IMPORTANT SAFEGUARDS 1. Read Instructions All the safety and operating instructions should be read before the unit is operated. 2. Retain Instructions The safety and operating instructions should be retained for future reference. 3. Head Warnings All warnings on the unit and in the operating instructions should be adhered to. 4.
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Caution Do not drop or strike this equipment. Do not install the equipment near any naked flames or heat sources Do not expose this unit ot rain, moisture, smoke or dust environment. Do not cover the opening of the cabinet with cloth and plastic or to install this unit in poor ventilated places.
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Chapter 1. Part Description & Dimension 82.55 SUN SHIELD TOP COVER BOTTOM CHASSIS 211.5 BRACKET PAN ADJUSTMENT SCREW Unit : mm TILT ADJUSTMENT SCREW WINDOW SENSOR CAP Chapter 2. Installation 1. Take out the bracket from the box first. Put the power cable, RJ-45 network cable and video cable through the bracket and then fix it ot the wall (FIG.1 &...
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2. Secondly, take out the camera body and open the top cover with screw driver (FIG.3) F I G . 3 3. Put the power cable, RJ-45 network cable and video cable through the bracket rubble first and then go through the bottom of camera body (FIG.4). Plug and fix the power cable to the terminal, plug the RJ-45 network cable to RJ-45 LAN connector, and plug the video cable to output of the camera (FIG.5).
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5. Loosen the pan and tilt adjustment screw on the bracket to turn the camera body to the desired angle and then tighten the screws (FIG.7) F I G . 7 6. First, adjust the lens on focus and zoom to form the optimal video image after that tighten the screws.
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Chapter 8-2. IP System Video Compression H.264/AVC Main Profile, Level 3 (I/P/B frames), Motion JPEG Full D1: 720x480 (NTSC) / 720 x 576 (PAL) Resolution CIF: 352 x 240 (NTSC) / 352 x 288 (PAL) H.264: up to 30/25 FPS at full D1 resolution Frame Rate JPEG: 1 FPS at CIF Simultaneous Motion JPEG and H.264 AVC Main Profile...
Executive Summary The video compression engine of the H.264 AVC (Advanced Video Coding) IP camera provides high video quality, full D1 resolution, bandwidth efficiency, and real-time streaming. The cutting edge of H.264 AVC main profile encoding technology can provide better compression rate and superior video quality at 56 Kbps to 3 Mbps bit rate.
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Trademark Acknowledgments Microsoft, Windows 2000, Windows XP, Windows Vista, ActiveX, and Internet Explorer are registered trademarks of Microsoft Corporation in the U.S. and/or other countries. Java and all Java-based trademarks and logos are trademarks or registered trademarks of Sun Microsystems, Inc. in the United States and other countries.
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Caution Do not drop or strike this equipment Do not install the equipment near any naked flames or heat sources Do not expose this unit to rain, moisture, smoke or dust environment Do not cover the opening of the cabinet with cloth and plastic or to install this unit in poor ventilated places.
Table of Content Chapter 1 System Overview ................6 Chapter 2 Before Access IP Camera ............. 8 Chapter 2-1 DIP Switch Settings ..............8 Chapter 2-2 Configure IP Address Using IPScan Utility....... 8 Chapter 2-3 Configure IP Address Using HTML Page......... 9 Chapter 2-4 Internet Browser Setting &...
Chapter 1 System Overview Chapter 1-1 System Requirements The IP Camera’s H.264 AVC video compression technology can provide high compression rate and superior video quality. However, the performance highly depends on both CPU computational power of a client PC and the network bandwidth for transmitting video streaming. The following sections specify system requirement for running H.264 AVC: Chapter 1-2 Number of Video Clients Allowed Running on a PC If bandwidth is sufficient, number of H.264 AVC software decoder for...
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Chapter 1-4 Software Requirements Third party software components are required for web interface. When you first time login the IP camera using Internet Explorer, it prompts for a security warning dialog box for downloading VLC Plugin if your computer connects to the Internet. Please click on Install button to download. You can also visit our company web site at Support->Software->VLC H.264 Software Decoder for download.
Chapter 2 Before Access IP Camera Before accessing the IP camera, make sure that camera’s analog BNC output, RJ-45 network cable, audio cable, and IP camera’s power cable are properly installed. For setup IP address, please consult your network administrator for available IP addresses. The default IP address of IP camera is 192.168.0.200.
Note: Make sure that IPScan is version 1.0.0.17 or above to support H.264 AVC IP camera Chapter 2-3 Configure IP Address Using HTML Page To change IP address using HTML page, please first type the default IP address, 192.168.0.200 in Internet browser and follow steps below: Logon H.264 AVC IP camera using default username and password—“admin”...
Chapter 2-4 Internet Browser Setting & Software Component Required Make sure that your Internet Browser allows signed ActiveX plug-in running on your PC. Set “Download Signed ActiveX plug-in controls” to “Prompt” and “Run ActiveX control and plug-in” to “Enable” at Internet Explore->Tools->Options->Security Settings.
