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Training

NXP’s NFC product portfolio

June 2016

Public

Session 10th June: NFC use cases

A different kind of wireless

NFC everywhere! Market, Use cases, NXP solutions

A day in life with NFC Good morning, Going to work, At work, Lunch break, Afternoon activities,

Back home sweet home

Session 17th June: NXP’s NFC product portfolio

Last session review

NXP’s NFC product portfolio overview

Connected tag solutions: Highlighted products: NTAG I2C plus

NFC frontends solutions: Highlighted products: PN512, CLRC663, PN5180

NFC controller solutions: Highlighted products: PN7120/PN7150, PN7462

NFC product portfolio comparison and selection path

Agenda

2

Morning home Morning travel @work Lunch break Afternoon activity Home at night

Segments

City

A day in your life with NFC

3

Typical NFC use cases and segments covered

Conditional access

Authentication

Commissioning and pairing

Payment

Device-to-device communication

Zero-power configuration

Payment Consumer & IoT

Medical Industrial & Appliances

Access

4

NXP NFC readers product portfolio

Combination of NFC frontend with an advanced 32-bit microcontroller.

NFC controller with integrated FW and NCI interface. Products: PN7120/PN7150

NFC controller with customizable firmware. Products: PN7462

NFC controller with

application

PN7462

A comprehensive portfolio of NFC Forum type 2 tags covering a broad range of use cases Products: NTAG21x(F), NTAG I2C plus

Our standalone frontends are the most flexible way to add NFC to a system. Products: PN512, CLRC663, PN5180

NFC controller with

integrated firmware

PN7120

NFC

frontend

PN5180

Connected NFC tag

NTAG I2C plus

5

How to select the right product for your NFC application?

6

Do you need an active or passive solution? 1

e.g.: Energy harvesting can be used, I need an active device to generate the RF field…

e.g.: NFC phones, NFC readers, ISO/IEC compliant cards, NFC tags …

e.g.: I want to integrate the NFC solution into a Android, Linux, Windows, RTOS, NullOS system…

e.g.: I need standard performance, I need performance that can drive a very large and reliable operating volume …

What do you need to interact with? 2

What operating system requirements do you have? 3

Which performance do you need? 4

CONNECTED TAG SOLUTIONS

7

Connected TAG Solutions

8




NFC controller with

application

PN7462



NFC controller with

integrated firmware

PN7120

NFC

frontend

PN5180

Connected NFC tag

NTAG I2C plus

Mem

ory

NTAG for smart inlays, labels and tags

NTAG I2C for full bidirectional communication with host controller

NTAG

210

NTAG

213

NTAG

215

NTAG

216

NTAG

216F

NTAG

213F

NTAG I2C

1k

NTAG I2C

2k

NTAG I2C

plus 1k

NTAG I2C

plus 2k

F

NTAG

212

Value

NTAG F for battery powered systems

NTAG family overview

9

A: A passive solution that interacts with NFC phones is enough, energy

harvesting can be used

A: I will only talk to an NFC-enabled phone or handled

Or …

F

Do you need an active or passive solution?

1


Do you only need to wake up the MCU? 3

Do you need to communicate with the MCU? 4

When to choose a Connected NFC tag solution?

10

Easy access to data from both NFC (Type 2 Tag) and from I²C

Field detection to wake up connected devices

Energy Harvesting capabilities

EEPROM for offline data access

Maximum interoperability with NFC devices

Flexible memory management

Originality signature for protection against cloning

Fast & convenient data exchange via a 64 bytes SRAM buffer

Small footprint package (1,6*1,6*0,5mm)

Low bill of material

Easy to use

Easy to integrate

Ideal for low power operations

Maximum interoperability with NFC devices

http://www.nxp.com/products/:NT3H2111W0FHK

Connected NFC tag

NTAG I2C plus

NTAG I2C plus is the simplest, most cost-effective NFC solution

11




Integrated 50pF resonance capacitor 888 or 1,912 bytes of user memory for NDEF message (based on EEPROM) 32-bit password protection to prevent unauthorized memory operations Protected Area access restriction from I²C perspective 64-byte SRAM memory buffer Data Pass Through Mode Energy harvesting output Supply voltage range: 1.67 V to 3.6V Fast Read and Fast Write commands ECC supported originality check Operating temperature: -40C, +105C

I²C Slave 100/400 kbit/s Field detection pin

Interface to host

Characteristics

XQFN8 TSSOP8 SO8

Packages

ISO/IEC 14443 Type A NFC Forum Type 2 Tag

Supported RF protocols

NTAG I2C plus: technical product features

12

F

NTAG 21x(F) target markets and applications

13

Brand protection, goods and device authentication Ensure that only original parts are used in a device.

Bluetooth and Wi-Fi pairing Tap to trigger pairing with Bluetooth or other RF technologies.

Smart media and advertising Offering a highly cost-effective solution for item identification and content interactivity.

Gaming Toys can interact with other toys, video game accessories, bridging physical and virtual worlds.

