Videology SV11A-M4 Installation and operating instructions

®
IMAGING SOLUTIONS INC.
Application Note
SV11A-M4 Video Server
Information may change without notice.
This document provides technical information for the user. Videology reserves the right to
modify the information in this document as necessary. The customer should make sure that
they have the most recent manual version. Videology holds no responsibility for any errors
that may appear in this document.
Videology Imaging Solutions, Inc. USA
37M Lark Industrial Parkway
Greenville, RI 02828
Tel: [phone]
Fax: [phone]
Videology Imaging Solutions, B.V. Europe
Liessentstraat 2B
NL-5405 AG Uden, The Netherlands
Tel: [phone]
Fax: [phone]
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Table Of Contents
1. Package Contents.............................................................................................. 4
2. Physical Description ........................................................................................... 5
2.1. Front Panel ................................................................................................ 5
2.1.1. BNC video input ................................................................................... 5
2.1.2. RCA audio input ................................................................................... 5
2.2. Rear Panel ................................................................................................. 5
2.2.1. Ethernet 10/100 socket......................................................................... 5
2.2.2. COM port ............................................................................................ 5
2.2.3. General I/O terminal block..................................................................... 6
2.2.4. Status LEDs......................................................................................... 6
2.2.5. Restore button..................................................................................... 7
2.2.6. Power adapter ..................................................................................... 7
3. Installation ....................................................................................................... 7
4. Ethernet Environment ........................................................................................ 8
4.1. Hardware Installation .................................................................................. 8
4.2. Cable Connection ........................................................................................ 8
4.3. Power on ................................................................................................... 8
4.4. Initial Access to the Video Server .................................................................. 9
5. Modem Environment ........................................................................................ 10
5.1. Hardware Installation ................................................................................ 10
5.1.1. Cable Connection ............................................................................... 10
5.1.2. Power On .......................................................................................... 11
5.2. Software Installation via Windows XP........................................................... 11
5.2.1. Install a New Modem .......................................................................... 11
5.2.2. Setup a New Connection ..................................................................... 15
6. Initial Access to the Video Server....................................................................... 21
7. How to Use..................................................................................................... 22
7.1.1. Authentication ................................................................................... 22
7.2. Installing plug-in ...................................................................................... 23
7.3. Primary User’s Capability ........................................................................... 24
7.3.1. Main Screen with Camera View............................................................. 24
7.3.2. PTZ camera control ............................................................................ 24
7.3.3. Client Setting..................................................................................... 25
7.3.4. System configuration .......................................................................... 27
7.3.5. URL commands of the Video Server ...................................................... 52
8. Appendix........................................................................................................ 61
8.1. POST procedure........................................................................................ 61
8.2. Frequently asked questions ........................................................................ 62
8.3. Technical specifications.............................................................................. 64
9. Contact.......................................................................................................... 65
9. Contact.......................................................................................................... 65
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Before You Use This Product
The use of surveillance devices may be prohibited by law in your country. The video server
is not only a high-performance web-ready camera but also can be part of a flexible
surveillance system. It is the user’s responsibility to ensure that the operation of such
devices is legal before installing this unit for its intended use.
It is important to first verify that all contents received are complete according to the list in
the "Package Contents" chapter. Take notice of the warnings in “Quick installation guide”
before the video server is installed, then carefully read and follow the instructions in the
“Installation” chapter to avoid damages due to faulty assembly and installation. This also
ensures the product is used properly as intended.
The video server is a network device and its use should be straightforward for those who
have basic network knowledge. The “Troubleshooting” chapter in the Appendix provides
remedies to the most common errors in set up and configuration. You should consult this
chapter first if you run into a system error.
The video server is designed for various applications including video sharing, general
security/surveillance, etc. The “How to Use” chapter suggests ways to best utilize the video
server and ensure proper operations. For the creative and professional developers, the "URL
Commands of The video server” chapter serves to be a helpful reference to customize
existing homepages or integrating with the current web server.
For paragraphs preceded by the reader should use caution to understand
completely the warnings. Ignoring the warnings may result in serious hazards
or injuries.
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1. Package Contents
Video Server SV11A-M4 Power adapter
Camera control cable Null modem cable
I/O connector and wrench
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2. Physical Description
2.1. Front Panel
2.1.1. BNC video input
75Ohms resistance video port for connecting to an
external camera. To ensure video modulation type
being correctly detected, cameras should be
attached and powered on before the video server is
powered on.
