By RFID MFG Editorial Team · Updated June 14, 2026

In short: Contactless RFID cards and tickets let passengers tap to pay and board in under a second, keeping transit networks moving at peak times.

Public transport runs on speed at the gate. Contactless fare media — cards, tokens and paper tickets with an embedded chip — let passengers tap and go in well under a second, far faster than cash or magnetic tickets.

The same RFID technology RFID MFG supplies for transit also serves library management, animal identification and toll collection, making it a versatile backbone for smart-city services.

Choosing the right fare media matters. Reusable HF cards (typically the MIFARE family) hold a secure, re-loadable balance for regular commuters, while single-use paper tickets with an embedded chip suit tourists and events — cheap to issue and easy to recycle. For open-road tolling, UHF windshield tags read vehicles at speed from several metres. Because we produce cards, tokens, paper tickets and windshield tags in-house, a transit authority can source one supplier for the whole fare ecosystem and encode every credential to its own keys before delivery.

RFID frequencies for transit & access

BandRangeTypical use
LF 125 kHzA few cmSimple access tokens
HF 13.56 MHzTap (up to ~10 cm)Fare cards, ticketing
UHF 860–960 MHzUp to several metresVehicle / toll tags

Key takeaways

  • Sub-second tap-to-pay keeps gates flowing
  • Durable fare cards and disposable paper tickets
  • One platform spans transit, tolls and access
  • HF for fare media, UHF for vehicle tolling

Related products & guides

RFID / NFC card Transit chips (MIFARE) Paper tickets & bands

Frequently asked questions

What chip is used for transit fare cards?

HF 13.56 MHz cards (e.g. MIFARE family) are the transit standard, balancing fast tap performance with secure, re-loadable stored value.

Can you supply both reusable cards and paper tickets?

Yes. We produce durable PVC fare cards as well as single-use paper/RFID tickets and tokens for events and short trips.