NXP NTAG215 Smart Ring Supplier
RFIDAK can source NXP NTAG215 smart rings for a specified reader and application. MOQ guidance for this format: Confirm by model, chip and quantity per size. Confirm the exact chip, finished construction, applicable standards, sample terms and production schedule in a written quote.
Quick spec — NXP NTAG215 Smart Ring
- Chip
- NXP NTAG215
- Frequency
- 13.56 MHz
- Standards
- ISO/IEC 14443 Type A / NFC Forum Type 2 Tag
- Memory
- 504 bytes user memory; allow for NDEF formatting overhead
- Security
- Permanent page locking; configurable 32-bit password for memory access; ECC chip-originality signature. No encrypted communication or per-tap message authentication
- Form Factor
- Smart Ring (Fit and inner diameter depend on the selected ring model)
- Materials
- Ceramic / Silicone / Other approved ring constructions
- MOQ
- Confirm by model, chip and quantity per size
- Lead Time
- Confirm production and transit dates in the quote
Chip technical brief
NTAG215 uses NXP ordering codes beginning NT2H1511G0; confirm the complete code and package for the supplied construction. The 504-byte user-memory figure is not a promise that every contact record, multi-record message or proprietary gaming format will fit or work. Check the actual NDEF layout, encoding overhead and receiving software. More memory does not add encryption or per-tap authentication. The manufacturer-programmed 7-byte UID is separate from writable data; the originality signature concerns the chip, not the authenticity of the attached product. Agree password access and any permanent lock before encoding. Public web-link deployments need publicly readable NDEF content and a supported phone action. Test the final label and payload on the target devices before production.
Buyer one-liner
504 bytes of user memory when the approved NDEF payload needs more space than NTAG213.
Typical use cases
- ▸Larger approved NDEF payloads
- ▸Contact-data records for a compatible app
- ▸Asset identifiers for the intended NFC application
- ▸Multi-record messages with verified receiving-software support
Reader requirements to validate
Confirm the exact reader model, firmware, antenna, supported protocol and application or credential data with the system owner. Test the finished sample on the installed setup; a chip datasheet or shared frequency does not establish compatibility.
Smart Ring construction and approval
An NFC ring embeds a selected chip and antenna in a wearable body. Check fit, material, antenna position and tap behavior on the finished model before committing to size quantities or artwork. An NFC chip does not by itself enable vehicle entry, payment, secure access or app compatibility; the relevant issuer or platform must approve the exact credential and enrollment process. A simple contact-page link also needs a maintained destination and phone test. Request material-contact documents or performance reports only for the actual ring construction where required. Confirm samples, MOQ and lead time in the quote.
Typical sizes
- • Fit and inner diameter depend on the selected ring model
- • Request size samples before quantity by size is fixed
Materials
- • Ceramic
- • Silicone
- • Other approved ring constructions
Document scope to verify
Request current documents for the exact finished article, materials and destination. A form-factor name does not establish a certification or IP rating.
Why source NXP NTAG215 smart rings from RFIDAK
NTAG215 provides 504 bytes of user memory, but memory capacity does not establish that a ring will work with a vehicle, payment network, access reader or phone app. Verify the exact chip and ring construction, fit, antenna position and approved use case on the intended device. For contact-page sharing, test the finished ring and NDEF link on representative phones. Vehicle entry or payment requires separate authorization, supported credential architecture and issuer or platform approval; do not infer it from the chip name.
Buyer snapshot
Buyers evaluating a wearable NFC format for a documented phone-tap or approved access workflow. The system or vehicle provider must confirm any credential function before a ring is marketed for it.
Planning examples
Illustrative evaluation plans, not reported customer results.
Example 1
Illustrative vehicle-credential review (not a customer case): the authorized operator confirms the exact supported credential and enrollment process with the vehicle or system provider. It tests a sample ring under that approved process before any supply claim is made.
Example 2
Illustrative contact-sharing plan (not a customer case): a team encodes a brand-controlled profile URL, tests tap placement and phone behavior on the finished ring, and records who maintains the destination page after distribution.
Compare with other smart rings
Compare chip-level differences for the same form factor. Check the exact reader, credential format, finished construction and available samples before selecting a configuration.
| Chip | Memory | Security | Typical Use | Quote basis |
|---|---|---|---|---|
| NXP NTAG215 (this page) | 504 bytes user memory; allow for NDEF formatting overhead | Permanent page locking | Larger approved NDEF payloads | Confirm chip availability, construction and quantity in the quote |
| NXP NTAG213 | 144 bytes user memory; allow for NDEF formatting overhead | Permanent page locking | Product-information web links | Confirm chip availability, construction and quantity in the quote |
Recommended RFIDAK SKUs
These catalog formats are candidates for a NXP NTAG215 build. Confirm chip availability and the finished configuration in the quote.
RFID Rings
NFC Ceramic Smart Ring
A ceramic NFC ring is a finger-worn 13.56 MHz credential for approved phone-tap or access workflows. Select ring size, chip and encoding aga…
RFID Rings
Silicone NFC Ring
A silicone NFC ring places a selected 13.56 MHz contactless inlay in a flexible finger-worn housing for access, event or branded tap program…
RFID Rings
Multi-Color PVD NFC Ring
A PVD-finish NFC ring combines a metal band and selected contactless inlay for branded phone-tap or access projects. Choose finish, size, ch…
Frequently asked — NXP NTAG215 smart rings
What is the minimum order quantity for NXP NTAG215 smart rings?▾
MOQ guidance for this format: Confirm by model, chip and quantity per size. Pilot size and unit price depend on chip availability, format, encoding, artwork and quantity; request a written quote for the exact specification.
How should I check reader compatibility with NXP NTAG215 smart rings?▾
Check the exact installed reader and controller model, firmware, credential profile and application data requirements. A frequency or protocol match alone does not prove compatibility. Have the system owner test a representative finished sample before authorizing production.
Can RFIDAK pre-encode NXP NTAG215 smart rings to our specification?▾
Writable EPC, NDEF or user-memory content may be encoded to an approved specification, depending on the chip and access rights. Factory-programmed UIDs normally cannot be changed. Secure credential provisioning needs an agreed key-custody process; never submit secret keys in a public inquiry form. Confirm feasibility and price for the exact data format.
What lead time should I plan for NXP NTAG215 smart rings to major export markets?▾
Confirm a production-ready date after the specification and sample are approved, then obtain a separate freight and import timeline for the destination. Ask for dated milestones in the project quote rather than relying on a form-factor average.
Which documents apply to NXP NTAG215 smart rings?▾
Document scope depends on the exact material, chip, reader and destination market. Ask RFIDAK to identify the applicable certificate or test report for the quoted SKU; a company certificate or another product's report does not automatically certify this configuration.
Ready to source NXP NTAG215 smart rings?
Send the chip preference, reader and application requirements, quantity, and destination. Confirm availability, sample terms, unit pricing and production schedule for the proposed configuration. Standard form-factor MOQ baseline: Confirm by model, chip and quantity per size.
Request a Configuration QuoteTest RFID Samples Before You Order
Free stock samples (up to 5 pieces) — buyer covers DHL/FedEx freight ($25–60), refunded 1:1 against the first production order over $500. Custom samples may cost extra. Confirm the sample configuration, availability and dispatch date before shipment.
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