VW - exactly. And regarding RFID tech, how small are current gen chips? Oh, we don't know? So, let's look at how small it was at last press release. Hitachi: 0.15 x 0.15 millimeters in size and 7.5 micrometers thick in 2006. Compare width of a circuit connection back then vs now. It's like 20x smaller, so why can't RFID chips be AT LEAST 10x smaller now? Here's an article that asserts 1 in 3 Americans have already been tagged: https://thegoodlylawfulsociety.org/study-finds-1-3-americans-implanted-rfid-chips-unaware/
There are folks out there that describe how to assemble a device that pulses a magnetic field - the objective of this is to induce a sufficiently large current (which doesn't need to be all that big for sub nano connections) within tiny circuit connections that fries them - oops!
RFID sizes are more about the coil which must be used to not only pick up energy for power but also modulate the field to transmit data back to the transceiver.
RFID card, the coil typically goes around the whole outside of the card. Pet ID chips (which is probably what Gates is talking about) have a very small coil but the range is extremely limited (which is why they are typically placed in a standard place on a pet).
VW - exactly. And regarding RFID tech, how small are current gen chips? Oh, we don't know? So, let's look at how small it was at last press release. Hitachi: 0.15 x 0.15 millimeters in size and 7.5 micrometers thick in 2006. Compare width of a circuit connection back then vs now. It's like 20x smaller, so why can't RFID chips be AT LEAST 10x smaller now? Here's an article that asserts 1 in 3 Americans have already been tagged: https://thegoodlylawfulsociety.org/study-finds-1-3-americans-implanted-rfid-chips-unaware/
There are folks out there that describe how to assemble a device that pulses a magnetic field - the objective of this is to induce a sufficiently large current (which doesn't need to be all that big for sub nano connections) within tiny circuit connections that fries them - oops!
RFID sizes are more about the coil which must be used to not only pick up energy for power but also modulate the field to transmit data back to the transceiver.
RFID card, the coil typically goes around the whole outside of the card. Pet ID chips (which is probably what Gates is talking about) have a very small coil but the range is extremely limited (which is why they are typically placed in a standard place on a pet).