High-speed Dynamic Imaging from Carl Zeiss powered by ATI

A strong team in digital microscopy - Carl Zeiss and ATI’s FireGL™
Whether you are working in histology, pathology, neurosciences, cell biology or pharmacy – complex biomedical applications call for high-performance digital microscope systems. Carl Zeiss rises to these challenges and, with the flexible solutions it delivers, provides an important boost to science and research. In addition to the microscope and camera, the optimally tailored hardware and software of a Zeiss system also contribute to a meaningful result. In this area Carl Zeiss places its trust in the products and considerable experience of ATI.

High-end digital imaging – fast and reproducible with ISV-certified OpenGL® drivers
Graphics card drivers are one of the software components of an image acquisition system that are subject to constant changes in their functional scope. Once a new driver has been installed, it is therefore often difficult to configure the graphics card optimally for the application in question. Special software drivers developed by ATI for Carl Zeiss and certified in accordance with the ISV standard promise to provide a solution to this problem. The ISV profile supplied guarantees that the complete range of functions is always available to the user of the AxioVision image processing and analysis program – even after a driver update.

The OpenGL software interface supported by AxioVision, in combination with the impressive computing power of the ATI Fire GL family, makes it possible to generate 3-dimensional displays of cell and tissue sections with breathtaking quality and speed. Further advantages result from the additional functions developed especially for Carl Zeiss. As an AxioVision user you will therefore benefit, for example, from the color temperature setting integrated directly in the graphics card driver. This guarantees optimum color accuracy that can be reproduced across systems. Medical diagnoses can therefore be made reliably and with a high level of accuracy even over long distances.

Carl Zeiss