CNB INS1000 User Manual
XNET Network Video Server User’s Guide
XNET Network Video Server
User’s Guide
Ver. 1.0 (070918)
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XNET Network Video Server User’s Guide
Directions
XNET are designed for indoor use only. When using XNET outdoors or in an environment that
exceeds the limited range, you must separately use a water-resistant case.
Be careful not to cause any physical damage by dropping or throwing the XNET. Especially keep
the device out of reach from children.
Do not disassemble XNET. You will be excluded from After Service when disassembled.
Use only the power adapter provided with the XNET.
If you would like to use the XNET for security, monitoring, please check the legal regulations
within the country.
Note
This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to part 15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful interference in a residential installation. This
equipment generate, uses and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio
communications. However, there is no guarantee that interference will not occur in a
particular installation. If this equipment does cause harmfu l interference to radio or television
reception, which can be determined by turning the equipment off and on, the user is
encouraged to try to correct the interference by one or more of the following measures:
z Increase the separation between the equipment and receiver.
z Connect the equipment into and outlet on a circuit different from that to which the
receiver is connected
z Consult the dealer or an experienced radio/TV technician for help.
Caution
Any changes or modifications in construction of this device which are not explicitly approved
by the party responsible for compliance could void the user’s authority to operate the
equipment.
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XNET Network Video Server User’s Guide
1. Introduction ................................................................................................................4
Table of Contents
1.1. Overview ..........................................................................................................4
1.2. Features of XNET ..............................................................................................4
1.3. Applications of XNET .........................................................................................4
2. Product Description ......................................................................................................5
2.1. Contents...........................................................................................................5
2.2. Preview.............................................................................................................5
2.3. Physical description...........................................................................................6
2.4. PC Requirements ..............................................................................................9
2.5 Quick Installation Guide ...................................................................................10
3. Connecting XNET to Network .......................................................................................13
3.1. Connecting to LAN ..........................................................................................13
3.2. Connecting to xDSL/Cable Modem...................................................................14
4. IP-Installer................................................................................................................15
4.1. Main window of IP-Installer.............................................................................15
5. Configuring XNET in Administrative Mode.......................................................................16
5.1. Log On............................................................................................................16
5.2. Basic Setup.....................................................................................................18
5.3. Network Configuration ....................................................................................20
5.4. User Admin & Time Setup ...............................................................................23
5.5. Sensor & Capture Setup..................................................................................26
5.6. Alarm Device Setup ........................................................................................28
5.7. Motion Region Setup.......................................................................................29
5.8. PTZ Setup.......................................................................................................31
5.9. Encryption Set up ...........................................................................................33
5.10. Upgrade & Reset...........................................................................................35
5.11. Status Report................................................................................................37
6. Tips for using XNET ....................................................................................................38
6.1. ALARM-IN and ALARM-OUT .............................................................................38
6.2. Trouble Shooting.............................................................................................41
6.3. Web Viewer.....................................................................................................42
6.4. How to Upgrade the XNET...............................................................................44
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XNET Network Video Server User’s Guide
1. Introduction
1.1. Overview
The XNET is a state-of-the-art network camera which transmits synchronized video and audio
data in real time with D1 resolution at full frame rate. This is possible through MPEG4 CODEC
technology, which provides high quality video with highly compressed data streams. The XNET
can be connected, controlled and monitored from a remote location through an IP connection
over internet or intranet. Unlike CCTV or DVR, the XNET is easy to install and owner will
experience cost and space savings in the installation owing to the state of the art technologies
embedded in the system. Based on Embedded Software Solution (Embedded Web Server,
Embedded Streaming Server, Network Protocol), the XNET ensures unprecedented performance
and stability to be an ideal network camera solution for system integration solutions.
1.2. Features of XNET
y 1 channel synchronized real time Video/Audio streaming
MPEG-4 video, ADPCM audio.
y Bi-directional audio communication
Real time audio communication between XNET and Client PC
y The viewer assisted recording and playback functions.
y 1 Alarm sensor input/1 relay output
y Motion detection – Up to 3 motion detection zones
Arbitrary shape motion detection zone
Motion detection can initiate video recording, which is sent to the user through F TP and/or E-
mail.
y Resolution
- NTSC : 720x480, 352x240, 176x144.
- PAL/SECAM : 720x576, 352x288, 176x144
y RS-485 interface for Pan/Tilt device connection
y Remote administration control
Entire operational parameter set up, Software upgrade
y Proprietary PoE (Power over Ethernet) for convenience of installation and cost savings
1.3. Applications of XNET
y Security surveillance (buildings, stores, manufacturing facilities, parking lots, banks,
government facilities, military, etc.)
y Real time Internet broadcasting
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y Remote monitoring (hospitals, kindergartens, traffic, public areas, etc.)
y Teleconference (Bi-directional audio conference)
y Remote Learning
y Weather and environmental observation
2. Product Description
2.1. Contents
Open the package and check if you have the followings:
Components Description Remarks
XNET XNET Network Camera
Power adaptor
AC power cable AC 250V, 10A~16A
CD Software & User’s Guide
Quick Reference Guide Quick installation guide
Input : 100~250V 50-60Hz
Output : +12V, 3.3A
Standard Power
2.2. Preview
XNET/XNET IP-Installer XNET-NVR
IVS100
IJB00
MPEG-4 Network Video
Server
PC software to view and record
the A/V streaming data
PC software to allocate an IP
transmitted from the XNET.
address to the XNET
There are two editions available
(NVR/XNVR
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2.3. Physical description
2.3.1. IVS100
Figure 2-1 Front view of IVS100
RS-232C
Factory Reset
Figure 2-2. Rear view of IVS100
y VIDEO IN : Connect external video source(NTSC/PAL).
y VIDEO OUT : Composite video output.
