Sony 1080p/60fps Full HD Outdoor IR Ruggedized Mini Dome Camera, SNC-VM632R

Sony 1080p/60fps Full HD Outdoor IR Ruggedized Mini Dome Camera, SNC-VM632R

The vandal- and weather-resistant SNC-VM632R is ideal for a wide range of demanding security, surveillance and monitoring applications, from banks, factories, shopping malls and offices to airports, car parks and transportation systems. Full HD picture quality is assured by the sensitive, high-resolution Exmor™ CMOS sensor that’s teamed with Sony’s latest-generation IPELA ENGINE EX signal processing system. Every scene looks clearer, sharper and more detailed – even in challenging low-light conditions or with harsh backlighting where other cameras struggle. Extra intelligence is added by DEPA Advanced Intelligent Video Analytics that can intelligently trigger an alarm based on user-defined rules.

What we like about the SNC-VM632R

• Maximum resolution of 1920 x 1080 pixels with the Exmor™ CMOS sensor.

• High Frame rate of 60 fps and three simultaneous streams.

• Extremely Wide Dynamic Range to 90dB achieved with View-DR technology.

• Built-in IR (Infraeed) Illuminators to assist capturing objects in the dark even under 0 lx, up to 98 feet(30m) (50 IRE) away.

• New video analytics functions including face detection and object removal/left behind.

• H.264 (High/Main/Baseline Profile)/JPEG video codecs and AAC (16 kHz/48 kHz)/G.726/G.711 audio codecs.

• Minimum illumination of 0.1 lx in Color and 0.07 lx in B/W (50 IRE @ 1/30 sec).

• IPELA ENGINE EX signal processing system developed based on Sony’s unique signal processing and video analytics technologies to provide unique features such as a high frame rate, View-DR, XDNR™, and DEPA™ Advanced technologies.

• High frame rate of 60 fps to provide smoother and less blurry moving pictures.

• View-DR – Sony’s innovative wide dynamic range technology – to capture objects clearly and adaptively even under very harsh, severe backlight or highlight conditions.

• Visibility Enhancer (VE) to optimize the brightness and color reproduction of an image dynamically on a pixel-by-pixel basis while continuously adapting to the scene within the given dynamic range.