21 million pixel colour digital camera is designed to satisfy the unique and varied demands of digital microscopy with fast streaming video and outstanding resolutions of still images
Kane Computing is now shipping the 'revolutionary' Infinity X digital USB camera with resolution of up to 21 million pixels in precise colour, using patent pending DeltaVu technology.
The Infinity X is designed to satisfy the unique and varied demands of digital microscopy.
It offers exceptional fast streaming video at high resolution to the computer monitor as well as outstanding resolutions of still images.
The performance and resolution of the Infinity X is achieved by combining state-of-the-art sensor design with innovative engineering skills.
A ground-breaking resolution of up to 21 million pixels in precise colour puts the Infinity X in a class of its own, says Kane, and are achieved by integrating DeltaVu, a highly successful, patent pending technology invented by DeltaPix.
The Infinity X is a small and compact digital camera with a standard C-mount interface for flexible attachment to microscopes.
Installation of the electronic connection is also very simple by connecting a single standard USB 2.0 cable between the camera and the computer.
The Infinity X uses the USB 2.0 cable for power, control information and the transmission of data.
The very low power consumption of the Infinity X has made it possible to use a single cable.
The use of the 480Mbits/s high-speed architecture of the USB 2.0 standard has allowed the Infinity X to deliver fast streaming colour video in high resolution on the monitor of the connected computer.
With a rate of 60 frames per second, the microscopy image appears on the monitor without delay.
The fast live image makes the process of focusing and interactively optimising the image very easy.
DeltaVu is a new technology designed to dramatically increase the image resolution of a digital camera.
The Infinity X has a 1.3 million pixel sensor with red, green and blue colour filters placed in standard Bayer pattern.
Through a process of combining precise position information of the sensor, and capturing additional images, by moving the sensor only fractions of the length of a pixel, the DeltaVu technology allows calculation of finer details than the size of a pixel.
This process also includes the same detailed reproduction at all pixel locations in each of the three colour planes, red, green or blue.
The result is an impressive image file, where 63 million pixels have been captured, 21 million pixels for each of the three colours (precise colour).