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y MIC /LINE IN : Connect external audio source or microphone. If external audio is
connected, embedded microphone will be disabled.
Use Standard stereo earphone jack for the connection
Not used
Not used
Not used
Ground
Ground
Audio In
Audio In
Not used
Ground
Ground
Audio out
Audio out
Figure 2-3. Pin assignment of the plug for MIC/LINE In (left) and
LINE OUT (right)
y LINE OUT : Connect speakers with built in amplifier. Audio from remote site is output
through Line out in bi-directional audio mode.
Use Standard stereo earphone jack for the connection.
y NETWORK : 10/100Mbps Ethernet connector (RJ-45) with proprietary PoE.
- LINK/ACT LED : Continuous yellow light mean s that network cable is plugged in. It will
blink when there is traffic.
- Status LED: Green LED on indicates that the camera is in normal operation mode, while
LED off indicates that the camera is in abnormal condition.
y RS-232C
Pin Description Misc.
3 TxD of RS-232C
For debugging & factory
1 2 3
2 RxD of RS-232C
use only.
1 Ground of RS-232C
y DC Power : Power input of XNET.
Do not apply power through this power input when power is applied through LAN cable
using proprietary PoE.
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y RS-485 and ALARM IN/OUT : Used for connecting P/T device, sensor, and alarm devices
to XNET. Pin assignments are as follows
Pin Description Misc.
1 6
1 Alarm Out
2 Alarm Out
3 Alarm In (+)
Relay output : closed circuit in
alarm to indicate alarm status.
NC/NO selectable in admin mode.
4 Alarm In (-)
5 RS485 +
6 RS485 +
RS-485 : Used for connecting Pan/Tilt and Zoom devices having RS-485
interface standard.
Alarm In : Connect external alarm sensors such as the infrared sensors, heat
sensor, magnetic sensors, etc. NC/NO selectable in the admin page.
Alarm Out : It is used for connecting external alarm generators such as sirens,
flashing light, etc. When activated, relay output configures a closed circuit.
Please refer to Section 6.1 for more detailed description on the Alarm In/Out
connections.
y Reset : Factory Default Switch
There is a switch provided for returning the network camera to factory default state. Press
the switch about 3 seconds through a tiny hole at the left of the 100BaseT connector using
tools with sharp tip for a few seconds while power is applied.
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2.3.2. IJB-100
Figure 2-4. IJB100 (Each function of wire is same as IVS100.)
2.4. PC Requirements
AV streaming data received from XNET can be decoded or stored in a PC running XNET-NVR
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X
program which is a viewing & recording program for a PC. Minimum requirement of the PC is
described below:
Minimum Recommended
CPU Pentium III 700 Pentium IV 1.2G above
Main Memory 128 MB 256MB above
Operating system
Web browser Internet Explorer 5.0 Internet Explorer 5.0 above
Resolution 1,024 X 768 Higher than 1,024 X 768
Network 10 Base-T Ethernet 100 Base-T Ethernet
* Operating Systems supported : Windows 2000 Professional
2.5 Quick Installation Guide
Brief information for rapid installation is provided in this section. For more detailed information
you are recommended to refer to pertinent documentations provided with the product or refer
*
Windows 2,000 or later Windows 2,000 or later
Windows XP Professional / Windows XP Home Edition
to cnbtec’s home page (http://www.cnbtec.com)
1. Connect XNET to LAN by using one of the following method
1) If you have power adaptor with PoE, connect the network camera and PC as
illustrated in Figure 2.5. Both power and network connection is made with a single LAN
cable.
z The propriety PoE (Power over Ethernet) adds convenience in installing the network
camera by providing both power and LAN connection using single LAN cabling.
2) If you have standard power connect the network camera and PC as illustrated in
Figure 2.6.
LAN Hub
AC In
PoE
Injector
CAT5 cable
Data + Power
Figure 2-5. Connecting Network camera and PC using PoE Adaptor
NET
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XNET Network Video Server User’s Guide
A
CAT5 cable
Data
C
Power
Adaptor
Figure 2-6. Connecting Network camera and PC without using PoE
<Caution>
The products of cnbtec does not support standard PoE. Do not connect the
network camera directly to a hub supporting standard PoE.
cnbtec assumes no responsibility for the damages caused by use of standard
PoE device with cnbtec’s products.