NTAG I2C plus target markets and applications

14

Zero power configuration Use a phone as external user interface and configure the device in unpowered state

Network commissioning and pairing Bring a wireless node securely into a network (IoT)

Device-to-device communication Communicate with sealed, battery less devices, replace previous interfaces with NFC

I2C protected

memory access

Read & Write

WRITE

Protection

or

READ & WRITE

Protection

EEPROM

WRITE

Protection

or

READ & WRITE

Protection After 32-bit

password

authentication only

Unprotected

memory access

RF/NFC protected

memory access

Protected memory Access rights can be set

independently between I2C and RF

I2C

NTAG I2C plus: memory access configuration Data protection for both NFC and I2C perspective

15

NTAG I2C plus Explorer kit OM5569 / NT322E - NTAG I2C plus Explorer kit with Field Detector Board, flex antenna and SO8 samples

NTAG I2C plus Explorer kit + NFC reader OM5569 / NT322ER - NTAG I2C plus Explorer kit with Field Detector Board, flex antenna, NFC reader and SO8 samples

NTAG I2C plus Explorer kit Flex antennas OM5569 / NT322F - NTAG I2C plus Flex Antenna kit with 3 different flex antennas only and SO8 samples

NTAG I2C plus Explorer kit source files SW3647 – Explorer board firmware C source files SW3648 - NTAG I²C Demo Android app source code 1.7.8 SW3649 – Peek and Poke source code VS2010 SW3650 – NTAG I2C plus PC demo application source code

NTAG I2C plus SW installers SW3651 – Setup of Windows application for use with Identiv Readers SW3652 – Setup Peek and Poke SW3750 – Identiv uTrust reader drivers

Design tools SW3640 – Field detector board SW3639 – NTAG I2C plus Class 4 antenna SW3638 – NTAG I2C Explorer Rev 2.0 version 1 SW3641 – NTAG I2C plus Flex antenna class6 version1

Documentation 359930 – NTAG I2C plus, NFC Forum Type 2 Tag compliant IC with I2C interface AN11276 - NTAG Antenna Design Guide AN11350 - NTAG21x Originality Signature Validation AN11578 - NTAG I²C Energy Harvesting AN11579 - How to use NTAG I²C (plus) for bidirectional communication AN11786 - NTAG I²C plus Memory Configuration Options UM10966 - NTAG I²C plus Explorer Kit and Android Demo UM10967 - NTAG I²C plus Explorer Kit and Peek & Poke UM10945 – NTAG I²C plus Explorer Kit Program and debug start-up UM10989 – NTAG I2C Demo Android app developer start-up guide

NTAG I2C plus support package

16

http://www.nxp.com/products/identification-and-security/nfc-and-reader-ics/connected-tag-solutions/ntag-ic-iplus-i-explorer-kit:OM5569-NT322E

http://www.nxp.com/products/identification-and-security/nfc-and-reader-ics/connected-tag-solutions/ntag-ic-iplus-i-explorer-kit-with-nfc-reader:OM5569-NT322ER

http://www.nxp.com/products/identification-and-security/nfc-and-reader-ics/connected-tag-solutions/ntag-ic-iplus-i-flex-antenna-kit:OM5569-NT322F

Feature NTAG 210/212 NTAG 213(F)/215/216(F) NTAG I2C 1k / 2k NTAG I2C plus

User memory 48/128 bytes 144/54/888 bytes 888/1904 bytes 888/1912 bytes

RF baud rate 106 kbps 106 kbps 106 kbps 106 kbps

FAST READ command YES YES YES YES

FAST WRITE command - - - YES

UID mirror YES YES - -

Originality signature YES YES - YES

NFC Counter - YES - -

Memory access protection via RF interface R/W R/W - R/W

Memory access protection via I2C interface - - - R/W

Field Detection - YES (only NTAG213F,

NTAG216F) YES YES

Energy Harvesting - - YES YES

Pass-through mode - - YES YES, higher performance

Connected NFC tag solutions: Comparison

17

PC tools Windows application for NTAG I2C plus Explorer board Peek and Poke RFID discover

Development kit NTAG I2C plus Explorer Kit

Android applications NTAG I2C demo app TagInfo TagWriter

Source code examples NTAG I2C Explorer board C firmware NTAG I2C demo app Android app source NTAG I2C PC app source code

Development environment LPCXpresso IDE for LPC MCUs MIFARE SDK

Documentation Application notes User Manuals Getting started guides

How to develop applications around Connected NFC tag solutions

18

FRONTEND SOLUTIONS

19

Frontend Solutions

20




NFC controller with

application

PN7462



NFC controller with

integrated firmware

PN7120

NFC

frontend

PN5180

Connected NFC tag

NTAG I2C plus

Most flexible way to add NFC to any system

High-performance NFC frontends

NFC frontends delivering full NFC Forum compliance

NFC frontends family overview

21

When to choose an NFC frontend solution?

