ntag216
December 17, 2025
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# NTAG216: The Ultimate NFC Forum Type 2 Tag for Advanced Applications
NTAG216 is a high-performance NFC Forum Type 2 tag IC from NXP Semiconductors, renowned for its robust memory and versatile features. In my personal experience developing smart packaging solutions, the NTAG216 has been indispensable. Its reliability and user-friendly programming interface allowed me to seamlessly integrate interactive content into product boxes, enhancing customer engagement directly through their smartphones.
## My Journey with NTAG216 in Creative Projects
I discovered a personal aptitude for embedding technology into everyday objects. One standout project involved creating "talking" museum exhibits. By placing NTAG216 tags next to artifacts, visitors could tap their phones to receive detailed historical narratives, multi-language support, and related video content. This application wasn't just functional; it was profoundly engaging, turning a passive visit into an interactive discovery tour. My view is that NFC technology, particularly with chips like the NTAG216, bridges the physical and digital worlds in an intuitive way that QR codes often fail to achieve.
### Technical Specifications and Parameters of NTAG216
For developers and engineers, understanding the precise capabilities is crucial. Here are the key technical indicators and detailed parameters for the NTAG216:
* **IC Manufacturer & Code:** NXP Semiconductors, Product Code: **NT3H2161**
* **Memory:** 888 bytes of user EEPROM, organized in 222 pages (4 bytes per page).
* **Unique Identifier (UID):** 7-byte serial number, extendable to 10 bytes.
* **Communication Interface:** Fully compliant with NFC Forum Type 2 Tag and ISO/IEC 14443 Type A standards.
* **Operating Frequency:** 13.56 MHz.
* **Data Transfer Rate:** Up to 106 kbit/s.
* **Functionality:** Supports original NDEF data structure, fast read/write operations, and energy harvesting for powering low-power external circuits.
* **Detailed Dimensions (Chip):** The die size is approximately **1.6 mm x 1.6 mm**. It is commonly embedded in inlays, stickers, or cards of various form factors (e.g., 25mm round, 50x30mm rectangular).
**Important Notice:** T
The Use of RFID for Human Identity Verification
NTAG216 is a high-performance NFC Forum Type 2 tag IC from NXP Semiconductors, renowned for its robust memory and versatile features. In my personal experience developing smart packaging solutions, the NTAG216 has been indispensable. Its reliability and user-friendly programming interface allowed me to seamlessly integrate interactive content into product boxes, enhancing customer engagement directly through their smartphones.
## My Journey with NTAG216 in Creative Projects
I discovered a personal aptitude for embedding technology into everyday objects. One standout project involved creating "talking" museum exhibits. By placing NTAG216 tags next to artifacts, visitors could tap their phones to receive detailed historical narratives, multi-language support, and related video content. This application wasn't just functional; it was profoundly engaging, turning a passive visit into an interactive discovery tour. My view is that NFC technology, particularly with chips like the NTAG216, bridges the physical and digital worlds in an intuitive way that QR codes often fail to achieve.
### Technical Specifications and Parameters of NTAG216
For developers and engineers, understanding the precise capabilities is crucial. Here are the key technical indicators and detailed parameters for the NTAG216:
* **IC Manufacturer & Code:** NXP Semiconductors, Product Code: **NT3H2161**
* **Memory:** 888 bytes of user EEPROM, organized in 222 pages (4 bytes per page).
* **Unique Identifier (UID):** 7-byte serial number, extendable to 10 bytes.
* **Communication Interface:** Fully compliant with NFC Forum Type 2 Tag and ISO/IEC 14443 Type A standards.
* **Operating Frequency:** 13.56 MHz.
* **Data Transfer Rate:** Up to 106 kbit/s.
* **Functionality:** Supports original NDEF data structure, fast read/write operations, and energy harvesting for powering low-power external circuits.
* **Detailed Dimensions (Chip):** The die size is approximately **1.6 mm x 1.6 mm**. It is commonly embedded in inlays, stickers, or cards of various form factors (e.g., 25mm round, 50x30mm rectangular).
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