I am wary of going too far along a cul-de-sac, so I have considered other solutions. Hence the question that started this thread. So my thought was for a WOL device that could also be plugged into the slave socket of the TrickleSaver. Nevertheless, I am determined to "get my money's worth" out of it (as my late father would have said). The amplifier is an Audiolab 8000A, which was highly-regarded in hi-fi circles in its day, but that day was the 1980's, and consequently it does not have a remote control (I replaced it after a couple of years with a fully remote-controlled Sony lifestyle system). I have my TV connected to the master socket of a TrickleSaver device ( ), and a hi-fi amplifier connected to the slave socket of the TrickleSaver, so the amp powers on and off in synchronism with the TV. So I know that WOL would work as a solution, provided that I can find some convenient way of causing it to be issued using the remote control. I downloaded a WOL command-line tool, connected my laptop to the HTPC, and issued the WOL command on the laptop, and the HTPC did indeed wake from hibernation. So I was looking for another solution, preferably one that is non-invasive, and I considered the WOL solution. to which pair of wires the device should be connected). But it is not clear how the Simerec device should be connected (i.e. These control the illumination and various flashing modes of the power button. But on the Dell motherboard in my HTPC, the power button is awkward to access, and when I did finally access it, I saw that there are 7(!) wires connecting it to the motherboard. On my ancient Abit BX6 motherboard it would be easy to connect - there are two pins on the motherboard that connect to the power button. There is a device marketed by Simerec ( ) that allows remote control of PCs that are off or hibernating, but it requires connecting a circuit board in parallel to the existing power button on the system unit. Currently I have to switch on the HTPC using the power button on the system unit, but I would like to arrive at some sort of remote-control solution. However, switching on is problematic, since the remote control has no effect when the system is hibernating. I have written a small program to circumvent this problem, so that switching off is now working OK. the recording is terminated prematurely). If you define the power button on the remote control to cause hibernation instead of sleep, when the button is pressed, it causes immediate hibernation, even if Media Center is in the middle of recording a programme (i.e. Now hibernation is not usable in a bog-standard Windows Media Center installation. However, all of the PCI-E slots hibernate correctly, so this is why I have switched from sleep to hibernation. It is only the 4x PCI-E slot that sleeps correctly with the cards that I have tried. I have tried 3 different cards in the 16x PCI-E slot, and only one (the graphics card) sleeps correctly. I have tried 4 different cards in the 1x PCI-E slot, and none of them sleep correctly. The problem is that two out of the three PCI-E slots do not sleep correctly. When freshly booted, the PCI-E slots work as expected. This exposed the fact that the PCI-E slots in my Dell motherboard do not work correctly. So I replaced my Pinnacle PCI tuners with TBS PCI-E tuners. The excuse for fixing it was the arrival of high-definition TV (DVB-T2) at my location in the UK. My HTPC was working perfectly, so I thought that I ought to fix it. Yes, I know that the obvious answer is: "another PC", but I was trying to avoid having a second PC whose sole function was to start the first PC (although a Raspberry Pi might be a possibility when they become available).īarnabas1969 wrote:It would help if you would describe what you are hoping to do with this WOL device. Or maybe an AV amplifier that can be configured to do this. It seems unlikely to me that a manufacturer would find a big enough market for such a weird device, but there might be more complex devices that send magic packets when powered up.įor example, perhaps there is a TV that can be configured to send a magic packet when powered up. At some later time the power is removed from the black box, but it does nothing at that time. This is going to seem like a really weird request, but I was wondering if anyone knows of a device that will send an ethernet magic packet to wake up a sleeping/hibernating PC.Īt its simplest, all I want is a "black box" about the size of a packet of cancer sticks (cigarettes) costing around £20, that when powered on immediately sends a magic packet down the LAN cable.
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