RIFF: Resource Interchange File Format
TIFF: Tagged Image File Format
RIFF developed by Microsoft Corporation
TIFF developed by Aldus
RIFF is a general framework file format for multimedia
TIFF is used for images
RIFF makes use of chunks
TIFF makes use of image file directories
Both are based on using TAGS
TIFF is somehow similar to other raster formats like JPEG, PNG, BMP, etc. See the related question to get an overview on similarities and differences between these formats.
TIFF format is developed by Aldus(now adobe) corporation. RIFF format is jointly developed by IBM and Microsoft. TIFF is totally a new format. RIFF is not new format it just provides wrapper around existing file formats to provide platform independence. TIFF stores only bitmap data. RIFF can store other data also. TIFF includes nu. of compression schemes that allow developers to choose the best space or time trade-off for their application. RIFF includes Microsoft proprietary compression algorithms. Suitable for pre-press applications. not suitable for pre-press application. In TIFF tags are used for random access. In RIFF list chunks are used for random access. Information is stored in Image file directory. Information is stored in chunks. It contains 8 byte header to identify tiff file. it contain riff chunk to identify riff file.
The main differences between TIFF and PNG file formats are that TIFF supports higher color depths and is lossless, while PNG supports transparency and is lossless as well. TIFF is more suitable for high-quality image preservation due to its ability to retain more color information and detail.
The main differences between TIFF and JPEG file formats are that TIFF is a lossless format, meaning it retains all image data, while JPEG is a lossy format, which compresses image data and may result in some loss of quality. TIFF is better for preserving image quality as it does not compress the image data, while JPEG is more suitable for web use or sharing due to its smaller file size.
The main differences between TIFF and JPG file formats are that TIFF is a lossless format, meaning it retains all image data, while JPG is a lossy format, which compresses image data and may result in some loss of quality. TIFF is more suitable for high-quality image preservation because it maintains all image data without compression, making it ideal for storing images in their original quality.
PNG and TIFF are both image file formats, but they have some key differences. PNG files are typically smaller in size and are better for web use because they support transparency and compression. TIFF files, on the other hand, are larger in size and are better for high-quality printing because they support higher color depths and resolutions.
JPEG and TIFF are both image file formats, but they have key differences. JPEG is a compressed format that sacrifices some image quality for smaller file sizes, making it ideal for web use. TIFF, on the other hand, is a lossless format that retains all image data and is better suited for high-quality printing and professional use.
TIFF and PNG are both image file formats, but they have some key differences. TIFF files are typically larger in size and support higher quality images, making them ideal for printing and professional use. PNG files, on the other hand, are smaller in size and support transparency, making them great for web graphics and images with sharp edges.
TIFF files are typically higher quality than PNG files because they support more color depths and can store uncompressed image data. PNG files are better for web use due to their smaller file sizes and support for transparency.
The main difference between JPG and TIFF file formats is the way they store image data. JPG files use lossy compression, which reduces file size but can result in some loss of image quality. TIFF files, on the other hand, use lossless compression, which preserves image quality but results in larger file sizes.
The different TIFF compression formats available for image files include LZW, ZIP, JPEG, and CCITT Group 3/4.
Image file formats.