Acumen Camera IP Speed Dome Series AiPI14D03N2B User Manual

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Preset Go 
To have the camera move to a specified Preset position, please select the Preset Point from the drop-down Preset Point list. Then the camera shall readily move to the target position. 
 
Chapter 3-6-2 PTZ Advanced Settings 
3-6-2.1 Lens Advance 
Lens Advance Setting Menu can be found under this path: PTZ> PTZ Advance> Lens Advance 
In the Lens Advance Setup Menu, users can set various Lens parameters including Focus, Focus 
Sensitivity, Digital Zoom, Zoom Speed and Focus Speed. Each setting is specified as follows: 
 Focus 
Auto focus at PTZ or auto focus only at zoom operations 
Focus Sensitivity Focus sensitivity (Low:0 ~ High:6) 
Digital Zoom 
Enable digital zoom feature after optical zoom. 
Zoom Speed 
Zoom speed adjustment 
Focus Speed Focus speed adjustment 
 
 
 
 
 
 
       
1.3MP IP PTZ Interface  
						

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3-6-2.2 Pan-Tilt Setup 
Pan-Tilt Setting Menu can be found under this path: PTZ> PTZ Advance> Pan-Tilt Setup 
In the Pan-Tilt Setup Menu, users can set various Pan-Tilt parameters including Home Position, 
Self Return Time, Self Return Mode and Auto Mode. Each setting is specified as follows: 
 
Home Position Specify home position for one of the presets.  
Self Return Time 
User Define if IP Speed Dome idles for a period of time, the selected function will be activated automatically. 
Self Return Mode 
Return to home position at home position, auto scan mode, tour mode, or patrol mode. Users are able to set an 
operation mode to ensure constant monitoring. If the IP Speed Dome Camera idles for a period of time, the selected function will be activated automatically; this is the Return Mode function. The Return Mode function 
allows constant and accurate monitoring to avoid the Dome Camera idling or missing events. 
Auto Mode Specify auto scan mode, tour or patrol for auto Pan mode. 
 
 
3-6-2.3 Auto Scan Setup 
Auto Scan Programming can be found under this path: PTZ> PTZ Advance> Auto Scan Setup 
The IP Speed Dome Camera supports up to Four Auto Scan Paths. Please follow the instructions 
below for Auto Scan Path setup. 
 
Auto Scan Setting 
To setup a Auto Scan Path, please first select a path number from the drop-down list. Then move the cursor to the PTZ control pane, and move the camera to a desired view (PTZ controls) as the start point of a Auto Scan 
Path. Click on the  button of < Start Position > and start programming the Auto Scan Path via PTZ 
controls. When finishing programming, click on the  button of  to quit. Then this Auto Scan Path will be automatically recorded. Subsequently, assign a Dwell Time and Active Speed for the current 
position from the drop-down Dwell List and Speed List. 
 
 
3-6-2.4 Tour Setup 
The Tour Path Programming can be found under this path: PTZ> PTZ Advance> Tour Setup  
						

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The IP Speed Dome Camera supports totally four Tour Path; each Tour Path consists of up to 32 
Preset Points. Please refer to the instructions below to program a Tour table. 
 
NOTE: Before setting this function, users must pre-define at least two Preset Points. 
 
Tour Path Setting 
 Tour Path 
Please select the number of Tour Path to be set from the drop-down list in the top of the Tour Setup menu.  Sequential Preset Points Setting 
Please setup each Preset Point of the programmed Tour Path in order, assigning a Preset Point from the  
list for the specified number of Preset Point. Finally, Click on the  button to save the settings mentioned above. 
 
 
3-6-2.5 Patrol Setup  
The Patrol Path Programming can be found under this path: PTZ> PTZ Advance> Patrol Setup 
The IP Speed Dome Camera supports up to four Patrol Paths. Please follow the instructions below 
for Patrol Path setup. 
 
Patrol Path Setting 
To setup a Patrol Path, please first select a path number from the drop-down list. Then move the cursor to the PTZ control pane, and move the camera to a desired view (PTZ controls) as the start point of a Patrol Path. Click on the 
 button to start record and start programming the Cruise Path via PTZ control. When finishing programming, 
click on the  button to quit. Then this Cruise Path will be automatically recorded. 
 Chapter 3-6-3 PTZ Schedule Settings 
To setup PTZ scheduling, please select PTZ schedule link.    Use the mouse select on the radio 
button of the preset types, None, Autopan, Preset #1, Preset #2, Preset #3, and Preset #4. 
Click on the hour of the calendar control to configure the preset action.  
						

