NFC sticker buying guide
NXP NTAG216 NFC stickers
RFIDAK supplies custom NXP NTAG216 NFC stickers with 888 bytes of user memory. More space for a larger approved NDEF message. Confirm the complete NDEF message, target phones and application surface before ordering. The standard tag and label MOQ baseline is 1,000 pieces; availability, sample terms and delivery are confirmed in the quote.
Your chip preference carries into the editable inquiry.
Quick spec — NXP NTAG216 Sticker
- Chip and user memory
- NXP NTAG216 · 888 bytes
- NFC protocol
- 13.56 MHz · NFC Forum Type 2 · ISO/IEC 14443 Type A
- Phone workflow
- Validate the NDEF record, phone model and intended action
- Label construction
- Confirm size, adhesive, surface and sheet or roll supply
- MOQ baseline
- 1,000 pieces; configuration confirmed in the quote
- Samples and delivery
- Agree availability, charges, freight and schedule
Chip technical brief
NTAG216 uses NXP ordering codes beginning NT2H1611G0; confirm the complete code and package for the supplied construction. Its 888-byte user area allows more data than NTAG213 or NTAG215, but NDEF layout and encoding overhead still reduce the available payload. A larger chip does not guarantee that a complete product record or maintenance history will fit. A maintained web link may be more practical for information that changes. Multi-record messages require compatible receiving software; phone background reading does not process every record type. The factory UID is separate from writable content, permanent locks cannot be undone, and the 32-bit memory password is not cryptographic product authentication. Keep public NDEF links readable and approve the actual mounted-label workflow.
Technical sources: NXP NTAG213 / 215 / 216 specifications · Apple background tag reading · Android NDEF support. Chip specifications do not establish the finished sticker’s performance.
Selection checkpoint
888 bytes of user memory for a larger approved NDEF message; the same phone-handling and security limits apply.
Typical use cases
- ▸Larger approved NDEF messages
- ▸Product-information links or app-readable data
- ▸Multiple records for a compatible NFC application
- ▸Asset data with a defined payload and update plan
Reader requirements to validate
- ▸iPhone XS and later: supported NDEF URI records can trigger background-reading notifications; user action and device-state conditions apply
- ▸Android phones with NFC: verify NFC settings, the record type and intended app or web-link handling
- ▸NFC readers and encoding software supporting this Type 2 chip; verify the complete workflow
Specify the finished NFC sticker
RFID and NFC stickers combine a chip-and-antenna inlay with a face material, adhesive and release liner. Specify NFC or UHF first: they require the appropriate chip, frequency, protocol and reader. A UHF label does not serve a phone's built-in NFC reader. For metal or foil, select a construction designed for that technology and surface. NFC may require a ferrite isolation layer; UHF on-metal labels use their own antenna and mounting construction. Do not treat those layers as interchangeable. Approve the dimensions, inlay position, face material, adhesive, printing and individual, sheet or roll supply. Test the mounted label with the intended phones or readers and actual contents, curvature and exposure. Ask for material or performance documents for the selected article. The standard tags-and-labels baseline is 1,000 pieces; confirm configuration, quantity per design, encoding, sample charges, freight and production schedule in the quote.
Size and supply format
- • Round, square or rectangular: dimensions and inlay position to approve
- • Custom die-cut shape subject to construction review
Materials
- • Paper or polymer face material selected for printing and exposure
- • Adhesive and release liner matched to the mounting surface
Document scope to verify
Request documents for the exact article, materials and destination. Confirm current scope and sample acceptance before ordering.
Plan your NXP NTAG216 sticker order
NTAG216 provides 888 bytes of user memory for a larger approved NDEF message, including a payload that exceeds NTAG215 capacity. Document the actual message format and maximum encoded size, then reserve any planned headroom in that same byte budget rather than treating memory as a list of guaranteed features. If data will be read locally by an app, specify how that app interprets records and handles updates; an encoded web link still depends on the destination being available. More memory does not add encryption, authenticate a copied address or guarantee app-free record handling, so approve the complete label, content and receiving workflow together.