22


A: I need an active device to generate the RF field

A: I want to read any ISO/IEC compliant cards and/or communicate with an NFC enabled device

A: I need standard performance




A: I want to integrate the NFC solution into my microcontroller

I need a full ISO/IEC14443 reader and support for

ISO/IEC 15693 cards (ICODE)

I need a full ISO/IEC14443 reader

I will read/write ISO/IEC 14443-A (MIFARE, NTAG cards)

MFRC630


23



A: I want my system to primarily talk to contactless cards

A: I need performance that can drive a very large and reliable operating volume. I need to pass EMVCo certification






24



A: I need performance that can drive a very large and reliable operating volume. I need to pass EMVCo or NFC Forum certifications






PN512

25

Full NFC Forum-compliant solution

Fast and cost-efficient NFC design startup

NFC

frontend

PN512

http://www.nxp.com/products/:PN5120A0HN1

PN512 is the most broadly adopted NFC frontend

RF frontend compliant with ISO/IEC 14443, ISO/IEC 18092, ISO/IEC 15693 and FeliCa protocols

Card operation mode supporting ISO/IEC14443A and FeliCa scheme

Various host controller interfaces implemented: 8-bit parallel interface, SPI, serial UART, I2C

64-byte FIFO buffer

Flexible interrupt modes

Hard reset with low power function

Programmable timer

26




64 Byte FIFO Interrupts using IRQ pin Dedicated ID for every Operating Mode 2.5 V- 3.6 V power supply, typ. 3.3V Host interface supply voltage down to 1,6V S2C interface available Different packages ( HVQFN40, HVQFN32) NFC Reader Library Booster required for EMVCo analog compliancy. Digital compliancy supported bu the NFC Reader Library

Card Emulation ISO/IEC 14443 A, FeliCa, MIFARE over S2C Reader/Writer mode ISO/IEC 14443 A&B R/W up to 848 kbit/s FeliCa R/W support Support of all mandatory NFC Forum tags R/W support for MIFARE 1K, 4K NFC Peer to Peer mode Active and passive communication mode

Interfaces to host

SPI, serial UART, I2C, 8-bit parallel interface (available on HVQFN40 package)

Packages

HVQFN32, HVQFN40, TFBGA64

PN512 technical product features

Characteristics Supported RF protocols

27

PN512 target markets and applications

28

Access control Gives access to physical door, public transport and allow logical access to a machine

Device-to-device communication Communicate with any NFC device

Gaming Toys can interact with other toys, video game accessories, bridging physical and virtual worlds

PN512 blueboard PNEV512B - PN512 reader board stacked on top of LPC-link board supporting NXP's ARM-based microcontrollers

PNEV512B software SW2979 – NFC Reader Library v4.010.03.001609 R1 for PNEV512B including all SW examples SW255811 – PNEV512B card emulation of a Tag 2 Type and a Tag 4 Type card for LPC1227

PNEV512B design tools SW302410 – Schematics and BOM for PNEV512B

PNEV512B documentation AN11308 – Quick start guide PNEV512B board AN11367 – How to build a NFC application on Android AN11583 – Guide about how to port the Passive Target example from the NFC Reader Library to another MCU AN11342 – How to scale down the NXP Reader Library UM10663 – NXP Reader Library User Manual based on CLRC663 and PN512 blueboard reader projects UM10721 – NXP Reader Library Peer to Peer Manual based on CLRC663 and PN512 blueboard reader projects

PN512: support package

29

EXPLORE-NFC expansion board High performance full NFC expansion board for the Raspberry Pi, only available through element1

EXPLORE-NFC software SW282715 – Neard EXPLORE_NFC containing a SW package to get started working with the EXPLORE_NFC on the Raspberry Pi using the Raspbian Wheezy or Jessie images SW282816 – Neard EXPLORE-NFC Dev, containing the source of all components SW3693 – NFC Reader Library for Linux v4.010.03.001609 SW282911 – Card Emulation example for the Raspberry PI (Type 2 tag emulation)

EXPLORE-NFC design tools OT344310 – Schematics and BOM for EXPLORE-NFC

EXPLORE-NFC documentation AN11480 – Quick start up guide for EXPLORE-NFC working with Raspberry Pi

PN512: support package (II)

30

Other documentation 111351 – Full NFC Forum-compliant frontend (Datasheet) AN11802 – NFC Reader Library for Linux Installation guidelines AN11535 – Measurement and tuning of a NFC and Reader IC antenna with a MiniVNA AN11038 – Fast verification of PN512 and amplifier AN1425 – RF amplifier for NFC Reader ICs AN166510 Amplifier antenna matching calculation excel AN1445 – Antenna design guide for MFRC52x, PN51x, PN53x

CLRC663

31

High output power and reliable RF performance

Fast card detection at minimized power consumption

Fast design-in

High output power IC in small footprint

Support of all main RF protocols. ISO/IEC 14443, ISO/IEC 15693 and FeliCa compliant

NFC Ready enabled

Compelling low power card detection

EMVCo compliance without external amplifier (EMV 2.5 RF level)

Compact footprint of HVQFN32 package for size optimization

NFC

frontend

CLRC633

http://www.nxp.com/products/:CLRC66302HN

CLRC663 high-performance NFC reader solution

32




Main features of CLRC663 are included in the derivatives.

Derivatives are intended to serve segment requirements with optimized functionality set.

