34AXIS 221 - System Options
Network - SOCKS
SOCKS is a network proxy protocol. The camera can be configured to use a SOCKS server to reach networks on the other side of a firewall/proxy server. This functionality is useful if the camera is located on a local network behind a firewall, but notifications, uploads, alarms, etc., need to be sent to a destination outside the local network (e.g. to the Internet).
Network - SMTP (email)
Enter the host names or addresses for your primary and secondary mail servers in the fields provided, to enable the sending of event and error email messages from the camera to predefined addresses via SMTP.
Network - SNMP
The Simple Network Management Protocol (SNMP) allows the remote management of network devices. Select the version of SNMP to use, depending on the level of security required. HTTPS should be enabled when setting the password for SNMPv3.
Network - UPnP
The camera includes support for UPnP, which is enabled by default. If also enabled on your computer, the camera will automatically be detected and a new icon will be added to “My Network Places.”
Note: UPnP must also be enabled on your Windows XP or ME computer. To do this, open the Control Panel from the Start Menu and select Add/Remove Programs. Select Add/Remove Windows Components and open the Networking Services section. Click Details and then select UPnP as the service to add.
Network - RTP (multicast)
Multicast must be enabled for these settings to take effect. The settings are only valid when
Only IP addresses within certain ranges can be used for multicasting. The camera has been
Notes: •The viewers do not need to know this IP address or port number, only the main IP address or host name used for accessing the camera.
•Setting the video port number to 0 means a random port number will be used.
If IP packets (i.e. data) fail to be delivered to their destination within a reasonable length of time the number entered in the Time to live field tells the network routers when to discard the packet. The value is usually measured in 'hops', i.e. the number of network routers that can be passed before the packet arrives at its destination or is dropped.