NAPPA-leather collection
SLIM BOY
- RFID- mini wallet
- up to 13 credit cards
- 7 color variations
FEID
- RFID-wallet
- up to 13 credit cards
- 5 color variations
col.edge
- RFID-pop-up wallet
- up to 7 credit cards in the aluminum case
- 9 color variations
single leather
upcycled
With single leather, we use leather remnants from the leather processing industry as well as leather from old furniture.
noonyu RFID/NFC blocking mini wallets are equipped with an aluminum case with PULL-POP-UP function.
The aluminum box can be filled with up to 7 credit cards. With noonyu double up to 14. The PULL mechanism blocks the credit cards inside the box so that they are secured and cannot fall out. Only when the mechanism is pressed does the spring inside relax, allowing the cards to rise out of the box in a fan-shaped arrangement.
single tarpaulin
upcycled
For single Tarpaulin we use used advertising tarpaulins and production leftovers from industrial tarpaulins.
What is RFID?
RFID (radio-frequency identification) is a technology for contactless or contactless and automatic identification and localization of objects using radio waves (radio waves).
RFID chips (transponders or radio tags) can be very small and can be placed almost anywhere RFID systems are used, for example, in libraries, access cards, tickets, student ID cards and contactless door openers, as well as in documents such as passports (ePassport).
What is NFC? What is the difference to RFID?
The basis of NFC (NearFieldCommunication) is RFID, as described under “What is RFID?”. However, there is a difference to RFID in terms of communication.
How does RFID work?
An RFID reader generates an electromagnetic field and uses it to transfer energy to the passive medium, the so-called “tag” or “smart card”.
In this case, it can be an ePerso, ePassport, credit card or the ID card of an access control system, for example.
The chip it contains then starts communication with the reader. In this way, the data can be read. Devices that have NFC can also communicate with each other. This is also known as “peer to peer”.
In practice, this means that an NFC smartphone, for example, can emulate a contactless credit card. The checkout reader cannot tell whether a credit card is being read or whether it is a smartphone with NFC.
An NFC device can react to the signal. An RFID chip can only send static data contained on the chip.
The difference between NFC and RFID is therefore the active/active communication.