MFRC630 Supporting

ISO/IEC14443 A High Data Rates

SLRC610 Supporting

ISO/IEC15693 EPC Class-1 HF/ ISO 18000-3M3

MFRC631 Supporting

ISO/IEC 14443 A&B High Data Rates

CLRC663 Supporting

ISO/IEC 14443 A &B High Data Rates ISO/IEC15693

EPC Class-1 HF/ ISO 18000-3M3

FeliCa NFC-ready

NFC P2P passive initiator

CLRC663 reader IC family

33

Reader/Writer mode:

ISO/IEC 14443A/B R/W up to 848 kbit/s

FeliCa R/W support

R/W support for MIFARE 1K, 4K

ISO/IEC 15693 R/W support Peer to Peer mode:

NFCIP-1 passive initiator communication mode

512 Byte FIFO 3.0V - 5V power supply, typ. 5V Host interface supply voltage down to 1,6V Low Power card detection Integrated Integer NPLL High RF output power Load protocol 8 Kbyte EEPROM Boundary scan interface Supports additional SAM for security applications Support of Higher baud rates of up to 848kbits for high speed transactions

SPI, 2x I2C, Serial UART Small footprint package (HVQFN32)

Interfaces to host

Packages

CLRC663 technical product features


34

CLRC663 target markets and applications

35

Access control Gives access to physical door, public transport and allows logical access to a machine

E-government applications Passport and e-ID readers

Payment Pay for goods or services with a single tap


CLRC663 development board CLEV663B – NFC frontend development board which can be used for embedded software development based on LPCXpresso

NFC Reader Library SW2978 – NFC Reader Library V4.010.03.001609 R1 for CLEV663B including all software examples. SW335613 – ICODE SLI and ICODE ILT examples based on NFC Reader Library. SW3693 - NFC Reader Library for Linux v4.010.03.001609.

Design support tools AN11246 - CLRC663, MFRC631, MFRC630, SLRC610 Directly matched antenna design – advanced user AN11020 – Matching calculations for CLRC663, MFRC631, MFRC630, SLRC610 SW314130 – Schematics and BOM for CLEV663 SW210910 – CLRC663 serial scripts

Documentation 171142 – High-performance multi-protocol NFC frontend (Datasheet) AN11019 – CLRC663, MFRC630, MFRC631, SLRC610 Antenna design guide AN11802 – NFC Reader Library for Linux installation guidelines AN11211 – Quick start up guide RC663 blueboard AN11367 – How to build a NFC application on Android AN11145 – CLRC663, MFRC631, MFRC630, SLRC610 Low power card detection AN11022 - CLRC663 quick start guide AN11535 – Measurement and tuning of a NFC and Reader IC antenna with MiniVNA AN11505 - CLRC663, MFRC631, MFRC630, SLRC610 PC-Serial RS232 quick start guide AN11021 - CLRC663, MFRC631, MFRC630, SLRC610 software design guide for NXPRDLib AN11116 – Using the RS232 serial evaluation boards on a USB port AN11402 – How to implement the ICODE ILT anti-collision AN11342 – How to scale down the NXP Reader Library AN10365 – Surface mount reflow soldering AN11256 – Migration guide CLRC663 to derivates UM10663 – NXP Reader Library User Manual based on CLRC663 and PN512 blueboard Reader projects UM10721 – NXP Reader Library Peer to Peer User Manual based on CLRC663 and PN512 blueboard reader projects

CLRC663 support package

36

PN5180

37

Low power

Easy certification

Fast development

Flexible operation

High-performance, full NFC Forum compliant frontend

Efficient, robust and reliable operation even in harsh conditions

Maximum interoperability for next generation of NFC enabled mobile phones

Onboard Dynamic Power Control (DPC) for optimized RF performance

Adaptive wave shaping control (AWC) eases antenna design

Fast SPI host interface with optimized commands for use with 32-bit host controllers

Small, industry-standard packages with HVQFN & BGA package supporting PCI compliancy.

NFC

frontend

PN5180

http://www.nxp.com/products/:PN5180A0HN

PN5180 the best full NFC frontend in the market

38




SPI up to 7Mbit/s IRQ and BUSY signal for improved host communication

RF driver current up to 250mA Dynamic Power Control DPC Adaptive waveshaping control RF driver supply voltage: 2,7V…5.5V Host interface: 1,8V or 3.3V Flexible low power card detection 4 Multi purpose Outputs‘s (only on TFBGA) HW support for EMVCo EMD handling 13.56 MHz RF clock generation from external 8, 12, 16 and 24 MHz source Overheat protection Operating temperature range: -30…+85°C

Reader/Writer mode ISO/IEC 14443 A&B R/W support up to 848 kbit/s FeliCa R/W support R/W support for MIFARE 1K, 4K NFC Forum tag type 1,2,3,4,5 reader ISO/IEC15693 reader (I-Code SLI) ISO/IEC 18000-3M3 reader (I-Code ILT) EMVCo 2.5 compliance (L1) Peer to Peer mode Passive-Initiator / Passive-Target Active-Initiator / Active-Target P2P supported for types: A (106 kbit/s), F (212,424 kbit/s) Card Emulation ISO/IEC 14443A (up to 848 kbit/s) Active Load Modulation

HVQFN40 and TFBGA64 Part removal detection (PRD, only on TFBGA)

Interfaces to host

Packages



39


40


Access control Gives access to physical door, public transport and allow logical access to a machine

