User Manual
Table Of Contents
- Chapter 1 Basic Operation
- Chapter 2 Camera Settings
- Chapter 3 Live View
- Chapter 4 Recording and Playback
- 4.1 Recording
- 4.1.1 Configure Recording Parameters
- 4.1.2 Enable the H.265 Stream Access
- 4.1.3 ANR
- 4.1.4 Manual Recording
- 4.1.5 Configure Plan Recording
- 4.1.6 Configure Continuous Recording
- 4.1.7 Configure Motion Detection Triggered Recording
- 4.1.8 Configure Event Triggered Recording
- 4.1.9 Configure Alarm Triggered Recording
- 4.1.10 Configure Picture Capture
- 4.1.11 Configure Holiday Recording
- 4.1.12 Configure Redundant Recording and Capture
- 4.2 Playback
- 4.3 Playback Operations
- 4.1 Recording
- Chapter 5 Event
- 5.1 Normal Event Alarm
- 5.2 VCA Event Alarm
- 5.2.1 Temperature Screening
- 5.2.2 Loitering Detection
- 5.2.3 People Gathering Detection
- 5.2.4 Fast Moving Detection
- 5.2.5 Parking Detection
- 5.2.6 Unattended Baggage Detection
- 5.2.7 Object Removal Detection
- 5.2.8 Audio Exception Detection
- 5.2.9 Defocus Detection
- 5.2.10 Sudden Scene Change Detection
- 5.2.11 PIR Alarm
- 5.2.12 Thermal Camera Detection
- 5.2.13 Configure Queue Management
- 5.3 Configure Arming Schedule
- 5.4 Configure Linkage Actions
- Chapter 6 Smart Analysis
- 6.1 Engine Configuration
- 6.2 Task Configuration
- 6.3 Face Picture Comparison
- 6.4 Perimeter Protection
- 6.5 Human Body Detection
- 6.6 Multi-Target-Type Detection
- 6.7 Vehicle Detection
- 6.8 Target Detection
- 6.9 People Counting
- 6.10 Heat Map
- Chapter 7 File Management
- Chapter 8 Storage
- Chapter 9 POS Configuration
- Chapter 10 Hot Spare Recorder Backup
- Chapter 11 Network Settings
- Chapter 12 User Management and Security
- Chapter 13 System Management
- Chapter 14 Appendix
- 14.1 Glossary
- 14.2 Communication Matrix
- 14.3 Device Command
- 14.4 Frequently Asked Questions
- 14.4.1 Why is there a part of channels displaying “No Resource” or turning black screen in multi-screen of live view?
- 14.4.2 Why is the video recorder notifying not support the stream type?
- 14.4.3 Why is the video recorder notifying risky password after adding network camera?
- 14.4.4 How to improve the playback image quality?
- 14.4.5 How to confirm the video recorder is using H.265 to record video?
- 14.4.6 Why is the timeline at playback not constant?
- 14.4.7 When adding network camera, the video recorder notifies network is unreachable.
- 14.4.8 Why is the IP address of network camera being changed automatically?
- 14.4.9 Why is the video recorder notifying IP conflict?
- 14.4.10 Why is image getting stuck when the video recorder is playing back by single or multi-channel cameras?
- 14.4.11 Why does my video recorder make a beeping sound after booting?
- 14.4.12 Why is there no recorded video after setting the motion detection?
- 14.4.13 Why is the sound quality not good in recording video?
Network Video Recorder User Manual
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With a remote alarm host configured, the device will send the alarm event or exception
message to the host when an alarm is triggered. The remote alarm host must have the client
management system (CMS) software installed.The alarm host IP refers to the IP address of
the remote PC on which the CMS software (e.g., iVMS-4200) is installed, and the alarm host
port (7200 by default) must be the same as the alarm monitoring port configured in the
software.
Server Port
Server port (8000 by default) should be configured for remote client software access and its
valid range is 2000 to 65535.
HTTP Port
HTTP port (80 by default) should be configured for remote Web browser access.
Multicast IP
Multicast can be configured to enable Live View for cameras that exceed the maximum
number allowed through network. A multicast IP address covers Class-D IP ranging from
224.0.0.0 to 239.255.255.255 and it is recommended to use an IP address ranging from
239.252.0.0 to 239.255.255.255. When adding a device to the CMS software, the multicast
address must be the same as that of the device.
RTSP Port
RTSP (Real Time Streaming Protocol) is a network control protocol designed to control
streaming media servers. The port is 554 by default.
Enhanced SDK Service Port
The enhanced SDK service adopts TLS protocol over the SDK service that provides safer data
transmission. The port is 8443 by default.
3. Click Apply.
11.7 Configure ONVIF
ONVIF protocol allows the connection with third-party cameras. The added user accounts have the
permission to connect other devices via ONVIF protocol.
Steps
1. Go to System → System Service → ONVIF.
2. Check Enable ONVIF to enable the ONVIF access management.
Note
ONVIF protocol is disabled by default.
3. Click Add.
4. Enter User Name, and Password