2. Apply power to XNET
3. Install “IP installer” and “XNET-NVR” on your PC.
Detailed information for installing these programs can be found in [IP-Installer User’s
Guide] and [XNET-NVR User’s Guide] respectively.
4. Assign IP address to XNET using IP installer.
Identify the type of the network environment and set up IP address. Detailed process of
setting up IP address can be found in [IP-Installer User’s Guide]. If network type is
xDSL or Cable modem you need supplementary information provided by your ISP.
5. Connect to XNET in Administrator Mode for initial parameter set-up.
All parameters are set to factory default state when XNET is delivered. You are asked to
configure the system for your environment in administration mode. Detailed information
of using administration mode can be found in [5. Configuring XNET in
Administrative Mode]. Among the parameters, the parameters in the following table
should be set-up with proper values. Detailed information for the parameters in
Administrator Mode is found in [5. Configuring XNET in Administrative Mode]
[Note]: Set-up values are preserved even the power is turned off.
Page Parameter Setup value Factory default value
Basic
Video Size
Setup
Max Upload Rate
Frame Rate
Set the resolution of the video
transmitted from XNET.
Set this value smaller than the
upload speed of your network.
The number of frames to be
transmitted per second.
Make sure that you press Check
button to find out the number of
maximum possible simultaneous
users then set the number of
users smaller than or equal to
the number.
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Bandwidth assigned for video
transmitted from XNET.
For safety, you are recommended to
change these values from factory
default. For new connection, you
need to input changed values for
corresponding fields. Do not disclose
these values to others and memorize
these values.
Input correct time in this field.
Default value
Username : root
Password : dw2001
Default value :
2001/1/1
User
Admin &
Time Setup
User
Admin &
Time Setup
Video Rate
Administrator
name &
password
Current Time
6. Connect the input and output signals to XNET.
Connectors Function Signal description Number
VIDEO
Video input Connect external video source(NTSC/PAL) 1
Input
VIDEO
Video output Video loop output(NTSC/PAL) 1
Output
LINE-
Audio input
In/MIC
Line Out Audio out for speaker
Connecting Alarm
Alarm In
Sensor
Connecting Alarm
Alarm Out
annunciating device
RS485 PT device control
NETWORK Network connection
Connect microphone or output from audio
1
devices.
Audio from remote site is available from
this connector in bi-directional audio
1
mode. Connect speaker with amplifier.
IR sensor, Motion Sensor, Smoke
1
Detector…
Siren, Flashing Light, … 1
Remote P/T/Z device connection having
1
RS485 interface.
Connect XNET to the network, LAN, ADSL
1
or Cable modem.
7. Remote video connection to XNET
Run “XNET-NVR” on your PC. Before connecting to XNET it is needed to configure the
connection information on the XNET-NVR. More detailed information of using “XNETNVR” can be found in [XNET-NVR User’s Guide].
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3. Connecting XNET to Network
XNET supports LAN, xDSL, and Cable modem. It also supports shared IP environment where
single IP address is shared by at least 2 IP devices. Refer to [IP-Installer User’s Guide] for
details of setting the IP address for XNET.
3.1. Connecting to LAN
In case of connecting the XNET to LAN, it is generally connected as in Figure 3-1.
IP Network
(LAN/WAN
Figure 3-1. Connecting the XNET to LAN
1. Follow through steps 1 to 4 in Section 2.5 to assign IP address to XNET.
2. Install XNET and connect it to desired LAN.
3. Check if you can receive video data when connecting to XNET using the viewer program.
4. When one or more IP video products are connected through a IP sharing device (i.e. router)
to a larger network (i.e. the internet), in order to access each unit from outside the local area
network, each device must have a unique RTSP (Real Time Stream Protocol) and HTTP port
Client
number. You must also configure your IP sharing device for “port forwarding”. This is to enable
the IP sharing device to forward packet data with unique port number (RTSP and HTTP) to
unique internal IP address (local IP address). If you only plan to access multiple units from
within a local area network, you do not need to change the RTSP and HTTP port numbers,
unless other IP sharing devices sit in-between the client and the IP video products. For more
detailed information regarding the use of IP sharing device refer to the document [Use of
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Private IP network using IP-sharing-device].
3.2. Connecting to xDSL/Cable Modem
1. Follow through steps 1 to 4 in Section 2.5 to assign IP address and other network parameters
to XNET.
2. Install XNET and connect it to xDSL or Cable modem as in Figure 3-2.
IP Network
(LAN/WAN
xDSL/
Cable
Modem
②
Figure 3-2. Connecting the XNET to ADSL Modem
When fixed IP address is assigned to the xDSL or Cable modem, follow the same way as
assigning IP address for the case of LAN using IP-installer. To enable the notification of
the changed IP address to the user over e-mail when the IP address is changed in
floating IP environment, you have to assign the e-mail address when user name and
password are input using IP-installer. (Management server provides a convenient
way of connecting to your network camera under dynamic IP environment.
Please refer to the Application note regarding “Management Server” in the CD.)
When connecting XNET to xDSL or Cable modem, usually regular LAN cable is
required. But since some modems has crossover connections, please contact your
service provider for detailed information.
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