ニュース

KAI-11002 und KAI-16000 in a new robe

As one of the first manufacturers that installed this highly light sensitive sensors, the time has come to offer them a new home. We improved the temperature management, we also upgraded our electronics to state of the art. By changing the name to SVCam HR11002 and HR16000, we also upgraded their Feature Sets This makes it easy for you to develop applications that can include our cameras from 0.3 to 29 mega pixels with minimal design-in efforts.

The ICX834 completes the range of newest Sony CCD’s

Exview HAD II - technology that allows integrating highly sensitive CCDs in smallest packages. Sony introduced a CCD-sensor with a 3,1μm architecture to the market. 4242 x 2830 active pixels resulting in 12 million highly sensitive CCD pixels on a diagonal of only 15,808 mm. This makes them ideal for the ECO series.

The SVCam Camera Finder

Everyone searches differently and want quick access to the desired information or products. In our "SVCam Camera Finder" you can find a list of all our cameras.

New high resolution 1 "- and 3.4" lenses for the SVS-VISTEK cameras

New high resolution 1 "- and 3.4" lenses for the SVS-VISTEK cameras with 6, 9 and 12 MP (eg Sony IMX815) finally close a gap in the offer. This is due in our partner Myutron (or μ-TRON).

New – line-scan-cameras at SVS-VISTEK

With NEopt we succeeded to bring a well-known manufacturer of line-scan-cameras on the European Market.

Acquistion of Truesense Imaging by ON Semiconductor

Now it is ON Semiconductor formerly known as TRUESENSE formerly known as KODAK.

Watch latest Video Presentations

Building cameras, that are not meant to be used in Film, doesn't mean SVCam Series couldn't look pretty on Video!

Encyclopaedia of German Mechanical Engineering

One of the world's most important industries in terms of being a driver of innovation, job engine and representative of Made in Germany: you will find over 800 mechanical engineering companies brought together in words and images. Within: SVS-VISTEK!

Daredevil pilots measured the Mount Everest region

Premiere. A team of German pilots of the Mountain Wave Project (MWP) and Scientists from the German Aerospace Center (DLR) succeeded, they flew the highest mountain in the world with a motor glider. For the first time they flew at 8,848 meters - almost only with the help of Thermals - on board the special 3D camera system, MACS. The new camera system was developed at DLR-security research center. It provides the basis for a highly accurate 3D model of the Nepalese Everest region with a resolution of up to 15 centimeters.