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i. Real Time Prior: Recommended if the network is in good condition.
ii. Fluent Prior: Recommended if you want short time lag for live video.
iii. Ultra-low Delay: Recommended if you want the minimum time lag for live video.
b. Video Pixel Format
i. Set the video format for images on the PC client.
It is recommended to choose YUV420 if the graphic card of your PC supports it. RGB32 is only
supported by some low-version graphic cards.
c. Protocol
i. Set the protocol used to transmit media streams to be decoded by the PC.
B. Record and Snapshot
a. Recording
i. Subsection By Time: Duration of recorded video for each recording file on the computer. For
example, 2 minutes.
ii. Subsection By Size: Size of each recording file stored on the computer. For example, 5M.
b. When Storage Full
i. Overwrite Recording: When the assigned storage space on the computer is used up, the camera
deletes the existing recording files to make room for the new recording file.
ii. Stop Recording: When the assigned storage space on the computer is full, recording stops
automatically.
4. Click Save.
Network Configuration
TCP/IP
Modify communication settings such as the IP address for the camera so that the camera can communicate with other
devices.
NOTE:
After you have changed the IP address, you need to use the new IP address to log in.
The configurations of DNS (Domain Name System) server are applicable when the device is accessed by domain
name.
1. Click Setup > Network > TCP/IP.
2. Select Static IP from the IP Obtain Mode drop-
down list.
3. Enter the IP address, subnet mask, and default
gateway address. Make sure that the IP address of
the camera is unique in the network.
4. Click Save.
If a gatekeeper or firewall is used in the network, Universal Network Passport (UNP) can be used to interconnect the
network, and the UNP server will assign an IP address to the connected cameras.
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