Chapter 2-5 Login There are two levels of user authentication including administrator and guest for accessing the H.264 AVC IP camera. The default settings of username and password are described as follows: Administrator Guest Username admin guest Password pass guest To logon the H.264 AVC IP camera, please type username and password in logon HTML page and click on Submit button to enter the system.
Chapter 3 Start Using H.264 AVC IP Camera Network Features After login H.264 AVC IP camera as administrator, there are two main features—system operation and configuration. Operation and configuration features are described as follows: Chapter 3-1 IP Camera Operational HTML Page H.264 AVC IP Fast Dome Series operational HTML page layout...
H.264 AVC IP Fast Dome Series operational HTML page layout 1. Video size, streaming, and snapshot— H.264 and JPEG streaming hyperlinks 2. Configure hyper link— Device configuration web pages 3. Status bar— Device name and timer 4. Video ActiveX Control— Video ActiveX control for displaying video streaming embedded inside an HTML page 5.
Auto Focus: Set the device to auto focus mode. OSD Enter: Enter PTZ device’s internal setting. OSD Esc: Exit PTZ device’s internal setting. Wide: Lens zoom out Tele: Lens zoom in Preset: Preset points recall Note: Please read PTZ’s instruction manual for OSD setting. Chapter 3-2-1 PT Mode There are four Pan and Tile Modes (PT) for users to operate the PTZ device.
PT mode with speed Lower speed (inner) Higher speed (outer) Pan mode at absolute position Absolute position Pan and tilt modes at absolute position Absolute position Tilt lens Chapter 3-2-2 Video-Click-N-Move To perform video-click-n-move, please use a computer mouse. Move mouse cursor pointing to the target object on top of VLC plugin (video area).
Chapter 3-2-3 Audio For IP Mini Dome series, to access audio, please click on Audio or Mute button. To turn audio‘s volume, please drag audio volume control. Chapter 3-3 Configuration H.264 AVC IP camera’s administrator can configure H.264 AVC IP camera via standard HTML web page.
Firmware Version Firmware update allows a user to upgrade H.264 AVC IP camera’s firmware remotely. A user can use firmware version to verify that if the device has the latest update. Device Name The device name can be used by IPScan utility to identify the H.264 AVC IP camera To change the device name, enter the name for H.264 AVC IP camera and click on Submit button.
Chapter 3-3-3 Timer H.264 AVC IP camera allows a user to change system timer via standard HTML web page. To change H.264 AVC IP camera’s system timer, please enter the date and time in the edit boxes. Click on Submit button to apply this operation.
Chapter 3-3-4 System Setting Load Default feature allows to load manufacturing default. There are certain critical settings such as IP addresses and video system which do not be affected by this operation. To reboot H.264 AVC IP camera, click on Reboot System hyper link.
Chapter 3-4-1 General Settings Network general settings are the basic settings connecting H.264 AVC IP camera to the network. The default IP Address of H.264 AVC IP camera is 192.168.0.200. A user can use this IP address to verify the network connection between a local PC and H.264 AVC IP camera using Internet Browser.
Chapter 3-4-2 DHCP Setting Router, gateway, or other software DHCP servers can dynamically assign an IP address to H.264 AVC IP camera. There is no need to configure IP address, subnet mask, and gateway. Since the DHCP may assign a different IP address to H.264 AVC IP camera after power off, a user can use IPScan utility to launch Internet browser for searching H.264 AVC IP camera.
Chapter 3-4-5 SMTP Service Alarm or motion notification feature can send an alarm or motion detection snapshot to an E-mail account. To enable alarm or motion sending E-mail feature, please setup the following email accounts. E-mail receiver setting E-mail address— E-mail address of the recipient E-mail sender setting E-mail address—...
Chapter 3-4-6 FTP Service Alarm or motion notification feature can send alarm or motion detection snapshot to an FTP account. To enable alarm or motion sending FTP feature, please setup the following FTP account information. FTP server IP/DNS— IP address or domain name of the FTP server Account—...
Note: DDNS feature requires Internet connection. Chapter 3-5 Video Settings This section describes the details in setting H.264 AVC video’s attributes. VBR/CBR, bit rate control, GOP (group of picture), video input, video resolution, entropy coding, and de-interlace settings can be configured. Chapter 3-5-1 Video General For transmitting H.264 AVC over low bandwidth network such as Internet, please set the bit rate close to network upload bandwidth.
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VBR/CBR: Variable bit rate/constant bit rate if limited frame size is required for an application, set this option to CBR Bit Rate: Maximum bit rate available for a network connection. H.264 AVC engine encodes video based on the bit rate setting Successive B frame: number of successive B frames Video standard: NTSC/PAL video system Output frame rate: H.264 AVC engine maximum throughput...
Chapter 3-5-2 Video Advanced There are three ways including HTTP, unicast, and multicast for transmitting H.264 AVC over a network. By default, please select HTTP for reliable network protocol. UDP unicast and multicast are for advanced use. There are programming required for UDP unicast and multicast. Default Streaming: HTTP over TCP/unicast over UDP unicast Unicast Start Port: Starting port number for a unicast H.264 AVC streaming...