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Chapter 3-7 SD Card Recording 
To record video on SD Card, please insert SD card into the SD card slot.    Enable SD card recording 
feature.    The IP camera can start to record video into the SD card. 
 
Chapter 3-7-1. SD Card Recording Setting 
For SD card recording setting, please see the following for detail. 
 
  
To un-mount the SD card, please click “un-mount SD Card” button.    It might crash the file system of 
the SD card, if a user does not un-mount the SD card properly. 
 SD Recording: Enable SD card recording. 
 Alarm/Motion Triggering: Digital input and 
motion detection SD card recording.  
 Recording Time: Post alarm recording time. 
 Continuous: Continuous recording mode 
 No Network Activity: If there is no network connection, perform SD recording. 
 Recording Format: Recording resolution 
 SD System Status: SD Linux mounting status. 
 SD Card State: SD card inserting status 
 SD Card Capacity: SD card total capacity 
 SD Card Free Space: SD card free space 
 Mount: Manually mount SD card. 
 Un-mount: Manually un-mount SD card. 
  
						

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Chapter 3-8 Alarm Settings 
H.264 D1 video server or IP PTZ 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 3-8-1 Motion/Alarm Setup 
There are motion detection zones allowed in the H.264 D1 video server or IP PTZ camera.    A user 
can enable the detection zones with different sensitivities ranging from 1 to 99 (highest to lowest) for 
motion detection.    Once a suspicious motion activity gets triggered, H.264 D1 video server or IP PTZ 
camera can start to capture one JPEG snapshot on various recording mediums. 
 
Chapter 3-8-2 Alarm (DI) Input Detection 
 Alarm Notification—Enable alarm notification. 
 Alarm Input Mode—Normal open/normal close for detecting alarm input 
 Alarm Output Time—Trigger alarm output based on the dwell. 
 
For video encoder model, since there are two alarm outputs, a user can specify alarm output time. 
 
Chapter 3-8-3 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.  
						

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Chapter 3-8-4 Audio Detection 
For audio model, the IP camera has audio detector detecting acoustic level.    If the volume exceeds 
the audio sensitivity value, audio detector triggers an alarm for notification.        
 
 
Chapter 3-9. Audio Setting 
Audio setting is based on the following:  
 
 MIC Volume: MIC or line input volume 
 Audio Input Mode: Choose MIC input or Line input. 
 Audio Input Gain: Voice input gain magnification  Audio Output Volume: Line output volume 
adjustment 
 Audio Coding Type: G.711 u-Law  Sample Rate: Audio sample rate 
 Bit Rate: Audio bit rate. 
  
						

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Appendix  
Advance Network DDNS and PPPoE Technologies 
The advantage of using DDNS and PPPoE is to save the cost 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.    This is the address needed to access the video server over Internet.   
When ISP re-assigns a new IP address to H.264 AVC IP camera, H.264 AVC IP camera notifies 
DDNS service.    A remote PC can access H.264 AVC IP camera by typing domain name in a 
browser.   The domain name gets resolved by DDNS service and gets translated to its dynamic 
global IP address.    The dynamic global IP address can now be accessed by the remote PC. 
 
 
  
 
  
 
  
 
  
 
 
 
Advance Network Port Forwarding Technology 
 Port forwarding technology is an advanced network technology which is widely used for using one 
global IP shared by many network devices.    The network architecture is illustrated as below.    Port 
80 of the router (192.168.0.10) 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.    When Remote PC accesses the router’s 
port 86 (122.116.191.129), it eventually accesses the video server at 192.168.0.11.   
 
 
 
 
 
 
 
 
iPhone Access 
To use Live Cams Pro (Eggman Technologies Inc.) for AI IP cameras.  
Please  use  your  iPhone  and  select  AppStore  for  download Live  Cams  Pro application  developed  by 
Eggman Technologies Inc.  
Router’s global IP: 122.116.191.129 Port 80: 192.168.0.10 
Port 81: 192.168.0.11 
 
http://122.116.191.129:86 
Internet 
IP: 192.168.0.10 IP: 192.168.0.11 
DDNS Server 
3.    ISP assigns global IP to IP 
CAMERA 
Internet 
4.   Access IP CAMERA using the 
dynamic global IP address. 
 
