Ganz PixelPro ZN-DT2MAP User manual

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n USA and Canada, Use Class 2 Power Supply Only

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1. Product Features
The GANZ PixelPro is a high performance H.264 network camera, designed for
demanding security installations. It delivers crisp, clear images, disclosing every
detail, thanks to its top quality Megapixel progressive CMOS sensor and advanced
image processing.
Supported by the industry’s largest base of video management software, the GANZ
PixelPro provides the perfect solution for securing bank offices, airports and other
facilities, and for traffic surveillance, over IP based networks.
The optimal Power over Ethernet (IEEE 802.3af) support power to the camera to be
delivered via the network, eliminating the need for a power outlet and reducing
installation costs. Steady power could be guaranteed with a central Uninterruptible
Power Supply (UPS).
The GANZ PixelPro offers a comprehensive set of network security and
management features.
This includes support for port based network control (IEEE802.1X), which allows the
camera to be connected to a network secured with this control, and HTTPS
encryption, which provides a secure channel between camera and application. It also
enables authentication of the video source. Video products are efficiently managed
with the powerful Management tool, which is provided on the Installation CD which
comes with camera.

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1. Network connector
The GANZ PixelPro connects to the network via a standard network cable, and
automatically detects the speed of the local network segment (10BaseT/100BaseTX
Ethernet). This socket could also be used to power the GANZ PixelPro via Power
over Ethernet (PoE). The camera auto-senses the correct power level when using a
PoE switch, router or injector.
2. Audio in
Audio in (line level), for line-in mono signal (only left channel is used from a stereo
signal)
3. Audio out
The Audio output (line level), which could be connected to a line output of a
microphone system or an active speaker with a built-in amplifier.
4. Alarm in / Alarm out
One analog (dry contact) alarm input
One relay output (0.5A 125VAC / 1A 30VDC)
Pin Assignment
5. Power Connector
12VDC or 24VAC power connector

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1. Micro SD card (SDHC supported)
6. Video output for service monitor
This analog video output is available. Use accessory cable to video output.
7. Status LED
LED Color Description
Power/Status Green Steady for correct power and activity.
Amber Flashes for factory default activity.
Unlit It is when no or incorrect power is supplied.
8. Control Button
Press this button to reset or restore the camera configuration to its factory default
settings.
Reset : keep pushing the button about 6 seconds.
Factory Defeult : keep puishing the button about 12 seconds.
9. Heater Connector (Optional)

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Installation Preparation
1) Remove Dome Cover
Loosen four hexalobular screws by supplied L-key wrench and remove Dome cover.
2) Remove four screws
Remove four screws and o-lings from camera base.
3) Attach the cushion plate.
Attach the supplied bottom cushion plate to the camera base by 3M tape.
1 2 3
Mounting to a ceiling / wall
1) Secure the camera to ceiling or wall with four supplied tapping screws and o-ring.
2) Secure the Dome cover to camera base by supplied hexalobular L-key wrench.
1 2

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2. Accessing the Camera
Follow the instructions in the GANZ PixelPro Installation Guide to install the camera.
The GANZ PixelPro could be accessed with most standard operating systems and
browsers. The recommended browser is Internet Explorer for Windows with other
operating systems.
2.1 Access from a browser
1. Start a browser (Internet Explorer)
2. Enter the IP address or host name of the camera in the Location/Address field of
your browser. Press Enter.
3. Login dialog will appear when the camera is accessed for the first time.
4. The default user name is ADMIN, and password is 1234.
5. The camera’s Live View page is now displayed in your browser.
Note: The layout of the live view page in the camera may have been customized to
meet specific requirements. Consequently, some of the examples and
functions featured here may differ from those displayed on your own Live View
page.

