Press DEL (or whichever key it says on the boot screen) as your computer starts to enter the BIOS setup.

(It's possible to do this if your host is connected wirelessly with some setups, but I won't be covering that in this guide.)

The requirements are that your host motherboard supports Wake On LAN (WOL) and you have a wired ethernet connection to your host. If the name cannot be resolved, the IP address displayed in the 'IP Address' column will be used.So here's a little how-to on managing your streaming host without touching it. If you choose this option - For every computer you wakeup, WakeMeOnLan will try to resolve the name of the computer/device ('Computer Name' column) to IP address and then send the wakup packet to this IP address. If there are problems then browse your system documentation for details.Īdded new option to 'Send The Wake-on-LAN Packet To.': 'Name of the device'. Wake-on-LAN only delivers results if the remote computer supports it, and it's enabled (you'll probably have to configure a BIOS setting, and maybe a network card or power management option, too). Build this into a script or scheduled task, say, and you could turn on a network PC before you run a backup job which will save data to its drive.ĭon't be surprised if this doesn't work immediately. Later, though, if a network PC has been turned off or is in standby, you may be able to restart it by selecting the system in WakeMeOnLan and clicking the 'Wake' button.Īnd the program even supports command line options to turn on a specific computer or IP address. Which makes WakeMeOnLan useful as a simple network scanner. When you first launch the program it'll scan your wired network (it can't be used with wifi), collecting the network name, MAC addresses and other details of everything it finds. WakeMeOnLan is a simple tool which enables you to turn on sleeping networked computers by sending them a Wake-on-LAN packet.

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