UNLOCK NFC EVERYWHERE.

NOW iOS AND ANDROID READY 1. You’ll speak with intention 2. You’ll save energy NFC involves only two devices at Since energy harvesting lets one 5 BIG REASONS once, so there’s no crosstalk. Plus, device power another during an NFC you avoid being overheard and keep transaction, the second device can secrets safe by getting close before save its battery for other tasks or not TO CONSIDER NFC. you start to speak. have a battery at all.

3. You’ll play well with others 4. You’ll be welcome NFC is a unifying technology that wherever you go makes it easier to live in a wireless Fully supported by the majority of world. Pair and commission just Android and iOS out about any wireless device with there, NFC is an integral part of one a single tap of your NFC- of the largest infrastructures on the enabled device. planet, and ready to work whenever you are.

5. You’ll Always Have a Remote Control in Hand With your or tablet 6.925 BILLION as the user interface, you’ll be the NFC-ENABLED DEVICES master of any piece of equipment, be it a robot in a factory, a sensor WILL BE SHIPPED BY 2021 in a storage room, or a new set Source: ABI 2019 of earbuds.

A NEW TWIST

A recently introduced standard, issued by the NFC Forum, lets NFC use radio waves to send power and wirelessly charge devices that operate at or below 1 W.

NFC wireless charging lets us rethink the way we power battery-driven devices. Now, instead of hunting for a cord and an outlet, we can simply set a device down to initiate a recharge. What’s more, this new twist on NFC functionality lets us create a whole new category of tiny products that don’t use plugs or ports, so they’re smaller, sleeker, and safer to use. It’s taking convenience to new heights.

3 UNLIMITED FORWARD MOMENTUM

At NXP, we never stop moving ahead with NFC. Since 2002, when we co-invented the technology, we’ve been working to expand the ecosystem and improve the technology. We co-founded the NFC Forum, hold the number-one position in the market, and offer one of the broadest portfolios in the industry.

Yet we continue to push ahead, introducing new formats, including connected NFC tags for electronic systems, and delivering new approaches, such as wireless NFC charging for low-power devices. It’s our way of ensuring that this remarkable technology maintains its forward momentum.

2019

Extended NFC support in iOS including reading and writing of NFC NDEF Tags, but also ISO 7816, ISO15693, Apple introduces MIFARE Introduction of iPhone 7 which reads Apple introduces and FelicCa protocols. background NFC 2017 IoT Felica cards (NFC 2015 iPhone 6 with NDEF tag reading in Forum T3T) in . using NFC Forum releases iOS following App- NFC technology. standard for NFC based NFC NDEF tag NFC Forum loT NXP ships Wireless Charging. working group the 1Billionth chip x Gentle introduces NFC tag to enable secure Monster launch the certification ensuring NFC transactions 2014 NFC Tag first eyewear line to 2018 predictable UEX. 2016 in smartphones. use NFC charging. NXP wins prestigious European Inventor Award for NFC.

NXP co-founds the introduces NFC Forum to lead Smart Tags, which collaborations with use NFC to change industry stakeholders NFC Forum releases modes and profiles 2002 and help standardize 2006 Peer-to-Peer standards. 2010 on a Sony smartphone the technology. at close range.

NXP and Sony 6131 co-invent NFC Nokia launches launches technology. the first NFC phone. the first Android 2004 2009 NFC phone. 2012

4 5 USE CASES ACCESS CONTROL (Physical and Logical) Use your phone to open doors Turn your wristband into a NFC brings mobility to a high level of • Log time and attendance for secure areas at home, at work, or when you travel special-access pass security for physical and logical access, so you can do more with your smartphone or • Manage key distribution remotely a wearable. When you leave home, your phone or wristband can lock the door, and • Set limits for access times, for temporary when you arrive at work, it can serve as personnel, or rental homes your ID badge, your computer logon, and your authorization to use certain machines. Your device can also open your hotel room • Reduce maintenance and replacement costs, or be your event ticket. With NFC, you with fewer lost or damaged keys, cards, reduce waste, increase security, and gain or badges the ability to grant or deny access, as needed, from a remote location.

