kana,
You're the same guy who posted the BS about Windows being less efficient because it uses more RAM. I hope you read my post in that thread because you really have no knowledge of computing principles nor of basic EM (electromagnetic) principles.
First off, in order for an electronic product to even be sold to the public, it has to pass FCC emissions testing. Do you know what that is? In simplistic terms, it means any EM radiation must be contained in the box, i.e. no signals escape from the box itself... even still, do you know how noisy a computer motherboard is? For f--k's sake, its like the worst traffic you could imagine, the mere thought of deciphering any of it is science fiction pal.
Second, the DVI or RGB cable that connects the PC to the monitor has a specially encoded TDMS (time-division-muliplexed-signal) that has very low radiation with exponential attenuation as you move further away from the metal, we're talking like half the EM signal for every millimeter you move away from the wire...
Unless there is a device amplifying the signal (a device physically attached to the cable), there is no way to snoop data...
I don't even know why I bother to respond to this garbage... you're so uneducated with respect to this stuff its just sad.
You're the same guy who posted the BS about Windows being less efficient because it uses more RAM. I hope you read my post in that thread because you really have no knowledge of computing principles nor of basic EM (electromagnetic) principles.
First off, in order for an electronic product to even be sold to the public, it has to pass FCC emissions testing. Do you know what that is? In simplistic terms, it means any EM radiation must be contained in the box, i.e. no signals escape from the box itself... even still, do you know how noisy a computer motherboard is? For f--k's sake, its like the worst traffic you could imagine, the mere thought of deciphering any of it is science fiction pal.
Second, the DVI or RGB cable that connects the PC to the monitor has a specially encoded TDMS (time-division-muliplexed-signal) that has very low radiation with exponential attenuation as you move further away from the metal, we're talking like half the EM signal for every millimeter you move away from the wire...
Unless there is a device amplifying the signal (a device physically attached to the cable), there is no way to snoop data...
I don't even know why I bother to respond to this garbage... you're so uneducated with respect to this stuff its just sad.
