Network Camera User’s Guide

IP address, Subnet mask, Default gateway, Primary DNS, Secondary DNS:

If you turn DHCP OFF, then you need to enter those network parameters by yourself.

Note: User need to reboot the Network Camera to make this setting to take effect.

HTTP Port 1:

Users could assign the port number of http protocol, and the WAN users should follow the port number to login. If the http port1 is not assigned as 80, users have to add the port number in back of IP address. For example: http://211.223.36.58:12000. If the http port1 is assigned as 80, users do not have to add the port number in the back of IP address.

HTTP Port 2:

The function is the same as http port 1. It’s the second choice of the port number.

Current implementation supports 2 HTTP port setting, the Http port 1 set to 80, the Http port 2 is not defined. The user can access the IPCam by

http://xx.xx.xx.xx/, or

http://xx.xx.xx.xx:xxxx/ to access the IPCam.

Suggest keeping the Http port 1 as 80 to make sure the IPCam can be accessed by the default HTTP port setting access on the LAN. http://xx.xx.xx.xx/

If multiple IPCams are installed on the LAN, also required to be accessed from the WAN, then the Http port 2 can be changed as the virtual server port mapping to support multiple IPCams.

Note: If you just want to reboot system without change anything. You could click SAVE button directly, then system will reboot again without any setting changed.

IP Finder:

User can use IPCam Finder software program to find Network Cameras on the LAN. User also can set related parameters of Network Camera by IPCam Finder. However if administrator does not allow related parameters to be modified by IPCam Finder, then disable this option.

DDNS:

DDNS: Stands for Dynamic Domain Name Server

The Network Camera supports DDNS. DDNS allows the Network Camera to use an easier way to remember naming format rather than an IP address. The name of the domain is like the name of a person, and the IP address is like his phone number. On the Internet we have IP numbers for each host (computer, server, router, and so on),

28/83

Page 27 Page 29
Page 28
Image 28
Veo Infra-Red manual Http Port, IP Finder
Page 27 Page 29

Infra-Red specifications

Veo Infra-Red is an innovative technology that harnesses infrared radiation to enhance various applications ranging from security and surveillance to heating and medical devices. This advanced system capitalizes on the principles of thermodynamics and light absorption, making it a versatile solution in today's tech-driven landscape.

One of the main features of Veo Infra-Red is its ability to provide clear imaging even in low-light or no-light environments. The technology detects heat emitted by objects and individuals, converting it into visual representations that can be monitored or recorded. This capability is crucial for security applications, where visibility is often compromised after dark. Veo Infra-Red cameras are equipped with advanced sensors that deliver high-resolution images, enabling operators to analyze situations effectively.

Another significant characteristic of Veo Infra-Red is its energy efficiency. The technology is designed to consume minimal power while delivering maximum performance. This makes it not only cost-effective but also environmentally friendly, as it reduces the carbon footprint associated with energy consumption. Infrared heaters, for instance, are known for their rapid heat-up times and the ability to warm specific areas rather than the entire room, promoting efficient energy usage.

Veo Infra-Red also incorporates cutting-edge technologies such as digital signal processing and advanced algorithms for noise reduction. These innovations improve the quality of the images captured in challenging conditions, ensuring that users receive reliable data regardless of environmental interference. The integration of artificial intelligence further enhances this technology, allowing for real-time analysis and adaptive responses to changing scenarios, particularly in security systems.

In medical applications, Veo Infra-Red plays a crucial role in non-invasive temperature monitoring and diagnostics. Health professionals utilize infrared cameras to detect fevers or assess skin conditions, providing quick and accurate evaluations without the need for direct contact.

Overall, Veo Infra-Red technology stands out due to its versatility, efficiency, and reliability. Its continuous advancements pave the way for numerous applications across different sectors, making it an essential component in modern-day solutions. As industries evolve and demand for innovative technologies grows, Veo Infra-Red is poised to play an even more integral role in enhancing safety, comfort, and medical care.
Top Page Image Contents