Industrial and high performance readers Interacting with production systems or control equipment , machine-to-machine communication and any reader requiring high RF performance

Software-controlled transmitter current limitation

Field strength control

Improved antenna tuning (transfer function)

Smaller antennas (e.g. EMVCo)

(1) A load change decreases the impedance, i.e. increases the ITVDD

(2) The DPC uses the changed AGC value to change the TVDD settings

(3) The changed TVDD settings reduce the ITVDD and RF power

DPC uses gears to control the Tx output power

PN5180 Dynamic Power Control

41

Dynamic Power Control enables up to 30% increase

of the nominal driver current at same max driver spec

Transmitter current for detuning compensation

H-Field within the operating volume

Modulation index and rise/fall times

Dynamic Regulation of…

EMVCo analog compliancy -

too high power in close distance (clipping)

PN5180… without DPC

PN5180… with DPC theoretical optimum -

getting the best long range power and avoiding

close coupling power impacts

PN5180… with DPC typical example -

reaching long range requirements and

optimising current consumption EMVCo analog compliancy -

high power required in far distance to reach

minimum levels (comm distance)

PN5180 DPC in more detail

42

NFC frontend development kit PN5180 NFC frontend development kit OM25180FDK

PN5180 POS reader solution SLN-POS-RDR: Point of Sale Reader solution

NFC Cockpit SW3524 - Installer package PN5180 NFC Cockpit v2.3

NFC Reader Library SW3522 - NFC Reader Library for PNEV5180B including all SW examples SW3693 - NFC Reader Library for Linux v4.010.03.001609.

Design tools SW3545 - PN5180 antenna design tools

Documentation 75017673 - PN5180 leaflet PN5180 - Product datasheet AN11802 – NFC Reader Library for Linux installation guidelines AN11742 - PN5180 Dynamic Power Control AN11744 - PN5180 evaluation board quick start guide AN11740 - PN5180 antenna design guide AN11741 - How to design an antenna with DPC UM10954 - PN5180 SW quick start guide

PN5180 support package

44

ISO/IEC

15693,

ISO/IEC

18000-3M3

Dynamic

Power

Control

EMVCo L1

RF

SW

stack

ISO/IEC

14443

A&B,

FeliCa

ISO/IEC

18092

Target

ISO/IEC

18092

Initiator

Card mode

in host

PN512

CLRC663

PN5180

ISO/IEC

14443-A

MIFARE,

ISO/IEC

14443-A&B,

FeliCa

Active &

Passive

Active &

Passive L1

with booster

EMV L1

NFC Forum

ISO/IEC

14443-A

MIFARE,

ISO/IEC

14443-A&B,

FeliCa

MIFARE,

ISO/IEC

14443-A&B,

FeliCa

Active &

Passive

Active &

Passive L1

no booster EMV L1

NFC Forum

Reader & Writer Card

emulation

L1

no booster EMV L1

NFC Forum

Yes

ISO/IEC15693

ISO/IEC

18000-3M3

ISO/IEC15693

ISO/IEC

18000-3M3

Passive

Peer-to-Peer

NFC frontends comparison

45

NFC Reader Library Software support for NFC frontend solutions: Available for: PN512, CLRC663, PN5180 and Linux

Development kits and demoboards PNEV512B CLEV663B OM25180FDK

Source code examples SW examples based on NFC Reader Library demonstrating frontend capabilities

Development environment LPCXpresso IDE for LPC MCUs


NFC Cockpit A PC tool that ease design process, antenna tuning and register configuration (only for PN5180)

How to develop applications around NFC frontend solutions

PNEV512R CLEV663 OM5597

46

47

NFC Reader Library: software support for NFC frontend solutions

The NFC Reader Library is a multi-layer library, written in ANSI

C which makes it easy to create NFC-based applications.

Each layer consists of different components having a generic

interface and a specific implementation

The library structure provides a modular way of programming

and is designed in a way to be easily portable to many different

microcontrollers.

NFC Reader Library

http://www.nxp.com/pages/:NFC-READER-LIBRARY






CONTROLLER SOLUTIONS

48

Controller Solutions

49




NFC controller with

application

PN7462



NFC controller with

integrated firmware

PN7120

NFC

frontend

PN5180

Connected NFC tag

NTAG I2C plus

NFC controllers with customizable firmware

NFC controllers with integrated firmware

Designed for today’s compact systems

Higher integration with fewer components

NFC controllers family overview

50



A: I want to integrate the NFC solution into a Linux/Android/Windows system




When to choose an NFC controller solution?

51



A: I want one chip solution to develop my application, with freely programmable uC




When to choose an NFC controller solution?

