Read this article in This article applies to all TeamViewer users.GeneralYou can turn on a sleeping or powered-off computer using TeamViewer ’s feature. This means you can control an offline computer remotely by waking it up first be fore you establish a connection to it.You can initiate the wake-up request from another Windows or Mac computer, or even from an Android or iOS device running the TeamViewer Remote Control app.Note: I t’s not possible to wake up a Mac computer that is fully powered down, as Apple doesn’t allow this. Macs can only be woken up from sleep mode. Windows and Linux PCs, however, can be woken up from sleep and hibernation mode as well as being fully powered down, so long as the hardware supports this. How to use Wake on LANWake-on-LAN can be used through two different methods:. Wake up a computer ( hereafter called the target computer ) via another computer within the same network. Wake up the target computer via its public address.Note: You can use TeamViewer´s Wake on LAN feature with the most recent version of TeamViewer 13 as well as TeamViewer 12, 11, 10 and 9.Choose one of the methods depending on the circumstances.
Teamviewer wakes computer- LAN access does not. I noticed a WOL feature in Teamviewer, so I enabled that and Teamviewer will wake that ASUS rig from another computer when i click the 'wake' button in Teamviewer. (??!!) I notice that the LAN light is staying on, so I now suspect a windows networking access failure. Wake-on-LAN and the Magic Packet. The format of a Wake-on-LAN (WOL) magic packet is defined as a byte array with 6 bytes of value 255 (0xFF) and 16 repetitions of the target machine’s 48-bit (6-byte) MAC address. (See Wikipedia article) Wake-on-LAN works by broadcasting the magic packet to all network devices in a network.
Wake up the target computer via another computer within the same networkChoose this method if there is a second computer (eg. A server) within the network of the target computer that is turned on permanently.In this case, you can use the second computer to wake up the target computer. The second computer acts as a kind of “middleman” to forward the wake-up request to the target computer.