TIF files exist as 2 different types. Please find information about each of them below.
Type 1: Tagged Image File
TIFF (Tagged Image File Format) files store raster graphics images. They are popular among graphic artists, publishers, and photographers. TIFFs contain one or more images called subfiles. Subfiles ca...
TIFF (Tagged Image File Format) files store raster graphics images. They are popular among graphic artists, publishers, and photographers. TIFFs contain one or more images called subfiles. Subfiles can be variants of the same image, like scans at different resolutions.
TIFFs have flexibility, near-universal compatibility, and high quality. They are useful for graphic designers and photographers. TIFFs store lossless compression, not losing data during compression. This lets artists and photographers archive high-quality photos without compromising quality.
TIFF was developed in the mid-1980s by Aldus Corporation to be a universal image format across platforms and scanners. It became popular among publishing professionals, including photographers and graphic artists. Its ability to be edited and re-saved without quality loss partially drove adoption.
Some TIFF-like formats use different file signatures to identify themselves. Signatures for some known formats are listed here. Some lack public specifications, so signatures for unobserved byte orders are hypothetical.
A TIF file stores images in the Tagged Image File Format (TIFF). It often holds high-color images like photos. It supports layers and multiple pages. TIFF was created to be a standard image format across computers and scanners. Graphic artists and photographers use it for quality retention during editing.
TIFF represents images for various devices. It describes bilevel, grayscale, palette-color and full-color data in color spaces. It has lossy and lossless compression. The format works across processors, operating systems, and file systems.
TIFF files have an image header, directory, and bitmap data. TIFF is used in imaging, 3D, medical imaging, and publishing. Most editors handle TIFFs. Drawbacks are lacking multi-layer specifications between pages and some advanced imaging capabilities.
TIF and TIFF are filename extensions for the Tagged Image File Format. The format supports various resolutions. It is used for storing high-quality images. TIFF files can use lossless or lossy compres...
TIF and TIFF are filename extensions for the Tagged Image File Format. The format supports various resolutions. It is used for storing high-quality images. TIFF files can use lossless or lossy compression. They may also use LZW compression. This reduces file size without reducing quality.
The Tagged Image File Format is widely supported. It is used by many applications like image editing, publishing, 3D imaging, scanning and optical character recognition. GeoTIFF is TIFF format with embedded georeferencing data. This allows geographic information to be associated with the image data.
TIFF is a raster format. Essentially a spatially mapped array of bits. Storing high resolution photos without compromising quality. GeoTIFF uses TIFF features to store GPS coordinates as metadata. Scanning, faxing and OCR applications use TIF too.
TIF files store images with many colors. Often used for digital photos. TIF includes support for layers and multiple pages. Can be saved lossless or with JPEG compression. Windows Photo Viewer and Mac Preview open TIF. But not edit.
GeoTIFF has tags with geospatial data. Provides georeference information for the raster data. Single GeoTIFF loads correctly in mapping software. No manual rectification needed. Grayscale GeoTIFF holds single value per pixel. Array of values for color or elevation.
Adobe Photoshop
GIMP
Windows Photo Viewer
GDAL
QGIS