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2.2 Accessing the camera from the Internet
Once installed, the camera is accessible on the local network (LAN). Configure the
router/firewall to allow incoming data traffic to access the camera from the Internet.
For security reasons this is usually done on a specific port. Please refer to the
documentation for router/firewall for further instructions.
2.3 Adjusting the Image and Focus
To adjust the position of the lens:
1. Open the Live View page in your web browser.
- Select the Setup tab, and open the Installation page.
- Select the ‘Video Format'.
2. Connect analog monitor to the VIDEO OUT (BNC) on the cable.
- Control the FOCUS with monitor’s image.
3. Check the image from the Live View page on your web browser.
- Set ‘Installation Mode’ to ‘OFF’ to resume normal camera operation.
2.4 The Live View page
Enable/Disable PC Speaker output
Enable/Disable PC Microphone input
Digital Zoom
Snap Shot
Full Screen
Video Stream change: First stream ÙSecond stream
Play: Click this button by manually to start the stream
Stop: Click this button by manually to stop streaming
NOTE: It is possible that not all the buttons described below will be visible unless the
Live View page has been customized to display them.

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2.5 Video stream types
H.264 protocols and communication methods
• RTP (Real-time Transport Protocol) is a protocol that allows programs to manage
the real-time transmission of multimedia data, via unicast or multicast.
• RTSP (Real Time Streaming Protocol) serves as a control protocol, to negotiate the
type of transport protocol to use for the stream. RTSP is used by a viewing client to
start a unicast session.
• UDP (User Datagram Protocol) is a communications protocol that offers limited
service for exchanging data in a network which uses the Internet Protocol (IP).
UDP is an alternative to the Transmission Control Protocol (TCP). The advantage of
UDP is that, it is not required to deliver all data and may drop network packets when
there is network congestion. This is suitable for live video, as there is no point in re-
transmitting old information that will not be displayed anyway.
• Unicasting is communication between a single sender and a single receiver over a
network. This means that the video stream goes independently to each user, and
each user gets own stream. A benefit of unicasting is, in case one stream fails, it
only affects one user.
• Multicasting(Will be supported)is bandwidth-conserving technology that reduces
bandwidth usage by simultaneously delivering a single stream of information to
multiple network recipients. This technology is used primarily on delimited networks
(intranets), as each user needs an uninterrupted data flow and should not rely on
network routers.
2.6 How to stream H.264
Deciding on the combination of protocols and methods to use depends on your
viewing requirements, and on the properties of your network. Setting the preferred
method(s) is done in webpage.
RTP+RTSP
This method (actually RTP over UDP and RTSP over TCP) should be your first
consideration for live video, especially when it is important to always have an up-to-
date video stream, even if some images are lost due to network problems. This could
be configured as multicast or unicast.
RTP/RTSP/Multicasting (Will be supported) provides the most efficient usage of
bandwidth, especially when there are large numbers of clients viewing
simultaneously. Note however, that a multicast broadcast could not pass a network
router unless the router is configured to allow this. For example, It is impossible to
multicast over the Internet.

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RTP/RTSP/Unicasting should be used for video-on-demand broadcasting, so that
there is no video traffic on the network until a client connects and requests the
stream. However, as more and more unicast clients get connected, the traffic on the
network will increase and may cause congestion. Although there is a maximum of 10
unicast viewers, note that all multicast users combined count as 1 unicast viewer.
RTP/RTSP
This unicast method is RTP tunneled over RTSP. This could be used to exploit the
fact that it is relatively simple to configure firewalls to allow RTSP traffic.
3. The Setup
The GANZ PixelPro is configured from the Setup link, which is available on the top
left hand side in the web interface. This configuration could be done by:
• Administrators, who have unrestricted access to all settings under the Setup tab.
Accessing the Setup link from a browser
1. Start your web browser and enter the IP address or host name of the camera into
the address bar.
2. The Live View page is now displayed. Click on the Setup tap.

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4. Analog output
4.1 Analog Output Setup
Analog output allows selection of output format of the analog BNC output from
the camera. NTSC, PAL: Analog Output is selectable.
5. Video
The following descriptions show examples of some of the features available in the
GANZ PixelPro.
5.1 Codec
These are the tools for adjusting the H.264 settings and controlling the video bit rate.

