VIFF to OTB converter
Choose file to convert
OnlineConvertFree provides free image conversion services without requiring any software installation. Easily convert your viff files to otb or any other format with just a few clicks.
How to convert viff to otb?
Step 1
Upload viff-file
You can select viff file you want to convert from your computer, Google Drive, Dropbox or simply drag and drop it onto the page.
Step 2
Select «to otb»
Choose otb or any of the other 200+ supported formats you'd like to convert to.
Step 3
Download your otb file
Please wait for the conversion to complete, then click on the download button to obtain your converted file in the otb format.
The security of your files is our priority
Understanding the importance of the security of our users' data, we have implemented a number of measures to ensure reliable file conversion without the risk of information leakage or privacy violations.
Data encryption
All information uploaded to our platform is SSL encrypted, ensuring privacy during transmission.
Safe storage
After the conversion is completed, the files are stored on secure servers for 24 hours and are automatically destroyed, excluding access by third parties.
Harmless scripts
Our file conversion tools are regularly tested for malicious code or vulnerabilities to eliminate the risk of a potential cyber attack.
Best tool to convert viff to otb
viff to otb Fast and easy
Simply drag and drop your viff files onto the webpage, and you'll be able to convert them to otb or over 250 different file formats, all without having to register, provide an email address, or include a watermark.
Secure viff to otb Conversion
As soon as you upload your viff files, we instantly delete them. Converted files are then deleted after 24 hours. Furthermore, we ensure that all file transfers are secure through advanced SSL encryption.
No Software Installation Required
You don't have to go through the hassle of installing any software. We handle all viff to otb conversions in the cloud, which means that none of your computer's resources will be used in the process.
viff
| Extension | .viff |
| Category | 🔵 images |
| Description | 🔵 VIFF (Visualization Image File Format) is an uncompressed file format for storing 2D and 3D images. It was developed at the Danish Technical University and is commonly used in scientific and engineering applications. VIFF can store images with up to four channels (red, green, blue, and alpha) and can be used to store images in both grayscale and color modes. The file format is designed to be platform-independent and can be used on any operating system. |
| Technical details | 🔵 VIFF files consist of a header section and an image data section. The header contains information about the image, such as its dimensions, the number of channels, and the data type used to store the pixel values. The image data section contains the actual pixel data. VIFF supports several data types for pixel values, including unsigned and signed integers of various sizes, as well as floating-point values. This allows for high precision when working with images in scientific and engineering applications. VIFF also supports a number of compression algorithms, including Run Length Encoding (RLE) and Huffman encoding, which can be used to reduce the size of VIFF files. |
otb
| Extension | .otb |
| Category | 🔵 images |
| Description | 🔵 OTB (Orfeo ToolBox) is an open-source remote sensing image processing software that is designed for high spatial resolution images. The OTB format is a simple image format that stores data in binary format. It is used to store satellite imagery data, and is typically generated by the Orfeo ToolBox. |
| Technical details | 🔵 The OTB format stores images as two-dimensional arrays, where each pixel is represented by a set of values corresponding to the different spectral bands in the image. The data is stored in little-endian byte order, with the first byte in the file being the least significant byte. The header of the file contains information about the image such as the image dimensions, the number of bands, the data type of the pixel values, and the geographic information associated with the image. The OTB format supports several data types, including unsigned 8-bit integer, signed 8-bit integer, unsigned 16-bit integer, signed 16-bit integer, unsigned 32-bit integer, signed 32-bit integer, and single-precision floating point. The format also supports compression using the zlib algorithm, which can be used to reduce the file size of the image data. |