Decimal GPS coordinate
φ = d + m ÷ 60 + s ÷ 3600
Negative for a southern latitude or a western longitude.
Show an image’s name, type, size and dimensions locally, along with its EXIF data: camera, lens, exposure, date and GPS coordinates.
Drop an image here
Add a PNG, JPEG, or WebP image. The file stays on your device and all edits run locally in your browser.
Need more editing options?
Use multiple editing tools in one workspace, with your open file and its current edits.
Open the full editorA photo taken with a phone or a camera often carries more information than you think: the device model, its settings, the exact date and sometimes the GPS position where it was taken. This reader shows that EXIF data along with the file's format, size and dimensions, so you can check what an image reveals before publishing it or find the settings of a successful shot.
Import a JPEG, PNG or WebP image. The Analyze tab first shows the file information: name, type, size, pixel dimensions and the modification date provided by your system.
The EXIF data section then reads the EXIF block of the original file, without decoding the image: camera make and model, lens, capture date, exposure time, aperture, ISO, focal length, orientation, software, author, copyright, GPS position in decimal degrees and altitude. Only the fields present are shown; "No EXIF data in this file" appears when there are none.
The EXIF block is read from the APP1 segment of a JPEG, the eXIf chunk of a PNG or the EXIF chunk of a WebP. IPTC and XMP metadata and manufacturer-specific maker notes are not shown.
Drop a JPEG, PNG or WebP image of up to 25 MB.
Look at the file details, then at the EXIF data section in the Analyze tab.
If the photo contains a GPS position, remove the metadata with the dedicated tool before sharing it.
EXIF stores many values as fractions or sexagesimal degrees, converted here to readable units.
φ = d + m ÷ 60 + s ÷ 3600
Negative for a southern latitude or a western longitude.
t = 1 ÷ n s
A value of 0.004 s is shown as "1/250 s".
Make sure a photo taken at home does not contain its GPS position before posting it.
Read the aperture, exposure time and ISO of a successful shot to reproduce it.
Find the capture date of a photo whose file name tells you nothing.
GPS coordinates are stored in degrees, minutes and seconds: 48° 51′ 29.6″ N becomes 48 + 51 ÷ 60 + 29.6 ÷ 3,600 = 48.858222. They point to the Champ de Mars, within a few metres.
Input
IMG_2041.jpg, 6,000 × 4,000 px, taken with a DSLRResult
Camera Canon EOS R6 · Taken on 2024-06-15 14:32:08 · Exposure time 1/250 s · Aperture f/2.8 · ISO 200 · Focal length 50 mm · GPS position 48.858222, 2.2945Screenshots usually have no EXIF, and most messaging apps strip this data when they recompress the photos you send.
Input
screenshot.png, 1,170 × 2,532 pxResult
File information shown; "No EXIF data in this file"Camera make and model, lens, capture date, exposure time, aperture, ISO, focal length, orientation, software, author, copyright, GPS coordinates and altitude, when present.
It may be a screenshot, an export from software that strips metadata, or a file passed through a messaging app or social network that removes it.
They can (eXIf chunk for PNG, EXIF chunk for WebP), but it is rarer than for camera JPEGs.
No. It reads the EXIF block; IPTC captions and XMP data added by some software are not shown.
Use the metadata remover: it re-encodes the image without EXIF, GPS or other metadata blocks.
No. The file bytes are read in your browser; neither the image nor its location leaves your device.
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See a photo’s EXIF and GPS data, then download a copy that no longer contains it.
Lighten an image by setting its quality or aiming for a size in KB, with the final size shown before download.
Convert an image to PNG, JPEG, or WebP and adjust output quality before download.
Understand how pixels, color channels, bit depth, and transparency come together to form an image displayed on a screen.
Understand EXIF, GPS, XMP, IPTC, ICC profiles, rights information, and how to manage image metadata for privacy, publishing, and Web performance.
Distinguish pixel dimensions, pixel density, and DPI so you can resize images for the Web or print without unnecessary loss of sharpness.
Resize, compress and choose between WebP, AVIF and other formats with a practical workflow that reduces file size without unnecessary visual loss.