Guys I was going through everything, and I mean everything. And I would love some opinions on the contrary. I am trying to find a way to turn the "Stan-by" Off. So basically the devise stays powered without the remote. Now I'm aware most believe this can only be accomplished by physically sending low voltage to the 12th pin(VGA/SDA) and actually, the voltage needs to be -1v pulsed. The device uses an 8-bit microcontroller. Meaning only 8 out of 16. It stays on by constantly sending and receiving low voltage. That being said, I wonder if I could use The APO configuration somehow to tell it to ignore this all and defer to the APO constructions. The "power: is not the issue, its the relay which needs shut. I mean, It has a chipset, raw at best... Would this be something it was capable of receiving? Please, if anyone would join in this convo I would indulge. I would likely purchase something new but I prefer to challenge myself. And, others too, I suppose.
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Guys I was going through everything, and I mean everything. And I would love some opinions on the contrary. I am trying to find a way to turn the "Stan-by" Off. So basically the devise stays powered without the remote. Now I'm aware most believe this can only be accomplished by physically sending low voltage to the 12th pin(VGA/SDA) and actually, the voltage needs to be -1v pulsed. The device uses an 8-bit microcontroller. Meaning only 8 out of 16. It stays on by constantly sending and receiving low voltage. That being said, I wonder if I could use The APO configuration somehow to tell it to ignore this all and defer to the APO constructions. The "power: is not the issue, its the relay which needs shut. I mean, It has a chipset, raw at best... Would this be something it was capable of receiving? Please, if anyone would join in this convo I would indulge. I would likely purchase something new but I prefer to challenge myself. And, others too, I suppose.