Allied Vision expanded camera range

Allied Vision’s latest additions product offerings include more CMOS sensors in the Mako family, the Manta G235 with Sony’s IMX174 CMOS sensor and its large format Prosilica GT and Goldeye short-wave infrared camera. Additions to the Mako entry-level camera range include the Mako G-030 with CMOSIS’s CMV300 CMOS sensor and delivers VGA resolution at 309 fps; the Mako G-131 contains e2v’s Sapphire EV76C560 CMOS sensor which offers 1.3 Megapixels at 62 fps; the Mako G-192 with EV76C570 CMOS sensor to provide
June 16, 2015 Read time: 2 mins

518 Allied Vision Technologies’s latest additions product offerings include more CMOS sensors in the Mako family, the Manta G235 with 576 Sony’s IMX174 CMOS sensor and its large format 2255 Prosilica GT and Goldeye short-wave infrared camera.

Additions to the Mako entry-level camera range include the Mako G-030 with CMOSIS’s CMV300 CMOS sensor and delivers VGA resolution at 309 fps; the Mako G-131 contains e2v’s Sapphire EV76C560 CMOS sensor which offers 1.3 Megapixels at 62 fps; the Mako G-192 with EV76C570 CMOS sensor to provide 1.9 Megapixels at 62 fps; and the Mako G-503 which contains Aptina’s MT9P031 (mono)/MT9P006 (colour) CMOS sensors which deliver 5 Megapixels at 14 fps.


The Manta G-235 features Sony’s IMX174 CMOS sensor and provides high dynamic range, low noise, and speeds of 57 fps at the full resolution of 2.3 Megapixels for industrial applications with varied lighting challenges.

Allied Vision’s short-wave infrared camera (SWIR), the Goldeye G-033 GigE Vision camera delivers images at up to 300 fps and features integrated thermo-electric cooling elements, on-board image correction, ruggedised housing and Power over Ethernet.

The Prosilica GT large format camera features high resolution up to 29 Megapixels, coupled with features such as Power over Ethernet and camera temperature monitoring and offers high image quality in the toughest application conditions.

Detection, Monitoring & Machine Vision

For more information on companies in this article

Related Content

  • Introducing Gatso’s adaptable T-series
    November 7, 2012
    By combining the compact GT20 camera which captures clear images of moving vehicles in all conditions, with its RT3 tracking radar, Gatso says its new T-Series enforcement system offers an enforcement solution platform which can be adapted and expanded to meet future traffic enforcement needs. Specially designed for traffic enforcement, the 20 megapixel CMOS in the GT20 combines speed with sensitivity to deliver high quality image capture at 30 full-resolution frames per second, enabling the system to captu
    Read More
  • Motorised lens control for Prosilica
    July 25, 2012
    Prosilica's 35mm format GigE cameras, the 11 megapixel GE4000 and the 16 Megapixel GE4900, are normally configured to accept F-mount lenses, but using a Birger adaptor they can accept Canon EF lenses. The Birger adaptor is a device which allows a wide range of off-the-shelf Canon EF lenses to be mounted on the GE4000 and GE4900 bringing the added benefit of motorised lens control for functions such as iris and focus control to large-format industrial cameras. The lens control functions are facilitated by co
    Read More
  • GigE camera
    February 3, 2012
    The new Hitachi GigE camera range takes advantage of GigE Vision, the first standard to allow for fast image transfer using low cost standard cables over very long lengths.
    Read More
  • Selecting the right camera for safety or security
    January 30, 2012
    Machine vision systems offer great variety of function and performance. Teledyne DALSA product manager Manuel Romero describes 10 key criteria to aid selection of advanced camera technology for safety or security applications. There are many ways in which machine vision systems can enhance safety and security in transportation, but the ultimate results will only be as good as the image produced. Success relies on correct selection of the camera of such systems, as the features and performance required vary
    Read More

Highlighted Content