Black Box Remote IP Power Reboot Switch - 1-Port

• Capacity (Maximum): 12 amps at 105-125 VAC; 10 amps at 210-240 VAC
• CE Approval Yes
• Power: 105-240 VAC, 50-60 Hz, autosensing
• Software Requirements: Netscape Navigator® 3.0 or higher; Internet Explorer 3.0 or higher
• Indicators: (3) LEDs: (2) Link, (1) Power

• Features Caller IP, which provides IP address filtering to ensure only authorized users access the switch.
• Password protection for security.
• Has a built-in Ethernet hub.
• Connects to any 10/100BASE-T network.

You don't have to hit the road just to reboot remote devices - use the Network Power Switch Jr. to reboot remote devices or to switch remote devices on or off. The switch connects to your network and features a built-in Web server so you can control it remotely through any Web browser. Although it's connected to your network, the Network Power Switch Jr. can reboot any AC-powered devices on or off your network.

Plus, it's easy to use. Just type the switch's IP address into your Web browser, enter your password, and you have control of the power to the connected device. Because the Network Power Switch Jr. is password-protected, only authorized users can get access to your devices. What's more, its Caller IP feature provides IP address filtering to ensure only authorized users access the switch.

The Network Power Switch Jr. uses international standard IEC 320 connections and is selectable for 115 or 230 VAC. You can use it with circuits of up to 12 amps (10 amps at 230 VAC).

The autoPING feature enables the Network Power Switch Jr. to monitor any IP device on your network and reboot the device automatically if it goes down.

Imagine the possibilities.
Use the Network Power Switch Jr. to control the power to any device - even devices not connected to your network. For instance, you can:

• Reboot crashed servers. With the autoPING feature enabled, the switch even reboots crashed servers automatically without intervention.
• Security-sensitive servers can be kept powered down when not in use - hackers can't find a server that's not up and running.
• Power down unused equipment for energy savings.
• Startup emergency systems such as backup lighting.