HF RFID Tag | NFC Tag 13.56Mhz ISO14443A / ISO15693
INTELLHYDRO HF RFID Tag (13.56MHz) complies with ISO/IEC14443A and ISO/IEC15693 standard, HF (high frequency) RFID Tag/ NFC Tag include a wide range of contactless products with a typical read/write distance of up to 10 cm (4 inches). They support public transport, Hospitality,access control healthcare,retail and payment,. They’re proven, secure, scalable—and already being used by millions of people in more than 750 cities worldwide.
Near Field Communication (NFC) is a fast, intuitive technology that lets you interact securely with the world around you with a simple touch. NFC wireless proximity technology is available in billions of smartphones, tablets, consumer, and industrial electronics—with new devices arriving almost daily.
What’s difference between RFID Dry Inlay, RFID Wet inlay and RFID tag?
Dry inlay and wet inlay are semi-finished product that can be converted into a ticket, a label, a card or a badge etc. HF RFID tag could be offered in a wide variety of sizes tailored to fit your requirements.
With PET substrate, both sides printed an aluminum or copper foil consists out of a RFID transponder with an etched AL or Cu antenna and a golden bump chip by FLIP bonding – it is named RFID dry inlay. After coating with adhesive glue and shaping into the right size, the inlay is named RFID wet inlay. Sandwiched one or both sides by paper, the RFID label is produced.
Parameters:
Frequency: 13.56 MHz
Protocol:ISO14443A/ISO15693
Read range: 5-10cm(ISO14443A) /10-80cm(ISO15693)
Packaging technology: Bonding+Converting
Surface material: Coated paper/Bright white PET Substrate/PP synthetic paper/Thermal paper/PVC
HF Antenna Parameter
Product figure | Size | Frequency | Protocol | Manufacturer Chip |
D=27mm | 13.56Mhz | ISO14443A | MIFARE | |
26*11mm | 13.56Mhz | ISO14443A | MIFARE | |
37*22mm | 13.56Mhz | ISO14443A | MIFARE | |
52*15mm | 13.56Mhz | ISO14443A | MIFARE | |
76*45mm | 13.56Mhz | ISO14443A | MIFARE | |
Round 22mm | 13.56Mhz | ISO14443A | NTAG | |
D=22mm | 13.56Mhz | ISO14443A | NTAG | |
D=27mm | 13.56Mhz | ISO14443A | NTAG | |
8*18mm | 13.56Mhz | ISO14443A | NTAG | |
15*15mm | 13.56Mhz | ISO14443A | NTAG | |
40*40mm | 13.56Mhz | ISO14443A | NTAG | |
D=25mm | 13.56Mhz | ISO15693 | ICODE | |
D=34mm | 13.56Mhz | ISO15693 | ICODE | |
28*24mm | 13.56Mhz | ISO15693 | ICODE | |
45*45mm | 13.56Mhz | ISO15693 | ICODE | |
76*45mm | 13.56Mhz | ISO15693 | ICODE |
HF Chips Parameter
Manufacturer | Model | Capacity | Protocol |
NXP | MIFARE Classic EV1 S50 1K | 1Kbytes | ISO14443A |
MIFARE Classic EV1 S70 4K | 4Kbytes | ||
MIFARE Ultralight | 512bit(64bytes) | ||
MIFARE Ultralight C | 1536bit(192bytes) | ||
MIFARE Ultralight EV1 | 640bit/1312bit(80/164bytes) | ||
MIFARE Ultralight Nano | 448bit(56bytes) | ||
MIFARE Plus S | 2/4Kbytes | ||
MIFARE Plus SE | 1Kbytes | ||
MIFARE Plus X | 2/4Kbytes | ||
MIFARE Plus EV1 | 2/4Kbytes | ||
MIFARE DESFire EV1 | 2/4/8Kbytes | ||
MIFARE ESFire EV2 | 2/4/8Kbytes | ||
MIFARE DESFire EV1 | 256bytes | ||
NTAG213/215/216 | 180/540/924bytes | ||
NTAG213F/216F | 180/924bytes | ||
NTAG 210µ | 64bytes | ||
NTAG 213 TT | 188Kbytes | ||
NTAG 413 DNA | 160Kbytes | ||
SL2 ICS20 | 1024bits(128bytes) | ISO15693 | |
ICODE SLI-L | 512bits(64bytes) | ||
ICODE SLI-S | 2048bits(256bytes) | ||
ICODE SLIX | 1024bits(128bytes) | ||
ICODE SLIX2 | 2560bits(320bytes) | ||
ICODE SLIX-L | 512bits(64bytes) | ||
ICODE SLIX-S | 2048bits(256bytes) | ||
ICODE ILT | 240bits EPC | ||
ICODE ILT-M | 240bits EPC | ||
ICODE DNA | 2048bits(256bytes) | ||
FUDAN | FM11RF08 | 1Kbytes | ISO14443A |
FM11NC08 | 8Kbit | ||
FM11NT0X1 | 180/540/924bytes | ||
SIC | SIC43NT | 144bytes | |
SIC43N1F | 944/888/144bytes | ||
ST | ST25TA512B ST25TA02KB | 512/2048bits(64/256bytes) | |
ST25DV04K/16K/64K | 4/16/64Kbit | ISO15693 | |