- #Magic packet sender online update
- #Magic packet sender online software
- #Magic packet sender online Pc
- #Magic packet sender online windows 7
It seems that the various OpenManage tools were no help – indeed many of the information sources I found for configuring the Baseboard Management Controller and kicking SOLProxy and IMPI into life seemed to be out of date, or just not applicable on Windows 7 (although ipmish.exe might be a useful tool if I get it working in future and it can be used to send WoL packets). I lost quite a bit of sleep over the last few nights, burning the midnight oil trying to get my Dell PowerEdge 840 (server repurposed as a workstation) to work with various Dell management utilities and enable Wake On LAN (WoL) functionality. Please be warned that the information here may be out of date.
#Magic packet sender online update
I don't routinely update old blog posts as they are only intended to represent a view at a particular point in time. If I answered your question, please rate the relevance of this answerThis content is 10 years old. So check, using wireshark, the destination UDP port of your WOL software, and then create an appropriate UDP relay.Įxperiment and play with this once you successfully get your WOL device powereing up correctly.
#Magic packet sender online Pc
The Wakeup magic packet sent from my PC in VLAN 2 must have forwarded over the VLAN boundry as my NAS unit woke up. I must admit, I am used to using UDP relay to normally take a netbios broadcast and unicast it to a MS server.īut check out the screen capture below, I set the switch to send the UDP relay to the broadcast address of the VLAN1 network. So I setup and added a UDP relay entry to my SG300-10P. Now i tried to setup a UDP relay so that the WOL Magic Packet would 'jump' the network interface from VLAN2 to VLAN1. This was expected as the magic packet broadcast would never jump over a LAN boundry to a different VLAN.
#Magic packet sender online software
I tried the WOL magic packet software and my NAS did not power up. I added a static route to my WAN router, just so I could access the WAN router from my PC attached to VLAN2.
This is the PC that has the Magic packet software. I plugged my PCt to vlan 2 and statically assigned 192.168.2.2/24. My NAS unit (WOL capable) has a IP address of 192.168.10.61. The default VLAN (VID=1) has a IP network address of 192.168.10.0/24. I then added switch port three to this newly created VLAN as a untagged member of VLAN2. I added an IP interface of 192.168.2.1/24 to VLAN2, which is a different network when compared to the default VLAN. Ok I then created a VLAN which I named "VLAN2" with a VID=2 on my SG300-10P (SRW2008P-K9-NA) Notice from the wireshark capture above, that my Magic packet software uses UDP destination port 9, NOT the default that you may see on the switch. I had to use wireshark to see the real destination UDP port that my WOL magic packet sender uses.
I wonder why you used or stayed with UDP destination port 7, because Magic packet senders can use different UDP destination ports? I'm sure other WOL software out there for different platforms that will work equally as well or with more features.įirstly, i note from your question, that you used UDP relay to destination port 7, well that's the default setting on the UDP relay on my switch.
Why did i use this software, no reason except that it was freely available. The screen capture below shows WOL Software i used on my PC. Ran a baseline test to check my Magic packet sender from my PC 'woke' up my NAS unit.Īs you would expect, on the same subnet, the WOL magic packet caused my NAS unit to power up, with no issue.īut that's not really the test, just some baseline testing to check that my WOL magic packet sender and NAS worked ok. My NAS unit is WOL capable and i thought I would use it in my test environment. Had a few minutes to try it out on my SG300-10P in layer 3 mode.
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