ARW to HEVC Converter

ARW to HEVC Converter

An ARW is a Sony Alpha RAW photo — a single, high-bit-depth still straight off the sensor — and HEVC (H.265) is a video codec. A bare .hevc file is a raw H.265 elementary stream: just the encoded video, with no container, no audio track, and no index. Converting one isn't a like-for-like swap — there is no video inside an ARW, so the tool renders the photo and writes a short, silent H.265 stream that holds that single frame on screen for a set duration. None of HEVC's motion-compression advantage applies to one still, and a raw .hevc stream is harder to play than almost any other target. The tables below explain both formats. Most people who land here actually want a normal photo — ARW to JPG is the right tool for that — and if you genuinely want the still as a playable clip, ARW to MP4 writes H.264 inside a real container that plays everywhere, which beats a raw HEVC stream for almost every use.

ARW Format at a Glance

HEVC (H.265) Format at a Glance

How to Convert ARW to HEVC

1. Upload Your ARW File: Drag and drop your ARW onto the page or click "+ Add Files". You can queue several at once — RAW files are large, so the main wait is the upload, not the conversion.
2. Set Merge strategy and Image Duration: Choose Merge images to combine every uploaded ARW into one HEVC stream, or Video per image for a separate file each. Then set Image Duration (default 5 seconds per frame) to control how long each photo stays on screen.
3. Pick Background Color and Quality Preset: Background Color (default Black) fills the letterbox bars when your photo's aspect ratio differs from the video frame. Leave Quality Preset on Very High (Recommended), or choose a Video Resolution preset to cap the output size.
4. Convert and Download: Click "Convert" and download your HEVC file. No sign-up, no watermark. The output is silent by design.

Frequently Asked Questions

What actually happens when I convert a single ARW to HEVC?

The tool demosaics the RAW, renders it to a normal image, then encodes that one frame as an H.265 stream that displays for the Image Duration you set. The result is a freeze-frame: no panning, no animation, and no sound. An ARW is one photograph, not footage, so there is no motion to carry over — and that matters here, because HEVC's whole reason to exist is compressing motion between frames. With a single still there is no inter-frame redundancy to exploit, so you pay HEVC's slow, heavy encode and get none of its benefit. To build a real moving sequence you need several ARWs merged together; to add audio, convert first and add a track in any video editor.

Why does the HEVC output have no audio track?

Because the source is a still image and a raw .hevc stream has nowhere to put sound. Two things stack here: an ARW is a photograph with no audio to begin with, and a bare H.265 elementary stream is video-only by definition — it is just the encoded codec data, not a container like MP4 or MKV that can multiplex an audio track alongside it. For image sources the tool hides the audio codec menu entirely and writes a silent stream. If you need sound, convert the ARW first, then mux your clip and an audio file together in a video editor or with a tool like FFmpeg.

Why is raw .hevc an odd target for a single photo?

Three reasons. First, no gain: wrapping a still in HEVC adds no detail — it is the same rendered pixels, just encoded with a slow, patent-encumbered codec built for video. Second, lost resolution: a 24-61 MP ARW is scaled down to a standard video frame, so most of the sensor data is discarded by design. Third, playback: a bare elementary stream has no container or index, so many players refuse to open a .hevc file directly even when they decode H.265 fine inside an MP4. If your aim is the picture, ARW to JPG is far better; if you need a playable clip, ARW to MP4 gives you H.264 in a real container.

Will I lose image quality going from a RAW ARW to HEVC?

Yes, substantially, and it is inherent to the conversion rather than a tool flaw. An ARW stores 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 editing 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 standard video frame, discarding most of the resolution. The HEVC encode adds its own lossy compression on top. Always keep the master ARW — the HEVC file is a throwaway delivery file, not an archive.

How is .hevc different from H.265 inside an MP4 or MOV?

The codec is the same — H.265 — but the packaging is not. A .hevc file is a raw elementary stream: codec data with no container, no audio, and no timing index, which is why most phones, browsers, and media players won't open it directly even though they decode H.265. An MP4 or MOV wraps that H.265 stream in a proper container that can carry audio, metadata, and seek points, so it plays far more widely. If you want H.265 you can actually play, ARW to MOV wraps it in a QuickTime container; for the broadest compatibility, ARW to MP4 writes H.264, which every device decodes without a licensing or codec-support gap.

Should I really convert ARW to HEVC, or to JPG or MP4 instead?

For almost every purpose, JPG or MP4. To view, print, share, or upload the photograph, ARW to JPG gives a universal image that opens everywhere, and 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 without HEVC's licensing and playback friction. Reach for a raw .hevc stream only when a specific encoder pipeline or device explicitly demands an unwrapped H.265 elementary stream — for anything else it is the least convenient of the options.

What happens to my uploaded ARW file after conversion?

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 H.265 elementary stream that VLC and FFmpeg-based players opened without trouble, but that several consumer players refused to load until it was re-wrapped in an MP4 container.