Drop an image here
or click to browse · PNG, JPG, WebP, GIF, AVIF…
EXIF data available for JPEG files
About
The Image Metadata Viewer reads and displays technical information from image files: dimensions (width × height), file size, MIME type, last modified date, megapixel count, and aspect ratio. For JPEG photos it also extracts EXIF metadata including camera make and model, date and time taken, focal length, shutter speed, aperture, and GPS coordinates when present.
How to use
- 1 Drag and drop an image file onto the upload area, or click to browse.
- 2 All metadata is read locally in your browser — nothing is uploaded.
- 3 Basic info (dimensions, size, type) appears for all image formats.
- 4 EXIF data (camera, date, focal length, etc.) appears for JPEG photos.
- What is EXIF data?
- EXIF (Exchangeable Image File Format) is a standard for embedding metadata inside image files, primarily JPEG and TIFF. It stores information the camera records at the moment of capture: date and time, camera make and model, lens focal length, aperture (f/number), shutter speed (exposure time), ISO sensitivity, white balance, and GPS coordinates if location services were enabled. Many cameras and smartphones embed this data automatically.
- Does the metadata viewer expose my location from photo GPS data?
- If GPS coordinates were embedded in a photo when it was taken, the viewer will display them. This is important to know before sharing photos publicly — the EXIF GPS data reveals where a photo was taken. This tool displays it locally so you can check. If you need to remove GPS data before sharing, use an EXIF editing tool to strip location data from the file.
- Why do some images have no EXIF data?
- EXIF data may be absent if: (1) the image is a PNG or WebP — these formats typically do not carry EXIF; (2) the image was edited or saved by software that stripped metadata (many social networks remove EXIF when photos are uploaded); (3) the camera or device had metadata embedding disabled. Screenshots also have no EXIF data as they are captured programmatically, not by a physical camera sensor.