Click or drag and drop an image here
Supports JPEG / JPG / TIFF / WebP · Pure frontend local parsing · No server upload
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EXIF (Exchangeable Image File Format) is a metadata standard embedded in digital image files. When you take a photo with a camera or smartphone, the device automatically writes shooting parameters, device information, and geographic location into the image file. This metadata is valuable for photo management, post-processing, copyright tracking, and photography learning.
Exposure Time (Shutter Speed): Values like 1/250s represent how long the shutter stays open. Smaller values freeze motion; slower speeds allow more light but require stabilization.
Aperture (F-Number): Values like f/2.8 indicate lens opening size. Lower numbers mean larger apertures, more background blur, and more light. Higher numbers provide deeper depth of field for landscapes.
ISO Sensitivity: Values like ISO 800 indicate sensor light sensitivity. Lower ISO yields cleaner images; higher ISO works in dark conditions but adds noise.
Focal Length: Values like 50mm indicate lens angle of view. Wide angle (<24mm) for landscapes, standard (50mm) close to human eye, telephoto (>100mm) for close-ups and distant subjects.
This EXIF viewer runs entirely in your browser. Here is a detailed guide:
Upload an Image: Two methods available. Click the dashed box to open the file picker, or drag and drop an image file directly into the box. Supports JPEG, JPG, TIFF, and WebP formats. JPEG files typically contain the richest EXIF data.
View Core Information: After upload, the tool parses EXIF metadata and displays key shooting parameters in the Core EXIF Information section. This includes camera brand and model, shooting date and time, image dimensions, file size, exposure time, aperture, ISO, focal length, and more. GPS coordinates are highlighted in blue when present.
View All Tags: Click Show/Hide All Tags to expand a complete EXIF tag table listing every tag and its raw value for advanced analysis.
Copy and Share: Click Copy Core Info to copy all EXIF parameters as text to your clipboard. Useful for sharing camera settings on photography forums, writing technical blogs, or archiving photo records.
Privacy Warning: If GPS coordinates are detected, a red privacy alert appears automatically. Consider removing sensitive metadata before sharing on social media to prevent location leaks.
The EXIF viewer serves multiple practical purposes:
Photography Learning and Review: Aspiring photographers can study EXIF parameters from excellent photos to learn shooting techniques. Analyzing the relationship between exposure time, aperture, and ISO helps understand parameter logic for different scenarios. For example, examining a perfect star trail photo reveals the long exposure and wide aperture used.
Photo Management and Archiving: For users and photographers with large photo collections, EXIF data is crucial for organization. Shooting date, camera model, and lens info enable automatic categorization and retrieval. Many photo management apps (Adobe Lightroom, digiKam) rely on EXIF metadata for intelligent organization.
Privacy Security Check: Before sharing photos on social media, marketplaces, or sending to others, use this tool to check for GPS location data. Smartphone photos often record precise coordinates by default, which can leak home addresses and frequented locations. This tool helps you quickly identify and remove sensitive metadata.
History of the EXIF Standard: The EXIF standard was established by JEITA (Japan Electronics and Information Technology Industries Association) in 1995 to standardize metadata for digital camera images. After years of iteration, the widely used version 2.3 (released 2010) added support for 3D images, stereo photos, and more shooting scenarios. All major camera manufacturers (Canon, Nikon, Sony, Fujifilm) and phone makers (Apple, Samsung, Huawei, Xiaomi) follow this standard.
How GPS Information is Recorded: EXIF GPS data follows the GPS IFD specification, containing latitude, longitude, altitude, accuracy, and timestamp fields. Coordinates are stored in DMS (degrees, minutes, seconds) format; this tool converts them to decimal degrees for easier reading. Note that not all cameras support GPS recording. Professional DSLRs typically require external GPS modules, while smartphones rely on built-in positioning chips.
RAW Format and EXIF: RAW files contain the camera's original sensor data (Canon CR2/CR3, Nikon NEF, Sony ARW, Fujifilm RAF). RAW files also contain complete EXIF metadata, but since RAW is each manufacturer's proprietary format, browsers cannot parse them directly. Convert RAW files to DNG or JPEG using manufacturer software or Adobe Camera RAW before using this tool.
EXIF (Exchangeable Image File Format) is a metadata standard embedded in JPEG, TIFF, and other image files. It records camera model, shooting time, exposure parameters, aperture, ISO, focal length, GPS coordinates, and more. It helps users understand shooting conditions and device information.
Absolutely safe. This tool uses pure frontend technology. All EXIF parsing happens locally in your browser. Image data is never uploaded to any server. You can use it with confidence without worrying about privacy leaks.
GPS information requires the camera or phone to have location services enabled. Professional cameras typically lack built-in GPS unless an external GPS device is attached. Smartphone photos usually contain GPS, but some users disable location permissions for privacy.
You can remove EXIF metadata by taking a screenshot, re-saving the image in editing software, or using dedicated EXIF removal tools. Social media platforms typically strip GPS and other sensitive EXIF data when you upload.
This tool primarily supports JPEG/JPG (richest EXIF data), plus partial support for TIFF and WebP. PNG typically does not contain EXIF. RAW formats (CR2, NEF, ARW) need conversion to JPEG first.
Exposure time (e.g., 1/250s) is shutter speed - smaller values freeze motion. Aperture (e.g., f/2.8) controls lens opening - smaller numbers mean more light and blurrier backgrounds. ISO (e.g., ISO 800) is sensitivity - higher values work in darker conditions but add noise.