
|---|---|---|
| Type | Camera RAW still image (one frame, no audio) | Lossy video codec inside a container |
| Introduced | 2006, with the Sony α100 DSLR | Windows Media Video 7 (WMV 1), early 2000s |
| Container | TIFF/EP-derived (ISO 12234-2) | ASF (Advanced Systems Format) |
| Payload | Unprocessed 12- or 14-bit sensor data | WMV 2 video here (FourCC for Windows Media Video 8) |
| Resolution | 24-61 megapixels depending on Sony body | Standard-definition to 1080p frame |
| Audio | None — a still photo is silent | Container can hold WMA, but an ARW source has none |
| Native support | Needs a RAW decoder (Imaging Edge, Lightroom) | Strong on Windows; thin on phones, browsers, macOS |
| Best for | Editing latitude, archival master files | Legacy Windows Media workflows needing a .wmv file |
.wmv file. Windows Media Player, Windows Movie Maker, or a legacy line-of-business tool that refuses other formats.They are not rivals — they sit at opposite ends of the pipeline. ARW is a capture format built to preserve every bit of sensor data; WMV is a delivery codec built to play a finished video on Windows. You would never store photos as WMV or edit a RAW that is already a video. The only reason to convert ARW to WMV is when a specific Windows Media application insists on the .wmv extension and you need to feed it a still as a clip. For viewing or sharing the photograph, ARW to JPG is the right answer almost every time.
Yes, substantially, and it is inherent to the conversion rather than a tool flaw. An ARW stores roughly 12- to 14-bit, unprocessed sensor data that must be demosaiced and tone-mapped to become viewable; that render bakes in white balance, exposure, and color, so the RAW latitude — the whole reason to shoot ARW — is gone once it is a video frame. On top of that, a 24-61 MP RAW is scaled down to a WMV frame (standard-definition-to-1080p class), discarding most of the resolution, and WMV 2 is an older, lossy codec. Always keep the master ARW — the WMV is a delivery file, not an archive.
Because an ARW is one photograph, not footage — there is no timeline, movement, or audio inside the file. Converting one ARW yields a freeze-frame: the rendered image held for the Image Duration you set, with no panning, no animation, and no sound. A WMV container can hold a WMA (Windows Media Audio) stream, but a single ARW has nothing to fill it, so the converter hides the audio codec entirely for image sources. To build an actual moving sequence you need multiple ARWs merged together; to add music or narration, convert first, then add an audio track in any video editor.
The video defaults to WMV 2 — the FourCC for Windows Media Video 8 — inside an ASF container, which is the standard makeup of a .wmv file. Under the Video Codec menu in Advanced Options you can switch to WMV 1 (Windows Media Video 7) if an older target requires it. Both are distinct from WMV 9, which Microsoft submitted to SMPTE and which was approved in March 2006 as SMPTE 421M, better known as VC-1.
No. EXIF — camera body, lens, focal length, aperture, shutter, ISO, GPS — lives in the ARW's image metadata block, and a WMV video container has no equivalent place for it. The render discards that information; the WMV stores only the picture and standard video stream tags. If you need the metadata, convert to ARW to JPG instead, which carries the EXIF block into the output.
For almost every purpose, JPG or MP4. If you want to view, print, share, or upload the photograph, ARW to JPG gives you a universal image that opens everywhere; for lossless 8-bit output use ARW to PNG. If you genuinely need the still as a playable clip, ARW to MP4 produces an H.264 file that plays on phones, browsers, and modern editors — whereas WMV has thin support outside Windows, where Mac development ceased years ago. Choose WMV only when a Windows-only Media application specifically demands the .wmv extension.
Your file is uploaded over an encrypted connection, processed on our servers, and deleted automatically a few hours after the conversion — no sign-up, no watermark, never shared or made public. In our testing, a single 24-megapixel ARW converted at the default 5-second duration produced a short, silent WMV that opened in both Windows Media Player and VLC without an extra codec download.