why are there fewer interferences due to the electromagnetic fields generated by the movement of electrons, given that we have fewer pins, and therefore fewer channels for the electrons to pass through?
because, unlike ides, in sata the bits travel sequentially over a few conductors, which results in less electromagnetic interference and allows for higher speeds.
why do the electrons that pass through them not experience opposition from the magnetic fields?
because the moving electrons don't create a large electric and magnetic field as they're doing in series
why do electrons travel in series, one after the other? in parallel connections, they travel in parallel, and the electrons, creating intense electromagnetic fields, cause interference and are therefore slower.
because electrons travel in series, minimizing interference.
because they are guaranteed by continuous cabling
because the electromagnetic fields of electrons do not interfere with their passage, slowing them down
because the bits arrive at the receiver sequentially, generating an electric/magnetic field lower than that generated by the parallel ide connections
because electrons flow in buses one after the other and are not subject to interference from magnetic or electric fields like in ides.