Skip to main content

Important additions to AVT’s Manta and Prosilica ranges

Allied Vision Technologies (AVT) has announced important new additions to its Manta and Prosilica camera ranges. The Manta G-917 GigE Vision, which will be available later this year, is claimed to be the world’s first machine vision camera with a new 9-Megapixel sensor. This new 1“ sensor chip has 3384 x 2710 pixels resolution and delivers over 10 fps, offering excellent image quality, reduced smear, high quantum efficiency and increased NIR sensitivity. AVT says that with its high resolution approach pac
November 23, 2012 Read time: 2 mins
518 Allied Vision Technologies (AVT) has announced important new additions to its Manta and Prosilica camera ranges.

The Manta G-917 GigE Vision, which will be available later this year, is claimed to be the world’s first machine vision camera with a new 9-Megapixel sensor. This new 1“ sensor chip has 3384 x 2710 pixels resolution and delivers over 10 fps, offering excellent image quality, reduced smear, high quantum efficiency and increased NIR sensitivity.

AVT says that with its high resolution approach packaged in a standard industrial camera form factor of 44 x 29 x 86.4 mm, the Manta G-917 closes the gap between conventional machine vision cameras and very high resolution cameras with 35mm sensors, such as the new Prosilica GT6600. The new model will offer best in class price/performance ratio for high resolution applications such as ITS, security applications, microscopy or scientific applications.

Meanwhile, the company has premiered the new Prosilica GT2000 featuring the high performance CMV2000 CMOS sensor. A 2.2 Megapixel camera featuring the CMOSIS CMV2000, a global shutter CMOS sensor that offers high sensitivity, fast frame rates, and high dynamic range, the Prosilica GT2000 runs at 50 frames per second at full 2048 x 1088 resolution.

With an extended temperature range (from -20C to +60C) and a rich set of smart features including 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, the Prosilica GT2000 is ideal for applications such as machine vision, motion control, traffic monitoring or high speed inspection that require a camera able to provide high performance, fast frame rates and excellent image quality in the most extreme conditions.

Other new models in the Prosilica range are the 8 Megapixel GT3300 and 29 Megapixel GT6600 that both feature quad-tap Kodak-KAI sensors.

For more information on companies in this article

Related Content

  • The Vision Show and Conference to be held in Boston, April 15-17, 2014
    February 19, 2014
    The Vision Show, North America’s largest vision and imaging trade show and conference, will be held in Boston, Massachusetts at the Hynes Convention Center, 15-17 April 2014. Founded by AIA in 1996, The Vision Show provides vision users, system integrators, machine builders and OEMs with access to the latest vision and imaging technologies and applications from nearly over 100 leading manufacturers, distributors and suppliers from around the world.
  • Huawei's ORT tech removes highway toll gates
    August 26, 2020
    Road tolling operations will be transformed by new revenue collection possibilities
  • New addition to the Bosch DVR 600 Series
    October 9, 2012
    The DVR 670 is the latest member of Bosch’s Digital Video Recorder 600 Series, a complete video management solution for up to 16 cameras in a single compact unit. The device offers real-time recording in 4CIF resolution simultaneously on all channels. Very simple to install and operate, the company claims the DVR 670 requires no special training and a minimum of maintenance. Once the unit is connected, the user only needs to enter the language, date, and time for the system to begin recording automatically.
  • Options abound for road weather sensing
    September 6, 2017
    Meteorological organisations invest millions in super-computers to crunch data for ever-more accurate forecasts but inherent unpredictability means that other methods of alerting drivers and road authorities to fast-changing weather and highway conditions are essential. For years, static weather sensors to measure factors such as surface water, ice or high roadway temperatures have been embedded in highways to provide such data. But that is changing.