It's actually not very flexible. I've seen field trials of this. It is an interesting concept but not very implementable. You could do the same data transfer by having the phone display a barcode and use a barcode…
اللتي التي = which/that in this context. I don't know why Google Translate is picking up اللتي as motherfuckin
I'm not trying to be a naysayer. I'm trying to give you info because we've done a number of RFID and e-ink designs and I'm very familiar with both technologies. Neither of our designs involve a card. BTW, some credit…
Couple of major issues with this (as an EE who has designed products involving both RFID and E-Ink): 1. E-Ink requires a controller -- you can't get those at wafer scale 2. E-ink has a hard plastic substrate, you can't…
You can't easily 'emulate a cell tower'. To verify that the device isn't indeed transferring any data as part of any background Apple process they should put it on WiFi and monitor traffic through the router. It should…
It's actually not very flexible. I've seen field trials of this. It is an interesting concept but not very implementable. You could do the same data transfer by having the phone display a barcode and use a barcode…
اللتي التي = which/that in this context. I don't know why Google Translate is picking up اللتي as motherfuckin
I'm not trying to be a naysayer. I'm trying to give you info because we've done a number of RFID and e-ink designs and I'm very familiar with both technologies. Neither of our designs involve a card. BTW, some credit…
Couple of major issues with this (as an EE who has designed products involving both RFID and E-Ink): 1. E-Ink requires a controller -- you can't get those at wafer scale 2. E-ink has a hard plastic substrate, you can't…
You can't easily 'emulate a cell tower'. To verify that the device isn't indeed transferring any data as part of any background Apple process they should put it on WiFi and monitor traffic through the router. It should…