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H.264
This is a video compression standard that makes good use of bandwidth and which could
provide high-quality video streams at less than 1 Mbit/s.
The H.264 standard provides scope for a large range of different coding tools for use by
various applications in different situations, and the GANZ PixelPro provides certain subsets
of these tools.
Using H.264, it is also possible to control the bit rate, which in turn allows the amount of
bandwidth usage to be controlled. CBR (Constant Bit Rate) is used to achieve a specific bit
rate by varying the quality of the H.264 stream. While using VBR (Variable Bit Rate), the
quality of the video stream is kept as constant as possible, at the cost of a varying bit rate.
Motion JPEG
This format uses standard JPEG still images in the video stream. These images then
are displayed and updated at a rate sufficient to create a stream that shows
constantly updated motion.
The Motion JPEG stream uses considerable amounts of bandwidth, but also
provides excellent image quality and access to every individual image contained in
the stream.
Multiple clients accessing Motion JPEG streams could use different image settings.
Codec
H.264 / MJPEG
Size
Video output resolution. See the next page for the output resolution table.
Frame rate
1~30fps in normal mode (1~15fps for slow shutter mode)
Note: If the slow shutter mode is turned on and the low light condition is met, the
frame rate is automatically goes down. In this case, the frame is half of the
normal mode.
GOP Size
1 ~ 60 frames
Bit-rate control (CBR or VBR)
When using H.264 compression, if there is only limited bandwidth available, a
constant bit rate(CBR) is recommended, although this may compromise image
quality. Use a variable bit rate(VBR) for the best possibly image quality.
Average Bit-rate (512Kbps ~ 10Mbps)

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Recommended bit rate for D1: 800Kbps ~ 1Mbps
Recommended bit rate for 1.3M(720p): 3Mbps ~ 4Mbps
Recommended bit rate for 2.0M(1080p): 6Mbps ~ 8Mbps
Anti-Flicker mode (Flicker less mode)
60Hz:NTSC
50Hz:PAL or flicker-free mode(to use the camera in locations lit by fluorescent
lighting).
Video Mirroring
Select Video Mirroring mode NONE/ HORIZONTAL / VERTICAL / FLIP(H+V)
Bandwidth Limit
Limit the bandwidth that the GANZ PixelPro can use during a network connection.
Max Bandwidth
Specify the maximum bandwidth that the GANZ PixelPro can use during a network
connection.
< Output resolution table for PixelPro>
First Stream Second Stream
1920x1080 704x480 640x480 640x360 640x352 352x288 352x240 320x240 -
1280x1024 704x480 640x480 640x360 352x288 352x240 320x240 - -
1024x768 704x480 640x480 640x360 352x288 352x240 320x240 - -
1280x720 1280x720 704x576 704x480 640x480 640x360 352x288 352x240 320x240
704x576 704x576 640x480 640x360 352x288 - - - -
704x480 704x480 640x480 640x360 352x240 - - - -
640x480 640x480 320x240 - - - - - -
640x360 640x360 320x240 - - - - - -
352x288 352x288 - - - - - - -
352x240 352x240 - - - - - - -
320x240 320x240 - - - - - - -
5.2 Camera
This section allows you to adjust various camera settings.

