INTRODUCTION Pack of 10 tiny high-frequency RFID detectors - with NTAG® 213 functionality. At just 8mm x 12mm across, these tags can be placed anywhere. They can be used as decoration, or for quickly diagnosing HF RFID systems. Despite their tiny size, they have perfectly tuned antennas for optimised performance. There are ten tags per pack. The tag LED will light up when it detects a high-frequency (13.56MHz) field. The tags require no battery - they're powered from the RFID field itself! NTAG® 213 chips are ideal for storing NDEF records: a special data format that triggered actions when scanned (visit URL, call a phone number, etc). Technical Specifications Feature Information Notes Chipset NTAG® 213 Memory Size 144 bytes / 45 pages UID Size 7 Byte UID Modifiable ❌ LED Colours Green, Red, Orange, White Each pack has a random mix Packaging 10 per pack Delivered in an anti-static bag Write Capabilities UID Modifiable Unlock Required DirectWrite / Block 0 One Time Write Notes ❌ Device Compatibility Compatibility UID R/W Config Notes Flipper Zero ✔️ ✔️ Proxmark / iCopy-X ✔️ ✔️ Android & iOS ✔️ ✔️ Via MTools app or MIFARE Ultralight++ LibNFC ✔️ ✔️ ChameleonUltra ✔️ ✔️ Via MTools app Hands on: See the card in action IMPORTANT: The UID of MIFARE Classic® Compatible 1K UID tags is comprised of two parts: the UID itself, and the BCC. The BCC is a checksum value calculated from the UID. If the BCC is incorrect, tag will be rejected by the reader. Most RFID tools, such as the Proxmark, LibNFC, MCT etc automatically calculate the BCC when the UID is modified. If you are modifying the UID by hand, it is vital that the BCC is correctly calculated. Lab401 cannot provide support or refunds under any circumstances for cards that were 'bricked' due to incorrect UID/BCC configuration.
