Manta cameras

Manta cameras - Allied Vision Technologies

23 May 2012

Allied Vision Technologies

Allied Vision Technologies has released four new models from the popular Manta family of GigE Vision compliant cameras.

The 2.82 Megapixel Manta G-282 features the ICX687 EXview HAD CCD II sensor from Sony. The ICX687 is a compact device that provides high near-infrared sensitivity and full HD resolution. The Manta G-282 runs 30fps at full 1,936 x 1,458 resolution in dual-tap mode and is ideal for a wide range of applications including ITS, security, metrology and inspection systems as well as industrial imaging.

The Manta G-283 is a fast dual-tap camera featuring the Sony ICX674 EXview HAD CCD II sensor. With fast full resolution frame rates up to 30fps, excellent sensitivity and near-infrared response, the Manta G-283 is the ideal camera for demanding applications such as metrology and inspection systems, scientific measurement or low-light applications that require a high performance camera with NIR sensitivity.

The 6 Megapixel Manta G-609 is a high performance camera featuring the Sony ICX694 ExView HAD CCD II sensor, a device that offers excellent image quality, reduced smear, higher quantum efficiency and increased NIR sensitivity.

Finally, the Manta G-505 is equipped with the ICX625 Super HAD CCD device from Sony that provides 15fps at full 2,448 x 2,050 resolution and is ideal for applications such as industrial imaging that require high resolution.

The Manta camera family offers feature-rich GigE Vision cameras with an outstanding price/performance ratio. The family offers many modular options including PoE (Power over Ethernet), angled head form factor, sensor range from VGA-6MP, and a robust housing to fit into many applications. The cameras come with new features such as switchable tap output (dual-tap models except G-505), three LUTs (separate R, G, and B control) and colour correction for powerful on-camera interpolation.

The Manta G-282, G-283, G-505 and G-609 will be available in Q3 2012.

Click here to find out more