PVC material, 85.5 x 54 mm, NXP MIFARE Ultralight® EV1 embedded, 80/ 164 Byte memory, 10 cm read distance, IEC14443 A & ISO18092 protocol, widely used as e-ticket in metro, bus station or prepaid occasions.
Download Specification
GEE-HFC-100 NXP Mifare Ultralight® EV1 NFC card specification.pdf
GEE-HFC-100 is a type of high performance RFID card, which worked at frequency of 13.56 Mhz, comply with IEC14443 A protocol and ISO18092 NFC protocol. It integrates with NXP MIFARE Ultralight® EV1 chip, with memory size of 80 Byte./ 164 Byte. It is widely used as E-ticket in Metro, Bus, Event and other prepaid occasions.
Main features:
• 85.5 x 54 mm, 0.76/ 0.84 mm thick, ISO CR80 card form
• Contactless interface, up to 10 cm read distance
• High performance NXP MIFARE Ultralight® EV1 chip embedded, over 10,000 rewrite times
• 80 Byte/ 164 Byte memory, 7 byte UID, password
• Automatic RFID card manufacturing technology ensured high performance and environment durability
• Heidelberg 4 color offset craft truly restored original colors
• ISO9001 Quality control system guarantee diamond quali
• Green material with ROHS and SGS certification
hysical | |
Material | PVC |
Size | 85 x 54mm |
Thickness | 0.76 mm/ 0.84 mm |
Antenna | Copper coiling |
Printing | CMYK 4C printing |
Personalization | Barcode, QR code, Serial number, Encode |
Packing | 200 piece/ box, 10 box/ ctn, G.W: 14 kg/ ctn |
Protocol | IEC14443 A & NFC Forum Type 2 Tag compliance |
RF | |
Operating Frequency | 13.56 MHz |
Chip | NXP Mifare Ultralight® EV1 |
Memory | 80 Byte/ 164 Byte |
Read Distance | 5-10 cm in the air |
Write endurances | 100,000 cycles |
Data retention | 10 year |
Others | |
Security | 7 byte UID, Password, counter |
Environment | |
Operating Temp | -40 ~ 70 Degree Celsius, 5~ 95% RH, No condensation |
Storage Condition | -20 ~ 45 degree Celsius, 5~ 95% RH, no condensation |
Certificate | ROHS, SGS |
In transportation and ticketing feild, the traditional payment is by a simple paper ticket that bears some of security features, like florescent ink, security line, latent image, barcode, infra-red ink. Through it can be prevent most of the fake tickets, however hard work load, low identification rate, and relevant unsafe features enforce institutions had to recruit abundant workforce to maintain normally operation, and now everything was changed as RFID technology deeply implanted into this sector.
At most of bus station or subway station, you will not no longer find any paper tickets any more, which replaced them was a simple recharge card or NFC mobile phones. And in recent years, the pace of changing speeds up dramatically.
Thanks to the RFID technology, you do need to wait in line for ticket checking, all just by a simple touch, and you are allowed to get through, and payment will automatically deducted by the RFID readers.
The benefits are not only in its convenience, but also its security. Each RFID card will have a unique ID, which is permanently stored in its ROM, and can not be rewritten. Meanwhile the communication between the RFID card and RFID readers is encrypted. Let’s take oyster card( London metro card) for example, this type of card is embedded with NXP Mifare Desfire chip, which the chip is integrated with the 3DES encryption technology, and still now there is zero case of password being cracked.
This RFID technology also have been applied into certain of big event, such as Olympics, World Expo…
In the future, we will see more and more case of this advanced RFID technology being applied in our normal life, and therefore change our life for ever.
PVC material, 86 * 54 * 0.84 mm, EM4200 chip embedded, CMYK 4c printing, 10 cm read distance
PVC material, 85.5 x 54 mm, NXP MIFARE Classic® EV1, 1k/ 4k Byte memory, IEC14443 A
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