TOA Electronics N-VR2010 - Manual (Page 6)

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2. LIST OF INCLUDED COMPONENTS AND PARTS
Check to be sure that the following components and parts are contained in the package:
Power conversion cable ...................................................................................................... 1
Network Video Receiver Instruction Manual ........................................................................ 1
3. GENERAL DESCRIPTION
TOA's N-VR2010 Network Video Receiver can convert images transmitted by the digital signals on a LAN
from a Network Camera or Network Video Transmitter into an analog composite signal and output it. MPEG-4
allows smooth moving images to be monitored.
The N-VR2010 can transmit bi-directional sub-band ADPCM or PCM quality voice. Its power supply features
PoE compatibility in addition to 24V AC or 24V DC operation, permitting simplified wiring work and cable
savings during construction by supplying power via the network.
The N-VR2010 has a 12V DC power output which supplies power to the equipment such as remote
controllers.
Since the N-VR2010 is equipped with RS-232C and RS-485 connectors, it can remotely operate a Digital
Video Recorder and Combination Dome Cameras connected to the Network Video Transmitter when used in
combination with a Remote Controller.
4. FEATURES
• After receiving streamed MPEG-4 data, the Network Video Receiver decompresses and converts it into an
analog signal, and then transmits the analog video signal.
• The Receiver is equipped with audio input and output (line/microphone input and line output) that enable
two-way signal transmission.
• External connected equipment, such as the Digital Video Recorder, Multi-Switcher, and Combination Dome
Camera can be controlled via the RS-232C/RS-485 interfaces.
• A built-in web server can be accessed using a web browser.
• The Receiver can function as a monitor system if the supplied software decoder is also used.
• Since the hub is compatible with PoE Standards, power can be supplied to the Network Video Receiver
using a single network cable. This eliminates the necessity for preparing a separate power supply in each
camera installation location, and greatly improves installation freedom. PoE (Power over Ethernet) (This
complies with the IEEE802.3af standard and allows simultaneous transmission of both normal data and DC
power using a 10BASE-T or 100BASE-TX network.)