Chapter 3-5-3 JPEG Encoding It is highly recommended to use JPEG encoding when asynchronous bandwidth networks are used. If H.264 AVC IP camera has to transmit video over very low bandwidth such as Internet and a high network bandwidth such as LAN, JPEG in CIF can be set as default for sending video for low bandwidth network.
Chapter 3-6-1 PTZ Advanced Settings For internal PTZ leans settings, information such as AGC mode, auto white balance, expose, flickerless, back light compensation, mirror, and reset camera to default can be configured. For detail setting, please refer to the Fast Dome’s user manual. Chapter 3-6-2 PTZ Schedule Settings To setup PTZ scheduling, please select PTZ schedule link.
Chapter 3-7 Alarm Settings H.264 AVC IP camera’s hardware alarm system contains motion detection, alarm sensors, and one alarm/relay output. Many alarm features such as motion/alarm email notification and FTP archiving can be found at this section. Chapter 3-7-1 Motion/Alarm Setup for PTZ There are motion detection zones allowed in H.264 AVC IP camera.
Chapter 3-7-2 Motion/Alarm Setup for Camera with Alarm Input • Alarm Notification—Enable PTZ alarm notification. • Alarm Input Mode—Normal open/normal close alarm input • Motion Detection—Enable motion detection notification. • Motion sensitivity—1 to 99 (highest to lowest). • Alarm/motion detection notification via—FTP or Email For video encoder model, since there are two alarm outputs, a user can specify alarm output time.
Chapter 3-7-3 Motion Area Once above information get set, please configure the motion area of the monitored environment. To configure motion area, perform mouse click on the video area.
Chapter 3-8 IR Cut Removable IR Cut removable allows to schedule IR activation by (1) auto, (2) in, (3) out, or (4) schedule. When the setting is set to "Auto", IR activation is determined by the light sensor. "In" setting means that the IR cut feature is removed. "Out" setting means that the IR cut feature is forced to be always on.
Chapter 3-10 SD Card Recording The SD card can record H.264 AVC video clips when alarm/motion triggered, continuous recording, or no network activity. To enable SD Recording feature, please set the option to On. The details are described as below: •...
Chapter 3-10-1 Download SD Card Recording The SD Card recordings can be downloaded via HTTP web interface. To download the file, simply click on the hyper link to download the file. To play the video clips, please use KMPlayer for playing the H.264 video files. Chapter 3-11 Audio Setting Audio coding types can be AAC/G.711.
Appendix Advance Network DDNS and PPPoE Technologies The advantage of using DDNS and PPPoE is to save the expense of IP address. H.264 AVC IP camera’s PPPoE service gets a dynamic global IP address after system reboot. This IP address may get changed periodically.
Advance Network Port Forwarding Technology Port forwarding technology is an advanced network technology which is wildly used for using one global IP shared by many network devices. The network architecture is illustrated as below. Port 80 of the router (61.220.86.166) is assigned to the device IP address, 192.168.0.10. Port 81 of the router is assigned to the device IP address, 192.168.0.11.
Note: GPIO #6 is revered for emergency factory default. Do not connect GPIO #6 for alarm notification purpose. Other Camera models and Video Encoder model with Load Default Button. To restore the server to factory default settings, please: 1. Hold Load Default Button for 10 second 2.
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H.264 AVC IP Fast Dome Series For more DIP switch settings for H.264 AVC IP Fast Dome, please refer to IP Fast Dome’s user manual for detail. [Indoor] Camera ID Switch RS-485 Protocol Switch Alarm Out Mode Switch [Outdoor] Camera ID Switch RS-485 Protocol Switch...
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H.264 AVC IR IP Fast Dome Series For more DIP switch settings for H.264 AVC IR Fast Dome, please refer to IP Fast Dome’s user manual for detail. RS-485 Protocol Switch Camera ID Switch H.264 AVC IP Fast Dome Series For more DIP switch settings for H.264 AVC Fast Dome, please refer to IP Fast Dome’s user manual for detail.
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For example, DIP switch of Camera/RS-485 ID is set to #2 for a fast dome. Please change the Camera ID to #2. Warning: H.264 AVC IP PTZ Camera uses MLP-2 protocol communicating its PTZ module. Warning: Combination use of both H.264 AVC IP PTZ Camera and Keyboard Controller, please set keyboard controller to ONE SHOOT (TRANSMISSION->ONE SHOOT)。.
Specification Hi-Res. IR/IP Vari-Focal Video Fast Dome Fast Dome Camera Encoder Video compression H.264/AVC Main Profile, Level 3 (I/P/B frames), Motion JPEG Full D1: 720 x 480 (NTSC) / 720 x 576 (PAL) Resolution CIF: 352 x 240 (NTSC) / 352 x 288 (PAL) H.264: up to 30/25 FPS at full D1 resolution Frame rate JPEG: 1 FPS at CIF...
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