Allied Vision Technologies unveils expanded Prosilica camera range

Allied Vision Technologies has expanded its compact Prosilica GT digital camera range to include five new high-resolution models from 9.2 to 29 megapixels. Designed for imaging in extreme tem­peratures from –20 to +65 degrees centi­grade and fluctuating lighting conditions, Prosilica GT cameras feature precise and DC auto iris, as well as Power over Ethernet (PoE) and the latest CCD sensor technology, making them suited to a wide range of appli­cations including intelligent transportation systems (ITS) and
February 28, 2013 Read time: 2 mins
518 Allied Vision Technologies has expanded its compact Prosilica GT digital camera range to include five new high-resolution models from 9.2 to 29 megapixels.

Designed for imaging in extreme tem­peratures from –20 to +65 degrees centi­grade and fluctuating lighting conditions, Prosilica GT cameras feature precise and DC auto iris, as well as Power over Ethernet (PoE) and the latest CCD sensor technology, making them suited to a wide range of appli­cations including intelligent transportation systems (ITS) and traffic imaging, machine vision, industrial inspection, security, surveil­lance and military uses.

The Prosilica GT4100 features a CMV12000 global shutter CMOS sensor from CMOSIS that offers high sensitivity, fast frame rates and high dynamic range with 12.6 megapixel resolution.

The Prosilica GT4905 and Pros­ilica GT4907 both feature a 16 mega-pixel Truesense Imaging CCD sensor. The GT4905 comes with the KAI-16050 CCD sensor in APS-H optical (32.36mm) diago­nal format with a frame rate of 7.5fps. The GT4907’s KAI-16070 35mm sensor is based on a new 7.4 micron interline trans­fer CCD platform that provides increased smear rejection and linear dynamic range.

The 29 megapixel Prosilica GT6600 features the Truesense Imaging KAI-29050 CCD device, which, supported by the 5.5 µm pixel architecture from the KAI sensor family, provides high sensitivity and low noise performance. The Prosilica GT6600 camera outputs 6576 x 4384 pixels at 4fps. All three Truesense sensors feature a vertical overflow drain structure designed to suppress image blooming and en­able electronics shuttering for precise exposure control. They are equipped with an F-mount as standard or an optional M58 mount and are compat­ible with a wide range of high-quality commercial and industrial lenses.
Detection, Monitoring & Machine Vision

Related Content

  • On Semiconductor advances image sensing solutions
    October 29, 2014
    With the recent acquisitions of Truesense Imaging and Aptina Imaging, ON Semiconductor is now a major supplier of high-performance image sensor solutions used in intelligent transportation systems (ITS), including traf¬fic enforcement, intersection monitoring, and automated number plate recognition (ANPR).
    Read More
  • Point Grey launches Grasshopper3
    April 26, 2013
    The latest camera from high performance digital camera manufacturer Point Grey, the Grasshopper3, is the world’s first machine vision camera family to combine CCD technology with a USB 3.0 interface, says the company. The first Grasshopper3 camera model, the GS3-U3-28S4, has a maximum frame rate of 26 FPS and features the Sony 2.8 megapixel 1/1.8” ICX687 EXview HAD CCD II sensor. A full line-up of Sony CCD-based models is planned for the Grasshopper3 family, including 2.8 2/3”, 6 megapixel, and 9.1 megapix
    Read More
  • All in one electro-focus lens control solution for Prosilica GT
    March 10, 2016
    Allied Vision has extended its Prosilica GT large format camera range with a new electro-focus (EF) lens control which is said to provide a ruggedised all-in-one lens control solution. The new mount simplifies lens control via GenICam feature access (negating the need for serial commands) and enabling the camera to automatically focus sequentially on subjects in different distances.
    Read More
  • High-precision Theia telephotos for fixed and mobile traffic installations
    August 1, 2025
    Lenses offer high-resolution imaging and precise long-distance identification
    Read More

Highlighted Content