ISP 
Remote PC 
5. Resolve domain name to IP       address and sent back to 
remote PC. 
1. Get IP address from ISP after reboot. 2. Notify DDNS server for the new IP address if 
SPEED DOME CAMERA gets reboot or assigned a 
new IP address. 
  
						

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Execute Live Cams Pro application. Please click on “Add Camera” button on your phone while using 
Live Cams Pro. Task bar gets prompted as below:  
Please selection one of the following drivers for cameras: Profile 1: H.264 HD or D1 IP camera.            
Android Access: 
Please use your Android phone and select Android Market for downloading IP Cam Viewer/IP Cam 
Viewer Lite application developed by Robert Chou. 
 
Execute IP Cam Viewer/IP Cam Viewer Lite application. Please click on Setup button on your phone 
while using IP Cam Viewer/IP Cam Viewer Lite. Task bar gets prompted as below: 
 
Please click on Manage Cameras button. A list of camera names shows on the screen. Please select 
one of the cameras and click on Edit button.  
     
						

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“Add/Edit IP Camera” dialog box gets prompted for editing an IP camera or a DVR. 
 
In “Add/Edit IP Camera” dialog box, please enter the following information:  
 
1. Name: Name of the IP camera or DVR’s camera 
2. Category: Please select AI. 
3. Type: Select device type,  AI D1/ AI HD/ AI DVR. 
4. IP Address: Please type IP address, for example http://122.116.191.129:86 where 86 is the 
port number. 
5. Provide username and password information. For IP camera, the default username and 
password are “admin” and “pass”. For DVR, the default username and password are “admin” 
and “1111”. 
 
Once above information is entered, please click “Save” button. You are able to see live video of the IP 
camera or DVR’s camera. 
 
Emergency Factory Default 
To restore the server to factory default settings, please: 
  
1. Hold Load Default Button or short Reset Cable for 10 seconds, then release the button or 
Reset Cable. 
2. After about 40 seconds, the network LED light is off, and then it becomes lit again. 
3. This camera has completed the factory default setting, and it reboots. 
4. Use IPScan scanning for the IP address of the IP device. 
5. Launch Internet browser for the IP address of the IP device. 
6. Type default username “admin” and password “pass” for enter web interface of the IP device. 
 
SD Card Compatibility List 
Manufacturer Size SDHC/SDSC 
Sandisk 16GB SDHC 
Sandisk 8GB SDHC 
Transcend 8GB SDHC 
Transcend 4GB SDHC 
Sandisk 32GB SDHC  
						

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Specification 
 Design and specification are subject to change without further notice. 
 
Network Function 
Video compression H.264, Motion JPEG 
Resolution SXGA(1280 x 1024), D1(720 x 480), CIF(352 x 240) 
Frame rate H.264 : 30 FPS at SXGA(1280 x 1024) 
Motion JPEG : 30 FPS at D1(720 x 480 ) 
Video streaming RTP/HTTP, RTP/TCP, RTP/UDP 
Video bitrate 
128Kbps ~ 5Mbps 
Frame rate and bitrate controllable on-the-fly 
VBR / CBR / GOP supported 
Security 
Base64 HTTP encryption 
Multiple user access levels with password protection 
10 user accounts available 
Users 8 simultaneous users 
OSD Text overlay for date, time, and camera name 
Alarm Function Image upload over FTP and E-mail by alarm / motion detection 
CPU, memory Embedded SoC ARM11, 528MHz, 256MB DDR2, 256MB flash memory 
Web PTZ control Pan , tilt , zoom in / out , absolute position, and video-click-n-move 
PTZ preset scheduling Yes, via web interface 
Maintenance Firmware update via HTTP 
Firmware available at web site 
Network Interface 10Mbps/ 100Mbps, RJ-45 
Client PC requirement 
OS : Windows 2000 , Windows XP , Windows Vista, Windows 7 
Browser : Windows Internet Explorer 6, 7, 8 
CPU : Intel Pentium 4 1.8GHz or above 
RAM : 1GB or above, Independent Display Card 
Network protocols IP,  TCP,  UDP, HTTP,  SMTP,  NTP,  DDNS,  UPnP,  FTP,  ARP,  DHCP,  PPPoE,  DNS, RTSP, RTCP, Telnet, ONVIF 
Mobile phone and PDA iPhone, iPad, and Android support 
System integration ONVIF及AI HTTPAPI 
AIM AIM HD 2.6 support 
Video display AI Universal ActiveX & AI Java Applet 
OS Embedded Linux 2.6.32 
Two-way Audio G.711