Bosch NBN-71027-BA

NBN-71027-BA High-performance IP box camera for intelligent

HD surveillance, excluding lens

Recording element: 1/3 "CMOS HD sensor

Exclusive lens

outdoor

IP stream: H.264, M-JPEG and JPEG

Resolution: 2MP 1920 x 1080 (max. 25 pps)

Scene lighting (usable image): color 0.25 lux F1.2, monochrome 0.08 lux F1.2

Ethernet: RJ45, 10/100 Base-T

SD memory card (SDXC): memory card slot support SDHC and SDXC up to 2TB

Video output: analog output 4: 3 or 16: 9 via NBN-MCSMB-03M or NBN-MCSMB-30M monitor cable (optional)

Lens mount: CS

Other: IVA, privacy marking (4 sectors), full support of multicasting, internet streaming and iSCSI recording, 2 x alarm input, 1 x relay output, 1 x audio input, 1 x audio output and data port RS232 / 422/485, iAE intelligent Auto Exposure

Dimensions (W x H x D): 66 x 78 x 140 mm

Power / consumption: PoE or 12Vdc / 24Vac / 175 mA (PoE 48Vdc), 500mA / 450mA / max. 10W

DINION IP dynamic 7000 HD

High dynamic range (HDR) to make details visible simultaneously in light and dark areas (106 dB with iAE)

Intelligent noise reduction reduces bandwidth and required storage capacity by up to 50%

Automatic back focus for fast installation

Content-based analysis of scenes for optimum image processing

Fully hybrid for easy migration from analogue to IP systems.

The DINION IP dynamic 7000 HD camera is a 1080p30 progressive scan CMOS camera that uses digital image processing technology designed by Bosch for a very large dynamic range. The camera uses an internal feedback system, based on intelligent analysis of the scene, to tune the video processing. This provides more detail in relevant areas and better all-round results, day and night. Functions such as multicasting, internet streaming and iSCSI recording are fully supported.

High dynamic range (High Dynamic Range, HDR)

The high dynamic range (High Dynamic Range, HDR) of the camera means that details are simultaneously visible in light and dark areas of a scene. HDR is based on a dual exposure process that ensures that even under the most difficult lighting conditions more details are recorded in light areas and shadows. The result is that you can easily distinguish objects and characteristics.