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I-CODE uses NXP I-CODE inlay + base-less double-sided tape + release paper, and complies with the IEC/ISO 14443A air interface protocol. It has advanced data encryption and two-way password verification system, and 16 completely independent sectors, which has extremely high stability and wide application range.
I-CODE uses NXP I-CODE inlay + base-less double-sided tape + release paper, and complies with the IEC/ISO 14443A air interface protocol. It has advanced data encryption and two-way password verification system, and 16 completely independent sectors, which has extremely high stability and wide application range.

| Data storage | ≥10 years |
| Erasure times | ≥100,000 times |
| Working temperature | -20℃- 75℃(Humidity20%~90%) |
| Storage temperature | -40-70℃(Humidity20%~90%) |
| Working frequency | 13.56MHz |
| Antenna size | Customized |
| Protocol | ISO15693 |
| Surface material | Chrome paper、PVC、PET |
| Encapsulation technology | Reverse welding+compound |
| Packaging material | I-CODE Series Inlay+Non-base double-sided adhesive+Release paper |
| Reading distance | 0.2-8M |
| Chips | I-CODE Series |
| Process individuation | Chip internal code,Write data. |
| Packaging | Electrostatic bag packaging, single row 2000 sheets / roll, 6 rolls / box |

| Data storage: | ≥10 years |
| Erasure times: | ≥100,000 times |
| Working temperature: | -20℃- 75℃(Humidity20%~90%) |
| Storage temperature: | -40-70℃(Humidity20%~90%) |
| Working frequency: | 13.56MHz |
| Antenna size: | Customized |
| Protocol: | ISO15693 |
| Surface material: | Chrome paper、PVC、PET |
| Encapsulation technology: | Reverse welding+compound |
| Packaging material: | I-CODE Series Inlay+Non-base double-sided adhesive+Release paper |
| Reading distance: | 0.2-8M |
| Chips: | I-CODE Series |
| Process individuation: | Chip internal code,Write data. |
| Packaging: | Electrostatic bag packaging, single row 2000 sheets / roll, 6 rolls / box |