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NFC/RFID Transceiver
The NFC transceiver IC is intended for adding NFC functionality to mobile devices and other applications having embedded MCU. The device can perform in one of three modes: RFID/NFC reader, NFC Peer, or Card Emulation mode.
NT1045 is composed of an integrated RF front-end, SPI interface for communications with MCU, 128-byte FIFO for payload data, and RFID framing engine supporting ISO15693, ISO14443A*, ISO14443B and NFCIP standards.
Extension of standards set and implementation of custom RFID protocols can be achieved by using direct modes with MCU-controlled bit coding and framing. Direct access to RF Frontend control registers allows fine tuning of various parameters at physical layer.
* The costs of intellectual property licenses under applicable patents belonging to NXP Semiconductors are not included in this NTLab product. If you plan to use and/or enable the ISО/IEC 14443A protocol please contact NXP Semiconductors for the appropriate patent license via an inquiry to the following:
- NXP Semiconductors
- Intellectual Property & Licensing Department
Attn: Aaron Waxler (ааrоn.wахlеr@nхр.соm)
NT1045 is composed of an integrated RF front-end, SPI interface for communications with MCU, 128-byte FIFO for payload data, and RFID framing engine supporting ISO15693, ISO14443A*, ISO14443B and NFCIP standards.
Extension of standards set and implementation of custom RFID protocols can be achieved by using direct modes with MCU-controlled bit coding and framing. Direct access to RF Frontend control registers allows fine tuning of various parameters at physical layer.
* The costs of intellectual property licenses under applicable patents belonging to NXP Semiconductors are not included in this NTLab product. If you plan to use and/or enable the ISО/IEC 14443A protocol please contact NXP Semiconductors for the appropriate patent license via an inquiry to the following:
- NXP Semiconductors
- Intellectual Property & Licensing Department
Attn: Aaron Waxler (ааrоn.wахlеr@nхр.соm)
Features
- UMC CMOS 180 nm technology
- Supports ISO14443A* and ISO14443B standards in both reader and card emulation mode
- Supports NFC Initiator in both Active and Passive modes with speeds 212 and 424 Kbps
- Supports NFC Target in both Active and Passive modes with speeds 212 and 424 Kbps
- Supports ISO15693 standard in reader mode
- Supports high-speed transmissions up to 848 Kbps
- Sleep mode with ultra-low power consumption (<1 µA)
- Wake-up with programmable RF field level
- SPI interface for communications with master MCU
- Dual channel receiver architecture for elimination of “blind spots”
- Integrated voltage regulators for analog and digital parts and I/O
Deliverables
- Datasheet
- Layout View (GDSII)
- Evaluation kit based on packaged IC
- Characterization Report
- Behavioral Model
- SPICE netlist (.cdl)
- Integration Support
Applications
- Mobile devices (tablets, handsets)
- Secure pairing (Bluetooth, Wi-Fi, other paired wireless networks)
- Public transport or event ticketing
- Passport or payment (POS) reader systems
- Short-range wireless communication tasks (firmware updates)
- Product identification or authentication
- Medical equipment or consumables
- Access control, digital door locks
- Sharing of electronic business cards
View NFC/RFID Transceiver full description to...
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NFC IP
- Passive/active NFC transceiver
- NFC/RFID Controller
- ISO/IEC 14443 type A/B Analog Front End (AFE) compliant with the NFC standards
- NFC Transceiver
- ISO/IEC 14443 type A/B dual-interface Analog Front End (AFE) compliant with the NFC standards
- NFC transceiver compliant with the ISO 14443-A, ISO 14443-B, ISO 18092 and ISO 15693 standards