干inlays U7 2
干inlays U7 1
干inlays U7
干inlays U7 3
干inlays U7 5
干inlays U7 2
干inlays U7 1
干inlays U7
干inlays U7 3
干inlays U7 5

Ucode 7 rfid uhf inlay labels tag

RFID Dry Inlays are described as "Dry" due to their lack of adhesive backing. Dry inlays attach an RFID microchip (IC) and antenna to a material or substrate called a web. These inlays look like they have been laminated and come standard with no adhesive

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RFID Dry Inlays are described as "Dry" due to their lack of adhesive backing. Dry inlays attach an RFID microchip (IC) and antenna to a material or substrate called a web. These inlays look like they have been laminated and come standard with no adhesive.

Labels with self-adhesive functions, which can be peeled off on boxes, bottles, and other items by a labeling machine on the production line, or manually pasted on car windows (such as taxis), documents (such as university student ID cards) It can also be made into a hangtag to hang on the item, and use the label compounding equipment to complete the processing process. The product structure consists of a surface layer, chip circuit (INLAY) layer, adhesive layer, and bottom layer. The surface layer can be made of paper, PP, PET as the covering material (printed or not) and other materials as the surface of the product; the chip circuit (INLAY) has various sizes, various chips, and various EEPROM capacities, which can be customized according to user needs. After configuration, it is positioned on the adhesive surface; the adhesive layer is completed by double-sided adhesive or gluing; the finished product can be rolled or sheet.

LF 125KHZ CHIP(portion)
Chip Name Protocol Capacity Frequency
TK4100 ISO 11784/11785 64 bits 125 kHz
EM4200 ISO 11784/11785 128 bits 125 kHz
EM4205 ISO 11784/11785 512bit 125 kHz
EM4305 ISO 11784/11785 512 bits 125 kHz
EM4450 ISO 11784/11785 1K 125 kHz
T5577 ISO 11784/11785 330 bits 125 kHz
ATA5577 ISO 11784/11785 363bit 125 kHz
HITAG 1 ISO 11784/11785 - 125 kHz
HITAG 2 ISO 11784/11785 - 125 kHz
HITAG S256 ISO 11784/11785 - 125 kHz
HITAG S2048  ISO 11784/11785 - 125 kHz
HF 13.56 MHz Chips(portion)
Chip Name Protocol Capacity Frequency
Ntag213 ISO14443A 180 byte 13.56 MHz
Ntag215 ISO14443A 540 byte 13.56 MHz
Ntag216 ISO14443A 924 byte 13.56 MHz
MIFARE Classic 1K ISO14443A 1 KB 13.56 MHz
MIFARE Classic 4K ISO14443A 4 KB 13.56 MHz
MIFARE Ultralight EV1 ISO14443A 80 byte 13.56 MHz
MIFARE Ultralight C ISO14443A 192 byte 13.56 MHz
MIFARE Classic S50 ISO14443A 1K 13.56 MHz
MIFARE Classic S70 ISO14443A 4K 13.56 MHz
MIFARE DESFire ISO14444A -- 13.56MHz
ICODE SLIX ISO15693 1024 bits 13.56 MHz
ICODE SLI ISO15693 1024bits 13.56 MHz
ICODE SLI-L ISO15693 512bits 13.56 MHz
ICODE SLI-S ISO15693 512bits 13.56 MHz
NTAG203  ISO18082 - 13.56 MHz
NTAG213  ISO18082 - 13.56 MHz
NTAG215  ISO18082 924 byte 13.56MHz
NTAG216  ISO18082 180 or 924 bytes 13.56 MHz
Topaz512  ISO18082   13.56 MHz
860-960MHz Chips(portion)
Chip Name Protocol Capacity Frequency
Alien H3(Higgs 3) ISO18000-6C 512 bits 860~960 MHz
Alien H490 (Higgs 4) ISO18000-6C 513 bits 860~960 MHz
Impinj Monza 4 ISO18000-6C 96 bits 860~960 MHz
Ucode 7 ISO18000-6C 128bits   860~960 MHz
Ucode 8 ISO18000-6C EPC 128bits   860~960 MHz
UCODE G2iL ISO18000-6C 128 bits 860~960 MHz
M4QT ISO18000-6C 512bits 860~960 MHz
Monza R6 ISO18000-6C 96bits   860~960 MHz
Monza R6-P ISO18000-6C 32bits 860~960 MHz
EM4124 ISO18000-6C 96bits    860~960 MHz
EM4126 ISO18000-6C 208bit 860~960 MHz
EM4325 ISO18000-6C - 860~960 MHz
ME4423 ISO18000-6C 64bits 860~960 MHz