Site Tools


tools-wol

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision
Previous revision
tools-wol [2023/02/15 18:08] – Lots of factual, consistency, and clarity corrections. Rearranged the document a bit to better separate router functions from the nuances of external devices. techie007tools-wol [2023/08/05 18:32] (current) – [Wake on LAN] -fix incorrect link hogwild
Line 1: Line 1:
 ====== Wake on LAN ====== ====== Wake on LAN ======
  
-This function allows you a send a Wake-on-LAN signal (also known as a "magic packet") to wired devices on your network to wake them up or power them on.  Wake on LAN is generally not supported by wireless devices.+This function allows you a send a Wake-on-LAN signal (or "magic packet") to wired network devices to wake them or power them on.  Wake on LAN is generally not supported by wireless devices.
  
 +The list of devices on this menu includes:
  
-The list of devices on this page includes: 
   * Devices already active in the ARP table.   * Devices already active in the ARP table.
   * Devices defined in a static DHCP assignment.   * Devices defined in a static DHCP assignment.
-  * Devices defined manually in the //Dnsmaq Custom configuration//  field in the Advanced/DHCP/DNS/menu. \\ For example: ''dhcp-host=70:EE:50:37:E8:46,myhostnamein''+  * Devices defined manually in the //Dnsmaq Custom configuration//  field in the [[advanced-dhcpdns|DHCP/DNS/TFTP]] menu. \\ For example: ''dhcp-host=70:EE:50:37:E8:46,myhostnamein''
  
- + \\ Some devices might appear on this menu without their hostname defined/displayed. You can work around this by defining them manually in the //Dnsmasq Custom configuration//  field, as described above.
-Some devices might appear on this menu without their hostname defined/displayed. You can work around this by defining them manually in the //Dnsmasq Custom configuration//  field, as described above.+
  
 \\ There are two ways to send a magic packet to a device on your network: \\ There are two ways to send a magic packet to a device on your network:
  
-  - Click anywhere in the list on the device you want to wake. After clicking, the **Wake Up** button briefly will gray out, and then return. This indicates a magic packet was just sent to that device's MAC address. +  - Click anywhere in the list on the device you want to wake. The **Wake Up** button briefly will grey out, then return.  \\ This indicates a magic packet was just sent to that device's MAC address. \\  
-  - Type the desired MAC addresses of the devices to be awakened into the **MAC Address List** box, and then click the **Wake Up** button.  Note that the **Wake Up** button also serves to save the contents of the **MAC Address List** box to be remembered for future use.+  - Type the desired MAC addresses of the devices to wake into the **MAC Address List** box, and then click **Wake Up**. \\  Note that the **Wake Up** button also serves to save the contents of the **MAC Address List** box to be remembered for future use.
  
- \\ + \\ {{:pasted:20200524-104525.png?760}}
  
-{{:pasted:20200524-104525.png}}+ \\
  
-===== Wake on LAN Notes =====+ \\
  
-For this function to work on your device, it must be configured to respond to magic packets, both in firmware and in software.  Enabling the firmware option causes the device's Ethernet chip to remain powered on (usually at a low state, like 10 Mbps) even when the device is sleeping or powered off, so it can listen for magic packets.  Enabling the software option allows the device to wake up or power on when the magic packet is received. 
  
 +===== Wake on LAN Notes and Troubleshooting =====
  
-Regarding firmware, most PCs have a Wake-on-LAN option that must be enabled in the UEFI or BIOS, named something like:+Your client device must be configured to respond to magic packets, both in firmware and in softwarefor WoL to wake it.  Enabling the firmware option causes the device's Ethernet chip to remain powered on (usually at a low state) even when the device is sleeping/off. This allows it to listen for magic packets.  Enabling the software option allows the device to wake up or power on when that packet is received. 
 + 
 +Most PCs have a Wake-on-LAN option that must be enabled in the UEFI or BIOS, named something like:
  
   * Power on by PCI-E or PCI   (Asus UEFI)    * Power on by PCI-E or PCI   (Asus UEFI) 
Line 32: Line 33:
   * Power on by PCI devices     (AMI BIOS)   * Power on by PCI devices     (AMI BIOS)
  
 + \\
 +
 +In terms of software, you must also enable the Wake on LAN settings in your PC operating system.
  
-Regarding software, the Wake-on-LAN settings in a PC's operating system also must be enabled. For details, see:+For details, see:
  
 [[https://www.howtogeek.com/70374/how-to-geek-explains-what-is-wake-on-lan-and-how-do-i-enable-it/]] [[https://www.howtogeek.com/70374/how-to-geek-explains-what-is-wake-on-lan-and-how-do-i-enable-it/]]
tools-wol.1676484520.txt.gz · Last modified: 2023/02/15 18:08 by techie007