Axis adds two models with 32x zoom for urban surveillance to its Q17 range

Desarrollados para su instalación en interior y exterior, The new bullet-type models Q1785-LE and Q1786-LE offer a high level of detail in surveillance and identification thanks to their high levels of zoom and image resolution.

The new generation of high-end network cameras from Axis Communications has been expanded with two powerful models - Q1785-LE and Q1786-LE -, especially suitable for installations and critical environments where high levels of zoom and image quality are required to identify people and faces, reading license plates or identifying small suspicious objects, inter alia.

In response to this demand, the Q1785-LE and Q1786-LE cameras incorporate 32x zoom, which facilitates the installation of the devices at a greater distance from the target to be protected (until 260 metros) o en lugares en los que es dificil ubicarlos -tanto en interior como exterior, en postes o en montaje dual-, sin disminuir la alta calidad y detalle de la imagen, por ejemplo en vigilancia urbana y de tráfico.

La calidad de imagen queda asegurada con una resolución de hasta 4 MP/Quad HD 1.440p a 50/60 fps en el caso del modeloQ1786-LE, and up to 2 MP/HDTV 1.080p a 50/60 fps en la cámara Q1785-LE.

Ambos dispositivos cuentan además con IR optimizado para cubrir hasta 80 metros, especialmente ventajoso en zonas de escasa luminosidad, y están indicados para la vigilancia en carreteras o intersecciones, así como en el entorno urbano general.

In this sense, las cámaras utilizan un formato corredor que captura específicamente escenas verticales, como calles largas o perímetros, to offer a more detailed image than what could be achieved with a panoramic view.

in its outdoor application or in critical environments, the cameras can operate in temperature ranges between -40°C to +60°C (-40°F to +140°F), they have IP66, IP67 and Nema 4X ratings, as well as IK10 rated housing, and electronic image stabilization functions, detección de impactos, scene profiles and defogging.