I was interested and am now trying to help my friend find the right chip for what he wants. I mostly got involved because im already interested in the rfid field and i already have the m5stack rfid2 module, along side a chameleon ultra coming in the mail soon. He wants something that can have his University student id badge on it (we are unsure if its 13.56Mhz or 125khz, but we intend to find out with the chameleon ultra), and if its 125khz then hopefully something that he can pay with as well. Im more interested in the ones with the LEDs in them, im not exactly sure what i want in the way of the chip itself (Perhaps something my phone can read?) but something that can be lit up by the coils in my phone or maybe a wireless charger would be neat. In any way, I’ve got time to ponder what i want while i try to save up enough money for one.
Edit: we also have a medical professional willing to do mine at the very least, though I could probably convince him to do my friend’s as well
Amazing. Welcome. A great start is finding out what format the uni badge is. I dont think there are any payment systems on 125khz . I’ve also not seen any payment systems with leds..
I was saying that we could use one of the chips that has more than one, and if its 125khz then we know it won’t interfere with the chip used for payment. Also the one for me doesnt have to be used for payment, ive heard of people using them to unlock their phone or computer as well, if theres anything that could be used like that which has an led that might be cool.
Ahh I see. The dual frequency such as the next. Doesn’t have the ability to to pay.
Payment implants are currently their own thing. However it’s uid can be used as enrolement in ccustome aplications
The led implant has the ability to enrolled on compatible Hf systems. And can do the fancy weblinks when scanned with a compatible smart phone. But is single frequency
Your phone would need to be rooted to do the nfc unlock. As that was patched out a while ago.
Without looking up pricing for the xLED, yes that sounds correct.
The reason for this (guessing, I’m not amal) is likely because the NTAG I2C chip found in the xSIID is not as readily available as the NTAG 216 found in the xNT.
The I2C uses some cool tech to run both the NTAG functions and an LED off of one antenna without sacrificing NFC functionality, while the two other implants just do one thing per antenna… Adds some complication and points of failure.