52

PN7120/PN7150

53

Easy to integrate

Easy to use

Lower bill of materials

Optimized for portable applications

Full NFC Forum-compliant controller

Support NFC card emulation, reader/writer and peer-to-peer modes

Compatible with ISO/IEC 14443-A&B, FeliCa and ISO/IEC 15693 cards

Very easy to integrate thanks to the embedded firmware and NCI standardized interface

Linux, Android and WinIoT drivers ease integration and reduce time to market

Low power operation mode

Standard packages: HVQFN40(PN7150), VFBGA49(PN7120)

NFC Controller with integrated

firmware PN71x0

http://www.nxp.com/products/:PN7120A0EV http://www.nxp.com/products/:PN7150B0HN

PN71x0 the best plug and play full NFC solution

54

http://www.nxp.com/products/:PN7150B0HN





Package

Full hardware and software compatibility Support for Linux, Android, Windows IoT, RTOS, NullOS Interface to Raspberry Pi, BeagleBone Black and all boards with Arduino-compatible header

Complete, power-efficient NFC control

RF driver: 3.0 to 4.75V, 180mA max (PN7150); 2.7 to 3.3V, 180mA max (PN7120) NFC Forum device requirement v1.3 Fully configurable polling loop with low-power mode Load modulation scheme; active (PN7150), passive (PN7120)

I2C up to 3,4MBaud/s NFC Forum NCI 1.0 compliant protocol IRQ signal for improved synchronization Supply voltage: 1.8V to 3.3V

Reader/Writer modes NFC Forum tags Type 1, 2, 3, 4 and 5 ISO/IEC 14443 Type A & B, R/W up to 848 Kbps ISO/IEC 15693 Tags (ICODE) FeliCa tags up to 424 Kbps MIFARE 1K/4K MIFARE DESFire

Card modes (from Host)

NFC Forum T4T (ISO/IEC 14443A&B) at 106 kbps NFC Forum T3T (FeliCa, PN7150 only)

P2P modes

Active and passive initiator and target according to ISO/IEC 18092 at all data rates (106 kbps to 424 kbps)

HVQFN40 (PN7150); VFBGA49 (PN7120)

Interfaces to host

PN71x0 technical product features


55

* Active Load Modulation is the fact to actively drive RF signal with the transmitters during the modulation phase. It gives much stronger signal than the passive load modulation, which is just changing the transmitter impedance.

RF driver supply voltage

2.7V or 3.3V 2.7V...4.75V

Card Emulation mode

Package

Load Modulation concept

Passive Load Modulation

NFC forum T4T - ISO/IEC A&B

VFBGA49

NFC forum T4T - ISO/IEC A&B

NFC forum T3T - FeliCa

HVQFN40

Active Load Modulation*

More output power to work with smaller antenna or better performance

Enable FeliCa use cases (Japan, HK, Singapore)

Decrease PCB manufacturing cost (no microvias)

Allow decreasing antenna size with same RF performance in Card Emulation

and passive Target modes

Benefits

PN7150 vs PN7120

56

PN71x0 target markets and applications

Consumable authentication Ensuring that only original parts are used in a device

Gaming Bridging physical

and virtual worlds

57

Commissioning and pairing of home automation applications Connecting our appliances and smart home devices with a

single touch to remotely manage them

Device personalization and parental control Adjusting settings or Personalized access to certain content or restricted content,

Device maintenance and troubleshooting Enabling better product maintenance, product registration or FW upgrades by the technicians

NXP provides a portfolio of NFC controller solutions optimized for integration in OS environments such as Linux, Android, Windows or RTOS and even without operating system.

Linux NFC architecture Linux integration is offered through

NXP’s Linux libnfc-nci SW stack

Android NFC architecture Android integration is offered through the

Android AOSP SW stack for which NXP delivers dedicated patches.

Windows NFC architecture Windows integration is offered through Microsoft Windows universal NFC device

driver model,

NullOS/RTOS architecture NullOS/RTOS integration is demonstrated with code examples running on NXP’s LPC , Kinetis

and i.MX MCUs

PN71x0 easy SW integration into any environment

58


NFC controller SBC kit OM5577/PN7120S – PN7120 Controller SBC kit OM5577/PN7100ARD – PN7120 NFC Controller SBC kit for Arduino

SW support SW3735- NXP-NCI Kinetis Design Studio example SW3241- NXP-NCI LPCXpresso example SW3497- PN71x0 on RPI, WinIoT driver installation files OM55777_BBB_KITKAT – OM5577 BeagleBone Android KitKat demo image OM5577 _BBB_LINUX- OM5577 BeagleBone Linux demo image OM5577_RPI_LINUX-OM5577 Raspberry Pi Linux demo image OM5577_RPI_WIN10IOT-OM5577 Raspberry Pi WinIoT10 demo image

Documentation AN11646 – PN7120 NFC Controller SBC Kit Quick Start Guide AN11658 – NXP-NCI LPCXpresso example AN11845- NXP-NCI Kinetis Design Studio example UM10819 – PN7120 User Manual UM10878- NFC Controller SBC Kit User Manual AN11697 PN71x Linux Software Stack Integration Guidelines PN71x0 Windows IoT porting guidelines AN11700- PN7120 Product Quick Start Guide AN11690 NXP-NCI Android porting guidelines AN11564 PN7120 Antenna Design and Matching guide AN11656 PN120 Hardware design guide AN11562 PN7120 Low Power Mode configuration

59


NFC controller SBC kit OM5578/PN7150ARD – PN7150 NFC Controller SBC kit for Arduino OM5578/PN7150BBB– PN7150 NFC Controller SBC kit for BeableBone Black OM5578/PN7150RPI-– PN7150 NFC Controller SBC kit for Raspberry Pi

