Prosilica GT Now Offers up to 29 Megapixel Resolution
The 8 Megapixel Prosilica GT3300 and 29 Megapixel Prosilica GT6600 by Allied Vision Technologies made their debut at The Vision Show in Boston.
Quad-tap KAI CCD Sensors
The Prosilica GT3300 and GT6600 bring very high resolution to the Prosilica GT family of Gigabit Ethernet cameras for extreme environments.
The new 8 Megapixel Prosilica GT3300 features the KAI-08050 CCD progressive scan sensor from Truesense Imaging, which provides exceptional image quality, high sensitivity and dynamic range, improved anti-blooming and reduced smear. Dividing the sensor into a four quadrant parallel readout allows this device to support 14 fps at full 3296 x 2472 resolution so that you no longer have to trade-off resolution for speed.
The 29 Megapixel Prosilica GT6600 features the KAI-29050 CCD device from Truesense Imaging, which, supported by the 5.5 µm pixel architecture from the KAI sensor family, provides high sensitivity and low noise performance. The sensor’s vertical overflow drain structure design suppresses image blooming and enables electronics shuttering for precise exposure control. The Prosilica GT6600 camera outputs 6576 x 4384 pixels at 4 fps.
The Prosilica GT3300 and GT6600 are both equipped with an F-mount as standard, with an M58 mount option available on the GT6600. They are compatible with a wide-range of high quality commercial and industrial lenses.
Extended temperature range and more
The Prosilica GT cameras are designed to work in temperatures from -20⁰ C to 60⁰C and feature auto-iris (P-iris and DC), Power over Ethernet and PTP IEEE1588, a function that manages clock synchronization of multiple devices across an Ethernet network. Their GigE Vision® compliant interface ensures reduced integration costs and long cable lengths up to 100 meters on a single copper link or more with fiber optics.
Both cameras are ideal for a wide range of demanding applications including industrial imaging, inspection, medical imaging, LCD inspection, aerial imaging, high-end security and traffic and much more.