System camera FAC 9600 D/N

IP hybrid camera with CCS sensor for highest photosensitivity

Highlights

  • highest photosensitivity through 1/3“ Super-HAD CCD II sensor optional with Low-speed shutter and IR version (FAC 9600 IP IR und IR-T)

  • modular IP hybrid camera: separation of camera and transmission technology for fully investment safety; open for any future
    technologies

  • operating temperatures from -20°C up to +55°C max. allow outdoor and indoor applications

  • easy installation through power supply via PoE (Power over Ethernet)

  • excellent image quality (horizontal resolution ≥ 650 TVL) with enhanced colour transitions through Wide Dynamic Range

  • supply of streams with different quality and data rate through "Dual Streaming“

  • variable framerate of 0,1 fps up to 25 fps

  • low latency < 140 ms at D1, < 120 ms at 2 CIF

  • manipulation-proof through VSID (Video Source Identification)

  • optimized network efficiency through IP burst shaping and dynamic bandwidth management

  • lip-synched, bi-directional mono audio interface with symmetric connection technology

Technical specifications

Technical data
Sensor:1/3“ Super HAD CCD II
Max. resolution:1028 x 596
Video compression:MPEG-4 ASP / SP
Min. photosensitivity:0,4 Lux
Lens connection: C-/CS Mount
Operating temperature:-20°C to +55 °C
Power supply:9…32 V DC or PoE 802.3af
Power consumption:approx. 9 W
Dimensions (L x B x H):172 x 72 x 72 mm

further technical details are on the data shield

Advantages and Benefits

VSID® - Video Source ID

Similar hazardous situations – whether during surveillance of tracks, crossings or airports – are always facing the same risk: Does the video show the potential scene of action and is it real-time visualized? Funkwerk has the worldwide first solution for this problem: The VSID® Coding System (Video Source ID). VSID® secures real-time imaging instead of infiltrated recordings or downtime-related freeze frames.

VSID® marks the IP camera or recorder image (or rather the I-frame) with an encrypted ID and a timestamp from the SNTP time server. Thanks to VSID® interruptions of the video stream or high periods of latency within the network will not remain undiscovered, too. To this day the digital video world did not know a comparable measure of safety.

VSID® offers effective defense against sabotage of video streams being of particular importance for open networks. For the first time ever, VSID® and unique identification of streams prevent infiltration of manipulated video signals or jamming of original video signals even when being marked with an identical video IP address. Beyond this new security feature the operator gets the possibility to fade in the coded VSID® ID in up to 16 alphanumeric characters.