WHICH PRODUCT? Tap your way into work or school Increase productivity with fast access using NFC to specialized machinery NFC Frontend NFC Controller with Contactless CLRC663 plus Family Customizable Firmware Multi-application PN7462 / PN736x MIFARE® DESFire® Family

RocketXS A ready-to-produce If you already have a If you need a small footprint, for If you’re designing a card-based microcontroller on board, a door lock perhaps, use these access system with MIFARE design for the growing and need robust NFC all-in-one solutions to execute a DESFire EV2, get the benefit of performance with a lower power fully custom application. CC EAL5+ security – the same smart lock market in consumption, especially No external MCU needed. certification level bank cards and that supports NFC in a battery-operated system, electronic passports use. use this NFC frontend to push card reading, This NFC-compatible MIFARE your design further. solution is also available in LE, fingerprint reading, multiple form factors from pinpad operation, and key-fobs to wristbands. secure key sharing For single-application uses, MIFARE DESFire Light offers via WeChat. a cost-effective solution with CC EAL4 security.

6 7 USE CASES PAIRING & COMMISSIONING

Just bringing two NFC-enabled devices • Enable two-way interactions with close together is all it takes to create a Peer-to-Peer mode Pair with Bluetooth devices faster, Pair with Wi-Fi devices with just a tap connection. What’s more, NFC can also trigger other protocols, like Bluetooth, without conflicts • Pair Bluetooth or Wi-Fi devices 20x faster with NFC ZigBee, or Wi-Fi. Pairing is practically instantaneous and, because NFC only works when you ask it to, there aren’t any • Identify a device instantly, without entering unintended device connections, and none codes or creating device conflicts of the device conflicts that can happen with Bluetooth. • Make devices easier to use and reduce

It’s also easier to commission new devices tech-support costs or expand your home network, even if you’re adding devices that don’t have a • Exchange credentials securely, just by tapping battery – and there’s no need to search for a connection or type in a serial number. • Use protocol-agnostic operations to trigger actions

WHICH PRODUCT? View images and videos on Add sensors and lights to your home or the big screen, with just a tap office network in just seconds, without NFC Connected Tag NFC Controller with NFC Connected Tag entering codes NTAG® I2C plus Integrated Firmware for Tiny Devices PN7150 NTAG 5 boost and link

If you’re working on a battery- If you’re running an OS, like The NTAG 5 boost is a Type 5 powered design that already has a Android, Windows, or Linux, Tag that delivers exceptional microcontroller, such as use the embedded NFC read range, giving tiny devices a speaker or IoT node, use this tag firmware and NCI interface in the ability to interact with the IC to wake the system and initiate these controllers to quickly add cloud and other NFC-enabled Bluetooth or Wi-Fi pairing. fully compliant NFC functionality. devices, including smartphones. The PN7150 is also a good choice for routers and gateways that will interact with NTAG- equipped nodes.

8 9 USE CASES AUTHENTICATION & IDENTIFICATION

NFC is the one technology that makes • Authenticate replacement parts and it easier and safer, at every point of automatically adjust settings of the main Ensure safety with branded Create experiences that are more ownership, to enjoy any type of electronic device. From using personal care items and unit based on the accessory attached replacements that automatically interactive – and more personal household appliances to adjusting settings adjust settings of smart gym equipment based on your very • Identify users and immediately provide own profile, NFC can simplify configuration, personalized settings and preferences increase personalization, enable reorders, enhance safety, and fight fakes. • Send notifications when accessories The same NFC operations increase are nearing replacement, and make automation in industrial settings, too, for offers based on usage patterns greater efficiency.

WHICH PRODUCT?

NFC Frontend NFC Frontend NFC Controller with MFRC630 plus SLRC610 plus Integrated Firmware Order and by automatically Tags Tags PN71xx branded replacements Boost manufacturing NTAG21x, ICODE SLIX, ICODE DNA consumables with a single tap, using choosing the right tool every time NTAG DNA authenticated redirection

Tags based on NTAG and If you need to support longer If you’re working with an OS, AIR PURIFIER MIFARE offer a wide range of distances between the tag and like Android, Windows, or Linux, security options and can be read its reader, then the SLRC610 plus use one of these controllers for The Xiaomi Mi 2S and Mi 2Pro Air by all NFC phones. Once you’ve reader, which works with ICODE plug-and-play functionality when chosen a tag, the MFRC630 plus tags, gives you the extra margin reading NTAG, MIFARE, and Purifiers work with an NFC frontend is an excellentl single-protocol in read range. ICODE tags. reader for this use case. in the actual purifier device and an NFC tag in the removable filter, protecting from counterfeit and ensuring good quality reputation. NFC does further allow to track the time a filter is in use and will help to reset the device automatically once you insert a new filter.

