Wake on Lan is one of the ways to power up the computer remotely using magic packets. It is a way to turn on the computer that is at the office or at home to complete critical or urgent tasks, access information, or for any other reason. These packets are sent via UDP Ports 9 and 7 to wake up the server, computer, switch, or router. However, users need to enable the computer for WOL to ensure that they can power it up when required. One can enable it using Network Interface or Motherboard BIOS depending on the Wake on Lan tools. The packets can communicate with the power-on command and motherboard, allowing the computer to start. Here are some of the best Wake on Lan tools that can come in handy.
ManageEngine
If you are looking for a free Wake on Lan, ManageEngine can end your search. It is an easy-to-use tool that can help boot machines from a remote location on the LAN. It can work on multiple machines simultaneously using a few simple steps.
Select the Domain name from the paneSelect Wake on LANSpecify the MAC address and IP address of the computer that you want to wake
The tool allows users to enable Wake on LAN instantly using different settings. BIOS settings are also popular when it comes to enabling Wake on LAN functionalities. There is Wake on LAN cables that one must install between the Motherboard and the Network Card. ManageEngine is packed with several features for the Wake on LAN tools, such as automating the wake-up routine, automating network devices, viewing inclusive details on network device status or scheduled tasks, classifying booting schedules or group devices, and carry-out scheduled and manual booting.
SolarWinds
Using SolarWinds, it is possible to turn computers on remotely. The Wake on LAN tools can easily turn the devices on to obtain any document or file from it. The users can leverage SolarWinds Engineer’s Toolset to power up the device to access the information required. This tool allows users to generate individualized magic packets from the computers on the desired network. SolarWinds Wake on LAN tool allows the sleeping system to detect the packets that contain the MAC address of the specific device, allowing it to turn on. Users can also stay connected to remote devices even if the systems are not with them. The low-power mode can also power the computer using the Engineer’s toolset.
Microsoft Wake On LAN
Microsoft’s Wake on LAN enables settings that can remotely start devices. The devices with the operating system Windows 8 and Architecture x64, x86, ARM64, and ARM are ideal to use the tool. In Microsoft’s Wake on LAN, the user must instantly include the Device name and Device MAC to connect with the remote computer and access the data.
EMCO Software
EMCO software offers a free Wake on LAN tool that can remotely power up one or more PCs with a few clicks. The tools allow users to automate WOL operations and scale up the network. The features include sending WOL packets to the PCs and detecting MAX addresses. It is possible to automate operations and use build-in scheduled to execute tasks automatically. The tool can support different WOL delivery methods too across subnets. The key features of the EMCO tools are –
Wake on LAN Tasks SchedulingWake on LAN across SubnetsAutomatic MAC Address DetectionFlexible WOL Targets Configuration
WOL operations allow users to execute, automate, or demand schedules on a regular basis or at a defined time or date. EMCO Wake on LAN can power up the systems easily and quickly, automating different stages such as seeing WOL packets, collecting MAC addresses, and using networks.
WOL Android App
Wake On Lan is a mobile application that allows users to wake up their computers through tablets or phones. However, it is essential for users to set up Wake on Lan support on their network or computer. It comes with several features like:
Tasker pluginSupport Wake on LanCSV Import/ExportGroupsOne-touch wakeup widgetNetwork SearchMaterial DesignSecureOnAuto-refreshing device online status
The Wake on LAN tool helps automate wake-up computers using broadcast from Tasker or Llama.
AquilaWOL
AquilaWOL is a powerful tool that is can help power up the functionalities for remote access or computer control. It sends packets to the system that can help wake up the computer and shut down Windows domain computers. The tool also allows users to display and monitor WOL packets and troubleshoot network routing issues too. AquilaTech Wake on Lan is packed with several features such as:
Shutdown a remote computerCommand-line and GUI interfacesSystem-tray notificationsListen for WOL packetsSupports Wake-up over the internetAvoids power spikesAbility to auto-startThe network interface is configurableMinimize to task trayShowing event logsSearch tool to scan Windows computers
The Network Scanner is another major feature in AquilaWOL that can add hosts and survey networks to the database.
MATCODE
MATCODE Wake on Lan switches the computer within a few seconds using Magic Packet located on the same or different LAN. The major requirement of MATCODE Wake on Lan includes an ATX power supply with ATX 2.1 specifications, an ATX motherboard with a 3-pin WOL connector, BIOS power management to enable the option, and a network card to support WOL. This Wake on Lan tool is easy to use with each argument, IP address, ethernet address, and password. It will get the packet into the system and start it remotely with a few clicks.
NirSoft
Start with sending Wake on Lan packets using NirSoft that can send requests to the computers to power up. The Wake on Lan uses the command line to power up the computer using the MAC address, IP address, and computer name. This tool enables the features on the remote computer allowing users to access the information when required. WakeMeOnLan doesn’t depend only on any type of additional DLL files or installation process. One can use it by executing the file, collecting MAC address, scanning the network, and waking up the computers.
Conclusion
When choosing the right Wake on Lan tools, it is essential to keep the major factors in mind, such as the WOL packet, minimum requirement for sending packets, and UDP packets. Along with this, one needs to check on broadcast packets and their process to make the right choice. Consider your best choice and then opt for the right one. You may now look at an introduction to computer networking.