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5.2.1 Exposure Control
Enable AE (Auto Exposure)
ON: Use this setting for automatic exposure control.
OFF: Use these settings to control camera exposure manually.
To compensate for poor lighting conditions, you can adjust the Color level,
Brightness, Sharpness, Contrast and Exposure control.
NOTE: When AE is enabled, some of the submenus (AGC Gain, e-Shutter Speed)
will be disabled.
Slow shutter mode
For low light conditions, turn on slow shutter mode.
Max AGC Gain
For low light conditions, adjust to a higher value, such as 30dB.
BLC Control (Back Light Compensation)
The BLC adjusts the exposure of scenes with strong backlight in the center-bottom
of the image. When the image background is too bright, or the subject too dark,

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backlight compensation makes the subject appear clearer. The settings for low light
behavior determine how the camera behaves sat low light levels. These settings
affect video image quality and how much noise is in the images.
5.2.2 Day & Night Control
Day & Night Mode
Auto/Day/Night- If set to Auto, the camera will automatically switch according to the current
lighting conditions.
5.2.3 White Balance Control
WB Mode
ON:ATW (Automatic White balance)
OFF: MWB (Manual White balance)
The White balance adjustment setting is used to make the colors in the image
appear consistent, compensating for the different colors present in different light
sources.
The GANZ PixelPro camera can be set to automatically identify the light source and
compensate for its color temperature. If necessary, the type of light source could be
set manually..
5.2.4 Image Property Control
Modify the video signal parameters, such as: Brightness, Sharpness, Contrast, and
Color.
Sharpness (Default: 8, Range: 1~15)
Brightness (Default: 15, Range: 0~30)
Contrast (Default: 15, Range: 0~30)
Color (Default: 15, Range: 0~30)
5.2.5 Lens Adjustment
Adjust the lens (Zoom, Focus & Iris) from this window.
One Push Focus : Camera will automatically adjust the focus.
Default : Back to original factory default position.

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6. Audio
The GANZ PixelPro camera could transmit audio to other clients, using a connected
external microphone and could play audio received from other clients via connected
speakers. This section describes how to configure the basic audio settings for the GANZ
PixelPro camera, such as setting the communication mode, adjusting the sound levels in
the microphone and speakers connected to the camera.
Note: The speakers connected to the audio output must have a built-in amplifier,
such as PC speakers.
Audio
ON/OFF : Check this to enable audio in the PixelPro camera.
Codec
G.711 u-law
MIC Volume
Speaker Volume
Adjust the MIC and Speaker Volume .
Audio Input
Audio from a connected a line source could be connected to the Audio in connector
of the GANZ PixelPro camera. If there are problems with the sound input being too
low or high, adjust the input gain for the microphone connected to the GANZ
PixelPro camera.

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7. Live
GANZ PixelPro could support 10 simultaneous users. In case of multicast, GANZ
PixelPro could support unlimited number of users. If supported on the network,
consider using multicasting, as the bandwidth consumption will be much lower.
Viewer Setup
LiveView Protocol
RTP Unicast (UDP) / RTP Multicast (UDP) / RTP over RTSP (TCP)
Buffering Time (frame based)
Determines (0 ~ 90) x 1/30 sec (0 ~ 3sec)
Viewer OSD Setup
Date : Determines whether the date is displayed.
Resolution : Determines whether the camera title is displayed.
Event State : Determines whether the event state is shown on display window.

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8. FTP
8.1 FTP > Config
Server Configuration (This function is N/A on this model)
External Server Configuration
It is setting page to transmit the still shot to remote sites, using the FTP server.
Specify the external FTP server information such as IP address, port number,
Username and password.
Note :
When the first stream is set to 1920x1080, please set the 2nd stream to MJPEG
or H.264 with resolution less than 352x288. If 2nd stream is set to H.264
greater than 640x352, 30fps streaming is not guaranteed due to performance
limitation.
8.2 FTP > Event

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Event FTP Sending
It enables FTP transmission triggered by event.
Directory : This folder will be created into external FTP server automatically.
File Prefix : The file name will start from this prefix.
Mapping : You can specify event mapping for Event FTP.
Effective Period : You can specify “Always” or “Schedule”
8.3 FTP > Periodical
Periodical FTP Sending
It enables FTP transmission periodically.
Directory : This folder will be created into external FTP server automatically.
File Prefix : The file name will start from this prefix.
Interval : You can specify interval time for uploading to FTP.
Effective Period : You can specify “Always” or “Schedule”