Who this chip fits
Application integrators with a measured payload above NTAG215 capacity and teams defining larger local NFC records. Buyers need a documented message format, receiving software and update policy so the extra memory serves a tested requirement.
Planning examples
Illustrative evaluation plans, not reported customer results.
Example 1
Planning scenario: an equipment team wants its service app to read a local record whose approved encoding exceeds NTAG215 capacity. Define the fields and version format, then test the longest message and the required offline behavior in that app. Keep live service history in the chosen system and document how changes reach the label.
Example 2
Planning scenario: a product team needs a larger multilingual record for a compatible application. Measure the encoded bytes of every language variant and test the intended display behavior on representative devices. Agree the update process and retention of the approved message before locking labels or ordering multiple printed designs.
NTAG213 vs NTAG215 vs NTAG216
Compare user memory against the complete encoded NDEF message, including overhead. All three chips use NFC Forum Type 2; larger capacity does not add encryption or guarantee that a phone handles every record without an app.
On smaller screens, scroll the table horizontally to compare all fields.
| Chip | User memory | Access control | Typical Use | Quote basis |
|---|---|---|---|---|
| NTAG216 (this page) | 888 bytes | 32-bit password; no encrypted communication | More space for a larger approved NDEF message. | Chip, construction, encoding and quantity |
| NTAG213 | 144 bytes | 32-bit password; no encrypted communication | Start here for a compact web-link payload. | Chip, construction, encoding and quantity |
| NTAG215 | 504 bytes | 32-bit password; no encrypted communication | More space when the approved payload exceeds NTAG213 capacity. | Chip, construction, encoding and quantity |
Choose your label construction
Use the NFC sticker product guide to specify the surface, printing, encoding and supply format. Confirm NXP NTAG216 availability and the finished label in your quotation.
Frequently asked — NXP NTAG216 stickers
When does an NTAG216 sticker need its 888-byte memory?▾
Use the 888-byte user-memory capacity when the approved NDEF message requires more space than the alternatives, such as a payload that exceeds the 504 bytes available on NTAG215. Account for formatting overhead and the longest variable records. If a compact web link already meets the project requirement, larger memory does not automatically add another phone action or improve the application.
Can NTAG216 provide information without an internet connection?▾
Locally stored records can be evaluated for offline use when the receiving app supports their format and contains the functions the workflow needs. Test that behavior explicitly on the intended devices. A URL stored on an NFC sticker does not place the linked website on the chip or guarantee that its destination is available offline.
How should a larger NDEF message be checked before production?▾
Export the encoded message, verify the total byte count and test the longest real field values, language variants and record combinations. Read the sample back with the intended encoder and receiving app, then confirm field interpretation and any printed-data mapping. Document the approved format and update rules; a message that fits in memory can still be handled incorrectly by the application.
Does NTAG216 provide stronger authentication than NTAG213 or NTAG215?▾
The larger memory does not add per-tap cryptographic authentication. This family includes locking, a 32-bit password and an originality signature, but a copied static address is not authenticated by its memory capacity. Specify the security objective, verification service, chip and key-management responsibilities separately when authentication is required.
What should an NTAG216 sample and bulk-order specification include?▾
Include the message format and maximum size, target devices or app, update and locking policy, printed-data mapping, surface, drawing, artwork and quantities per design. The standard tags-and-labels MOQ baseline is 1,000 pieces; confirm the exact construction and encoding in the quote. Agree sample acceptance, sample charges, freight and the production and delivery schedule for the selected configuration.
Ready to source NXP NTAG216 stickers?
Send the NXP NTAG216 preference, NDEF message, application surface, label format, quantity and destination. We will confirm availability, sample charges and a delivery schedule for the proposed configuration.
Request a NXP NTAG216 Quote