SW support Linux NFC stack for NCI based NXP NFC Controllers Android patches for KitKat Android patches for Lollipop SW3735- NXP-NCI Kinetis Design Studio example SW3241- NXP-NCI LPCXpresso example SW3497- PN71x0 on Raspberry Pi, WinIoT driver installation files OM5578 PN7150 UDOO Neo Linux system image OM5578 PN7150 Beaglebone Black KitKat Linux system image OM5578 PN7150 Beaglebone Black Linux system image OM5578 PN7150 Raspberry Pi Linux system image OM557x PN71x0 Raspberry Pi 2 WinIoT

Documentation AN11759 – Product quick start guide AN11755 – Antenna and tuning design guide AN11756 – Hardware design guide AN11757 – Low power mode configuration AN11697 – Linux software stack integration guidelines AN11690 – Android integration guidelines AN11767 – Windows IoT porting guidelines AN11758 – Raspberry Pi demo kit quick start guide AN11842 – BeagleBone demo kit quick start guide AN11841 – Arduino demo kit quick start guide AN11658 – LPCXpresso example AN11845 – Kinetis Design studio example UM10936 – User Manual

60

Development kit SingleBoard Computer (SBC) kits with interface boards for Arduino, Raspberry Pi and BeagleBone Black

SW images and SW examples For Windows 10 IoT , Android, Linux, RTOS, NullOS together with illustrative NFC SW examples


+

+

OM5578/PN7150S

PN7150 NFC Controller Board

OM29110ARD

Arduino Interface Board

NTAG216

NFC Sample Card

+

+

OM5578/PN7150S


OM29110BBB

BeagleBone Interface Board

NTAG216

NFC Sample Card

+

+

OM5578/PN7150S


OM29110RPI

RaspberryPi Interface Board

NTAG216

NFC Sample Card

Compatibility with development boards Integration with any boards featuring Arduino-compatible header, including many LPC, Kinetis and i.MxX boards

How to develop applications around NFC controller with integrated FW solutions

61

PN7462 family

62

NFC and contact interfaces, MCU, and software

in one chip

http://www.nxp.com/products/:PN7462AUHN

State of the art RF interface, compliant with: ISO/IEC 14443, ISO/IEC 18092, ISO/IEC 15693, ISO/IEC 18000-3M3, FeliCa

Contact interface compliant with ISO/IEC 7816-2 to 4

Integrated 20MHz Cortex M0 microcontroller with 80/160kB flash memory, 12kB RAM and 4kB EEPROM

One configurable host interface: I2C, SPI, USB, HSUART

Two master interfaces: I2C and SPI

12 to 21 GPIOs

DPC for optimized antenna performance

EMVCo and NFC Forum compliance for easy certification

Advanced power management

Extensive support tools, including sample source code

HVQFN64 package (9x9 mm)

NFC Controller with application

PN762

PN7462 the first all-in-one full NFC solution

63



Contact reader

Packages



CPU core Cortex M0 160kB flash, 12kB RAM, CPU-clk = 20MHz

RF performance Transmitter current up to 250mA Dynamic Power Control

Ease of integration Multiple host interfaces GPIOs and master drivers for peripherals Protected firmware download in flash Temperature range: -40°C / +85°C

Flexibility in development Ease of configuration Multiple SW examples provided for different use cases EMVCo validated libraries NFC Forum compliant libraries Usage of standard development tools

Reader/Writer modes NFC Forum tag type 1 to 5 ISO/IEC 14443 Type A & B R/W up to 848 kbit/s ISO/IEC 15693 reader (I-Code SLI) ISO/IEC 18000-3M3 reader (I-Code ILT) FeliCa tags up to 424kbps MIFARE 1K/4K MIFARE DESFire

Card modes ISO/IEC 14443-4 card emulation

P2P modes Active and passive initiator and target according ISO/IEC 18092 at all data rates

Class A, B, C card supported Fully integrated ISO/IEC 7816-3&4 UART Baud rate up to 1Mbit/s Capability to drive external frontend for SAMs

HVQFN64 Interfaces

I²C/SPI/USB/UART host interfaces SPI and I²C master interfaces 64


65


Access control Gives access to physical door, public transport and allows logical access to a machine

USB readers and home banking Ideal solution to build USB NFC readers for easy connection to a PC or laptop


PN7462 family includes derivatives to fit every specific need

NFC microcontroller, 160 kB flash memory

NFC microcontroller, 160 KB flash memory and an ISO/IEC7816 / EMVCo contact interface

PN7462 family overview

NFC microcontroller, 80kB flash memory

66

Full NFC frontend,

with embedded contact interface

EMVCo compliant contactless and

contact interfaces

I2C master

GPIOs

Contactless IF

Contact IF

27.12MHz

5V

PN7462

SPI master

Embedded Cortex M0 for custom applications, cost and space

saving

USB

PN7462 all-in-one solution

67

NFC Controller development kit PN7462 NFC controller development kit OM27460CDK

PN7462AU FW and SW examples SW3683 – Installer package PN7462AU FW and SW Examples full version v4.0_01_00. Full NFC Forum compliant and contact software libraries