2.1.2. RCA audio input
The audio input is connected by a RCA connector of
mono-audio Line-In signal.
2.2. Rear Panel
2.2.1. Ethernet 10/100 socket
Connect to Ethernet network with a UTP category 5
cables that cannot exceed 100 meters. Once the
Ethernet cable is connected without error, video
server will utilize Ethernet interface regardless of
modem connection.
2.2.2. COM port
This RS232 serial port can connect with a modem or
included null modem cable to utilize dial-up network
when Ethernet is not available. If video server
operates with Ethernet interface, administrators may
use this port to control PTZ camera attached to
VIDEO.
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2.2.3. General I/O terminal block
1 ÅDI+ INPUT (Max. 50mA, 12VDC)
2 ÅDI- INPUT
3 ÅSW_COMMON OUTPUT (short with NC at initial state)
4 ÅSW_NOPEN OUTPUT (Max. 1A, 24VDC or 0.5A, 125VAC)
5 ÅRS485 B ( - ) (inverting)
6 ÅRS485 A ( + ) (non-inverting)
The video server provides a very flexible general I/O interface to combine with the user’s
security devices such as sensors, alarms, lighting or door locks. The general I/O terminal
block has six pins for device control. These pins can be divided into two categories based on
their functions, including RS485 and digital inputs and outputs.
If the device connected to the COM port has an RS485 interface, wire two control lines to
pin 5 and pin 6. After switching to RS485 on the configuration page, the PTZ control
commands will be directed through pin 5 and pin 6. If the distance from the controlled
device is too far to allow accurate function, an external power source may be used to pull
the RS485 signal high.
The video server provides one digital input and one relay switch for device control. Pin 1 and
pin 2 can be connected to an external sensor and the state of voltage will be monitored
according to the programmed scripts in configuration. The relay switch can be used to turn
on or off the external device.
2.2.4. Status LEDs
Each time video server starts; it will perform a
Power-On Self Test, abbreviated as POST
hereafter, to examine every hardware module.
As soon as the administrator plugs in the power
adapter, both LEDs under the network LED will
flash one by one until the POST is done. If any
module fails, both LEDs will indicate to the users
the error according to the pattern listed in
Appendix A. If the result is good, both LEDs will turn off for a moment and then follow the
pattern below. Network interface depends on the peripherals including Ethernet UTP cable,
modem or null modem cable. If the Ethernet cable between the video server and Ethernet
hub is connected, the video server will choose the Ethernet network. If Ethernet is
unavailable but a operational modem is connected, the network interface will be PPP with
the modem. If either of the above is not the case, the video server will try the interface of
PPP with a null modem.
(Note: Do not attempt to access server until the “heart beat” green LED begins
pulsing.)
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Doc # APN SV11A-M4 Issue Date: 09/14/2006
2.2.5. Restore button
There is a button hidden in the box for restoring the
system factory default settings. When the system fails to
install or operates abnormally, use the included allen
wrench in the package and follow the following procedures
to reset the system back to its original status.
Place the wrench into the hole to press on the restore
button. Restart the system by unplugging and re-plugging the power jack. While keeping
the button pressed, the system will perform POST twice rather than the usual once, which
can be observed from the flashing LEDs. After the system flashes the LEDs for the second
time, withdraw the stick to release the button. The system will have restored factory default
settings at that moment.
Network Interface Condition LED2 (Heartbeat) LED3 (Status)
before installed OFF OFF
after installed Flash OFF
Ethernet
during camera control Flash Flash
PPP with modem after POST Flash ON
before connected ON ONPPP with null
modem
after connected Flash ON
2.2.6. Power adapter
Connect the power jack of the included power adapter. Connecting the power
adapter should be the last operation while physically installing the Video server.
3. Installation
To easily fit into various environments, the video server automatically detects the attached
interfaces and configures itself to the best condition. Therefore users need not care whether
the connected cameras are NTSC or PAL, how to select the network between Ethernet and
modem, and whether the Ethernet speed is 10Mbps or 100 Mbps. If the connected
motorized camera is on the support list, users only need to plug and play without
complicated configurations.
