Best NFC Module for Raspberry Pi / Linux is mostly a software-stack decision. If you want the cleanest Linux-oriented NFC controller workflow, the answer is usually PN7160.
Short Answer
The best NFC module for most Raspberry Pi and Linux-based projects is the ELECHOUSE PN7160.
Why PN7160 Is the Best Default Choice
- Designed around NCI 2.0, which fits Linux / Android NFC controller workflows much better than a generic hobby-reader approach.
- ELECHOUSE provides a Raspberry Pi quick-start path.
- Uses I2C, which is practical for Raspberry Pi integration.
- Good fit for embedded Linux systems, i.MX-style designs, and more production-oriented controller integration.
When to Choose Something Else
| Use Case | Recommended Module | Why |
|---|---|---|
| General Raspberry Pi / Linux NFC controller integration | PN7160 | Best default choice |
| Need Apple ECP / Apple Wallet related reader behavior | PN7161 | Adds Apple ECP support |
| Need strongest reader performance / ISO 15693 range | ST25R3916 | Better for performance-focused reader work |
| Just need the easiest hobby-style reader and are okay with more manual setup | PN532 V4 | Possible, but not the cleanest Linux-oriented architecture |
Recommended Modules
1) PN7160 — Best Overall for Raspberry Pi / Linux
Choose PN7160 when you want Raspberry Pi or Linux to be the main host platform.
- Docs: PN7160 Documentation
2) PN7161 — Best When Apple ECP Matters
Choose the PN7161 family if your Linux / embedded system needs Apple ECP-related reader hardware: use PN7161 I2C for SDA/SCL designs or PN7161 MINI SPI for SPI designs.
PN7161 hardware does not itself grant Apple Wallet / VAS access. Apple authorization, certification, credentials, and application software remain the customer’s responsibility.
- Docs: PN7161 Documentation
3) ST25R3916 — Best for Reader Performance
Choose ST25R3916 when performance and tag-reading capability matter more than using the NCI 2.0 controller model.
- Docs: ST25R3916 Documentation
What We Recommend for Most Linux Users
If you are building a Raspberry Pi appliance, an embedded Linux terminal, or an NFC-enabled Linux device, start with PN7160. It is the most natural fit in the ELECHOUSE lineup for that job.
What We Do Not Recommend
- Do not default to PN532 only because it is popular, if your true target is Linux controller integration.
- Do not choose PN7161 unless you actually need its Apple ECP-specific advantage.
FAQ
- Which module is best for Raspberry Pi 4?
- PN7160 in most cases.
- Which one should I use for embedded Linux + Apple-related NFC use cases?
- Use PN7161 when ECP reader hardware is required; Apple authorization, credentials, and application software are separate customer responsibilities.
- Which one is best for raw read performance?
- ST25R3916.
Need Help Picking the Right Linux NFC Module?
Contact ELECHOUSE with your host OS, interface preference, and target tags / cards.
Related Pages
- PN532 vs PN7160 vs ST25R3916
- PN7160 vs PN7161
- PN7160 Documentation
- PN7161 Documentation
- ST25R3916 Documentation
RFID & NFC Module Selection Guide
Not sure which module fits your project? See the full comparison with protocol support, interface options, and use case guidance in our RFID & NFC Module Selection Guide.
3.3 V or 5 V RF Supply on Raspberry Pi / Linux
PN7160 and PN7161 hardware supports either 3.3 V or 5 V on VANT when the NXP Linux middleware uses matching PMU/TXLDO values. The Arduino setter and PN71XX_FIXED_VBAT_3V3 macro do not configure Linux.
A copy-paste ELECHOUSE 3.3 V Linux configuration is still being validated. Do not copy Arduino preset bytes into libnfc-nxp.conf. Until the exact module and middleware combination has been validated, use a known-good 5 V Linux configuration or contact ELECHOUSE support. See the PN7160 / PN7161 I2C documentation for the current status.