PN7462AU NFC Cockpit SW3707 - Installer package PN7462 NFC Cockpit

Documentation 369231 – NFC Cortex-M0 microcontroller (Datasheet) AN11706 – PN7462AU Antenna design guide AN11738 – PN7462AU Contact smartcard application AN11784 – PN7462AU How to integrate RTOS AN11785 – PN7462AU LPCD and standby mode UM10833 – PN7462 Quick start guide – customer board UM10913 – Software user manual UM10858 – PN7462 HW User Manual UM10957 – PN7462AU Door access user manual UM10915 – PN7462AU PC CCID reader user manual UM10951 – PN7462 Reference POS application


68

How to develop applications around NFC controller with customizable FW solutions

Fully customizable firmware Dedicated SW library for contact & contactless applications

Development kits OM27462CDK NFC Controller development kit enabling easy and fast development of applications

Source code examples SW examples based on contact and contactless SW libraries demonstrating NFC controller capabilities

Development environment LPCXpresso IDE for LPC MCUs Keil and IAR tool chain


NFC Cockpit A PC tool that ease design process, antenna tuning and register configuration

RF HAL (phhalRf)

NxpRdLib HAL Wrapper

ISO14443-3A, 3B, FeliCa PAL

ISO14443-4A PAL

ISO14443-4PAL

MIFAREPAL

MFC, MFDF, MFUL

AL

MFC, MFDF, MFUL

Example App

EMV Example

AppType A

Discovery Loop App

Discovery Loop

AC

FeliCa R/W App

Type B L4 Example

Examples Layer (phExMain)

Application Layer

Protocol Layer

HAL

NXP Protected ROM

RF ROM HAL

PMU HAL (TXLDO)

CLKGEN HAL (CLIF PLL)

CLIF HW PMU/PCR HW

CLKGEN HWPN7462AU HW

Blocks

Timers/CRC/RNG/

EEPROM HAL

Tools (CRC,RNG..)

&

RTOS Abstraction

Timers/CRC/RNG/

EEPROM HW

phExMain - phExMain_Ct

Examples Layer

Protocol Layer

phhalHwCt phhalHwPmu

PMU/PCR HWCT HW

RTOS Abstraction

HAL

phpalCt

69

NFC Controllers comparison

70

NXP NFC portfolio A broad portfolio addressing all your needs

71

Active / Passive

SW stack NFC modes External BOM Chip prize

Connected NFC tags solutions Passive (Energy

Harvesting) - Type 2 Tag Low $

NFC frontend solutions Active Via NFC library R/W CE

P2P High $$

NFC controller solutions (with integrated firmware)

Active Via integrated NFC stack on

MCU

R/W CE

P2P Low $$$

NFC controller solutions (with customizable firmware)

Active Freely

programmable MCU

R/W CE

P2P Lowest $$$$

Lowest cost

Maximum flexibility

Plug and play

All-in-one

NXP NFC product portfolio Each family brings unique benefits

72

NXP NFC product portfolio The product selection path

I will interact with contactless cards

I will interact only with NFC

phones

What OS requirements do

you have?

Linux Android

Windows

Own application code

RTOS NullOS

Passive solution

Active solution

I will talk to any NFC-enabled

system

High performance

High performance

Standard performance

Connected NFC tag solution PN71xx NFC

controller with integrated FW

PN746x_736x NFC controller with

customizable FW

PN5180 NFC frontend

PN512 NFC frontend

CLRC663 NFC frontend family

73

NXP NFC product portfolio Detailed comparison

ISO/IEC

7816

interface

NFC

Tag

Output

Power

Card in

host mode

Reader & Writer P2P mode DPC Embedded

MCU

Energy

Harvesting

Zero Power

Access

PN7150

PN7462

PN512

CLRC663

NTAG

I2C plus

NTAG F Read&

Write

Read&

Write 10mA @ 2V

Tag

Type 2

Tag

Type 2

Reader

Tag Type

1,2,3,4

Reader

Tag Type

1,2,3,4,5

Reader

Tag Type

1,2,3,4,5 PN5180

Reader

Tag Type

1,2,3,4,5

Medium

High

High

High

ISO/IEC14443

FeliCa

ISO/IEC15693

ISO18000-3M3

ISO/IEC14443

FeliCa ISO/IEC15693

ISO18000-3M3

ISO/IEC14443

FeliCa ISO/IEC15693

Passive

Initator

Active&

Passive Yes

Active&

Passive

ISO/IEC

14443-A&B

FeliCa

ISO/IEC

14443-A

ISO/IEC

14443-A,

Felica

Card emulation

Yes, non

Rewritable FW

ISO/IEC14443

FeliCa Active&

Passive

Read & Write

ISO/IEC

14443-A

ISO/IEC14443

FeliCa

ISO/IEC15693

ISO/IEC

18000-3M3 Yes

Active&

Passive

Reader

Tag Type

1,2,3,4,5

Yes,

customizable FW High Yes

74

Peer-to-

Peer

Find your NFC toolkit at: www.nxp.com

75

http://www.nxp.com/

NXP Partner program

76

Training

Thank you

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