8CH Intelligent Video Server With Video Analytics

The BE-IVS 8000 is a 19" rack mounted self-sustained intelligent video centralized device with built-in video analytics. Ideal for medium to enterprise security operation with a large number of cameras, the BE-IVS 8000 helps optimize rack space by consolidated support for up to eight analog surveillance cameras in each unit.

The BE-IVS 8000 plugs inline and upgrades common CCTV security cameras (B/W, color, thermal, and infrared) with powerful indoor and outdoor automated detection and autonomous tracking of intruders, suspicious baggage, stopped vehicles, removed items and more.

It is DSP-based, one per channel, and delivers hybrid security-system connectivity, converting analog audio and video into MPEG-4 streaming multimedia over IP, as well as simultaneously outputs analog video with graphical overlay features.

Designed for simplicity, the BE-IVS 8000 can be installed and configured within minutes via a built-in HTML web server that also provides access and viewing over a network through a standard web browser.


Features:
Video Detection Channels: Eight
CIF Resolution - low latency-MPEG-4 audio & video streaming
Intelligent video and network video encoder in one, operates both as a stand-alone unit or as part of an integrated network configuration
Built-in high-performance self-sustained video analytics, requires no additional HW/SW
Hybrid support for both analog and IP network streaming MPEG-4 architectures -includes audio, video and indication of the cause of an alarm with on screen display overlays
Integrates with existing stationary and Pan/Tilt/Zoom (PTZ) cameras (NTSC or PAL)
Two-way audio capabilities
On-alarm recording to any network PC, featuring continuous, event-driven and scheduled recording
Performs predefined actions upon detected events
Built-in HTML web server for access, configuration, and viewing through a network via a standard web browser
Maintains Quality of Service (QoS): automatically optimizes network quality of service for one or more units, adjusting audio and video streams to bandwidth, traffic characteristics and priority
Supports remote field-deployment with easy configuration and software upgrades over a network
Non-PC based processing provides better system reliability and avoids network latency that slows detection
Provides better coverage than straight-line detectors or point sensors, such as PIR, fence sensors, ground sensors, smart fences, contact burglar alarm devices, etc.