![]() ![]() I this approach, system resources are preserved, and pings are made with sense, also magic packets are not sent if machine is up or guessed up. Instead of ping also its possible to do it reading ARP table. ![]() Ping result and date is stored to avoid pings to all machines every time. ![]() if the machine is not responging magic packet is sent to MAC (provided from ARP when machine is up or manually as commented before). the service would capture all TCP packets and make a list of distinct IP, then each second or two get all distinct IPs (this will guarantee that the service is not consuming a lot of system resources), and on each distinct ip check last ping: if last ping was done successfully in last 5 or 10 minutes nothing is done (machine is guessed up), if no ping done or success in 5-10 minutes a ping is made. so each machine plugged on the LAN will get its MAC / IP), also this service would have last date ping done to each IP. from ARP table (I did a program that gets IP / MAC from ARP table but has its issues. It would have a table with ips and MAC addresses (to get MAC from an IP) that should be filled previously with manually or better. This service basically would be a network sniffer that captures all tcp traffic in network. a possible solution would be, create a windows service and install it on the server or a computer that uses to be up. I also ensure fast user/switch mode is disabled and wait for full network before login. Ensure your clients can get the udp 7 or 9 packets you send out on the broadcast to the mac addresses via routers/switches along the path where you send WOL from. Click OK.Īfter the above configuration, you can now launch a third-party WOL software on PC B and send a Magic Packet to boot up PC A.This sounds interesting. I UNcheck that only allow magic packet in my configs that WOL works. Specify the internal server IP as 192.168.0.100, which is the IP address of PC A. Specify the external port and internal port as 7, which is used to receive Magic Packets. Specify the WAN port according to the network environment. Click OK.Ĭhoose the menu Transmission > NAT > Virtual Servers and click to load the following page. Enter the IP address and MAC address of PC A. If there is not a desired entry, click to load the following page. Check if the desired IP address is reserved for PC A. Click OK.Ĭhoose the menu Network > LAN > Address Reservation to load the following page. Enable Export to DHCP Address Reservation. In the IP-MAC Binding List section, click to load the following page. In the Scanning Result section, click the corresponding to bind MAC and IP address of PC A.Ĭhoose the menu Firewall > Anti ARP Spoofing > IP-MAC Binding to load the following page. Wait a minute until the scanning is completed. To support wake-up proxy, make sure you select Use wake-up packets only and Unicast. In the Wake on LAN tab, and configure the options that you require for this site. Select the primary site to configure, and then choose Properties. In the general section, specify the scanning IP range according to the DHCP address pool. In the Configuration Manager console, go to Administration > Site Configuration > Sites. If the desired entry is in the list, click the corresponding to bind MAC and IP address of PC A.Ĭhoose the menu Firewall > Anti ARP Spoofing > ARP Scanning to load the following page. There are three methods to do IP-MAC binding: bind in the ARP list, bind in ARP scanning result, or add IP-MAC Binding list entry manually.Ĭhoose the menu Firewall > Anti ARP Spoofing > ARP List to load the following page. ![]() To achieve this requirement, you can configure the router as follows:Īfter you complete the configuration, you can use a WOL software to wake up PC A on PC B.įollow the steps below to configure the router. Make sure the WAN port of the router is routable from PC B.PC A should be powered off normally and the power supply is normal.In network card properties configuration of PC A, allow the network card to wake up the PC, forbid the PC to turn off the network card to save power, and enable Wake on Magic Packet. Make sure that the network card of PC A supports WOL.In BIOS setup of PC A, enable Power On By PCIE or Wake Up On LAN. Make sure that the motherboard of PC A supports WOL.It is required that PC B can wake up PC A by sending a Magic Packet via the internet.īefore configuring WOL, you should do the following preparation: However, users need to enable the computer for WOL to ensure. In the diagram below, PC A is connected to the internet via the router. These packets are sent via UDP Ports 9 and 7 to wake up the server, computer, switch, or router. You can use WOL (Wake on LAN) to boot up your PC from a remote place by sending a Magic Packet via the internet. ![]()
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