Found 6 Articles for Image Stabilisation

Difference Between RDSK and DSK

Md. Sajid
Updated on 15-May-2023 15:59:19

128 Views

RDSK and DSK are both types of disc images used in computer systems, but they differ in some ways. A DSK file is a simple sector-based disc image file containing an exact copy of the data stored on a diskette or floppy disc. An RDSK file is a more complicated disc image file format that is used by some operating systems, such as IBM's OS/2 and Microsoft's Windows. Read this article to find out more about RDSK and DSK and how they are different from each other. What is RDSK? RDSK is a disc image file format used by several ... Read More

Difference between Raster and Vector

Md. Sajid
Updated on 02-May-2023 11:33:40

3K+ Views

Raster and vector are two methods for creating digital images. Raster graphics are made up of pixels and are best suited for images and complicated images, whereas vector graphics are made of mathematical objects and are best suited for simple shapes and solid colours. Read this article to find out more about Raster and Vector and how they are different from each other. What is Raster? A raster image is made up of small, coloured squares known as pixels. The resolution of a raster image, which is the number of pixels per inch (ppi) or dots per inch (dpi), is ... Read More

Difference between DPI and LPI

Md. Sajid
Updated on 26-Apr-2023 15:02:06

609 Views

DPI and LPI are two different printing and digital imaging measurements. DPI is an abbreviation for dots per inch, whereas LPI is an abbreviation for lines per inch. Both measurements refer to the density of ink or toner on a printed page, but they are applied in different contexts. Read this article to find out more about DPI and LPI and how they are different from each other. What is DPI? Dots per inch, or DPI, is a measurement used to describe the resolution of a digital image or printed page. It refers to the number of ink or ... Read More

Difference between DSLR and Mirrorless Cameras

Manish Kumar Saini
Updated on 25-Apr-2023 10:38:20

269 Views

An electronic device that is used for capturing digital images and videos is referred to as a digital camera. A digital camera typically consists of a sensor based mechanism to capture the light and transform it into digital form. Several types of digital cameras are available in market such as DSLR cameras, mirrorless cameras, and compact point and shoot cameras, etc. In this article, we will discuss the important differences between DSLR and mirrorless cameras. But before discussing the differences, let us first discuss the basics of DSLR and mirrorless cameras individually. What is a DSLR Camera? DSLR, Digital ... Read More

Difference Between TFT and QVGA

Md. Sajid
Updated on 17-Apr-2023 17:15:44

358 Views

TFT (thin film transistor) and QVGA (quarter video graphics array) are two display screen technologies. While TFT is a type of technology used to make displays, QVGA is a display resolution. TFT is a display technology that allows for high-quality images, whereas QVGA is a particular resolution used in displays that is commonly found in small devices such as mobile phones. Read this article to find out more about TFT and QVGA and how they are different from each other. What is TFT? TFT is an abbreviation for thin film transistor, a form of technology used in the production ... Read More

Difference Between USM and IS

Md. Sajid
Updated on 03-Apr-2023 16:02:15

169 Views

The terms "Ultrasonic Motor" (USM) and "Image Stabilisation" (IS) refer to two separate technologies present in current camera lenses. While USM and IS may appear unrelated, both perform vital functions in helping photographers capture sharp, clean photographs. USM enables photographers to focus on their subject quickly and accurately, while IS decreases the danger of blurry shots produced by camera shake. Read this article to find out more about USM and IS and how they are different from each other. What is USM? A type of focusing motor used in camera lenses is the ultrasonic motor (USM). It drives the lens's ... Read More

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