The video server supports Ethernet and modem interfaces according to the user's existing
network. Ethernet can provide higher bandwidth to achieve the best performance while dial-
up network with modem is more common in current Internet applications. Refer to the
related installation section for your network environment. If both interfaces are available,
Ethernet is recommended and will be chosen as the first priority. If the Ethernet cable and
modem are concurrently attached, managing and installing the other interface will
automatically clear the previous network settings and start a new installation.
In the following content, "user" refers to those who can access the video server and the
"Administrator" refers to the supervisor who has the root password to configure the video
server in addition to general access. The administrator should carefully read this manual,
especially during installation.
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4. Ethernet Environment
4.1. Hardware Installation
Before installing multiple video servers the administrator should document the serial
numbers on the packages respectively for future use.
4.2. Cable Connection
Shut down all the peripheral devices prior to connection.
Connect the supplied cables from the video server to related
devices according to the following steps.
Note: The power adaptor must be kept unplugged until
other cables are firmly connected.
4.3. Power on
Make sure all cables are correctly and securely connected
before turning on the video server. Turn on the cameras,
sensors, alarm devices, and then attach the power adaptor
of the video server to the power socket*. Confirm the POST
(power-on self test) is complete and the result is successful.
At this stage, network speed and video modulation type are
automatically detected. After addressing procedure is
completed, the video server is ready. If the detection of
video modulation fails, the administrator may change the
setting on the configuration page. Refer to the configuration
section for further information.
.
Connect the jack of the power adapter to the Video Server prior to plugging the utility
end into the utility power socket. This will reduce accidental electric surge shock.
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4.4. Initial Access to the Video Server
The video server can be connected either before or immediately after software installation
onto the Local Area Network. The administrator should complete the network settings on
the configuration page. For complete protection from illegal usage, the video server
provides two privileges and always needs user name and password before access. The
standard level is the USER mode that consists of twenty user profiles. Each user is able to
access the video server except for system configuration. Twenty users’ profiles are also
maintained by the administrator. The highest level is ROOT mode that only opens to the
administrator for initial setup, system configuration, user administration and software
upgrade. The user name of the administrator is internally assigned to “root.”
When connecting to the video server, users will be requested for user name and password
by an authentication message window. A root password, identical to the video server's MAC
address/serial number, is needed for the initial access to a newly installed video server. The
administrator must change the root password immediately after the initial installation to
ensure security. The new root password should be recorded since there is no way to retrieve
or recover it. After changing the password, the browser will display an authentication
window again to ask for the new password.
The other important part is the network settings. The software configuration above makes
the video server easily accessed through local networks. However the administrator should
review the network settings on the configuration page according to the existing service. The
safe and easy way is to compare the network settings with another PC or workstation in the
same network.
By default the video server will acquire an IP address automatically every time it reboots. If
the network settings are sure to work all the time, disable the “Reset network at next
boot” option if this IP address is already reserved for this the video server. Clearing this
option will fix IP address of the video server every time it boots up. If the option stays
checked, the video server will pick up any available IP address automatically every time the
system boots up.
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5. Modem Environment
5.1. Hardware Installation
Before installing the video server, the administrator should document the serial
numbers/mac addresses on the packages respectively for the initial passwords.
To use a dial-up network, the Ethernet socket should be left disconnected since Ethernet is
the first priority among available interfaces. After powering up, the video server will detect
if any external modem is connected to the modem port. Once a modem is detected, the
heartbeat LED will flash periodically. If no modem responds, the video server will assume
the included null modem cable is connected to perform system configuration. Then both
lower LEDs will turn on until null modem connection is established.
If users have setup a remote dialup server or subscribed to an ISP service, the video server
can be configured to dial to the server upon special events. Otherwise it will wait
permanently for the user’s call to establish a network connection to provide services.
In the following context, dial-in connection denotes a passive video server waiting for a
phone call to establish a point-to-point connection. Dial-out connection denotes an active
video server to dial out to a dial-up server or any Internet Service Provider (ISP), to request
a point-to-point connection.
5.1.1. Cable Connection
Shut down the peripheral devices prior to connection.
Connect the supplied cables from the video server to the
related devices according to the following steps.
Note that power adaptor must be kept unplugged
until other cables are firmly connected.
For the first access to the video server without Ethernet,
the administrator may use the included null modem cable
to connect to the COM port for direct connection. It is also
convenient for administrators to access the video server
through the null modem cable directly without modem or
Ethernet card. After necessary information is entered, a
modem can be used to dial into the Internet.
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