10 11

USE CASES PARAMETRIZATION & DIAGNOSIS Any NFC-enabled phone or tablet can NFC advantages over Bluetooth or Wi-Fi connection: serve as a temporary touchscreen for your Let a fully sealed, batteryfree sensor unit Avoid galvanic connections by product, enabling sophisticated interactions • Device can be unpowered and configurability at little additional cost. interact with the meter housing letting machines talk without wires Your product can be smaller, lighter, more • No ambiguities - the device you tap is the device you rugged, and less expensive to produce – connect to yet easier to use. What’s more, NFC works with sealed devices, so sensors operating in difficult environments can easily interact • Inherent security due to short range and additional with the control unit. Energy harvesting password and AES key option uses power from the active reader device, so unlike Bluetooth or Wi-Fi, with NFC • Very cost effective the device doesn’t need a battery to send or receive information. Systems with a battery can even remain in sleep mode while being read.

WHICH PRODUCT? Enable interactions with small, sealed Get all the details, with complete control devices that are not powered, for example over every setting and configuration, MFRC630 plus + NTAG I²C plus SLRC610 plus + NTAG 5 Family configure the current of LED drivers even if the device is unpowered

With the high-performance, energy-harvesting NTAG 5 boost will give you a great read range with connected tag NTAG I²C plus on board, your very small antennas. It can even work without an device can be read, measured, or made interactive onboard MCU further reducing the BoM. – even if it doesn’t have a power source. LATE-STAGE CUSTOMIZATION Select NTAG 5 link when you need an I²C master To embed also the reader function into an electronic interface, for example when reading out sensors. The NTAG I²C plus and NTAG 5 support zero-power device, use the MFRC630 plus reader frontend to read NTAG 5 switch which is designed to ease the data from or write data to the NTAG I²C plus. configuration, so you can save on logistics costs with configuration of GPIOS or PMW. late-stage customization. Limit production variants by plus The SLRC610 NFC frontend creates the right producing a generic item that can be configured in its match with the new NTAG 5 Family. unpowered state, just before shipping, through the When precision matters, packaging. Or let installers and consumers do the customizing for Schneider’s Zelio Timer you, with a quick tap of their NFC-enabled phones. Relay uses NFC to deliver 50 times the accuracy of Energy harvesting uses power from the active reader conventional timer relays. device, so the device doesn’t need a battery to send or receive information. 12 13 USE CASES $ PAYMENT

Contactless technology lets you do • Offer tap-and-pay convenience business with open systems like EMV, with enhanced security or with closed systems like MIFARE. You can count on full compatibility with every • Accept EMV and MIFARE payments, form factor, from smartcards and NFC- equipped mobile phones to wearables, and send paperless receipts Offer new kinds of Let micro-merchants Use a secure, tokens, and more. Using contactless loyalty and couponing accept and confirm protected connection technology also lets you increase • Increase engagement with messages, programs, with new payments just like the to access your bank or consumer share-of-mind with value-added loyalty, and couponing levels of interaction mega-merchants initiate transactions services, such as personalized messages, loyalty programs, and coupons based on • Use system-level solutions to save recent purchases. design and certification time

• Use protocol-agnostic operations to trigger actions

WHICH PRODUCT?

NFC Frontend NFC Controller with Contact Reader Frontend PN5190/PN5180 Customizable Firmware TDA8035 CLRC663 plus PN7462 TDA8026 Get a snack or a drink, Get access to any kind Create self-service even if you left your of energy through kiosks that attract cash at home prepaid systems attention while selling more tickets

If you want your design to talk If you need a small footprint, use If you want to support contact GET READY FOR EMV to any other NFC-enabled this single-chip solution to create cards in your terminal, you can 3.0 CONTACTLESS LEVEL 1 system, and you already have a very compact design. You can choose the single-slot TDA8035, a microcontroller on board, easily add a coprocessor for or select the TDA8026 for use use one of these EMVCo- time-critical functions in the with multiple SAMs. Both offer This latest version of the payment standard improves compliant frontends to add EMVL1 protocol layer, for fast full support for all classes of interoperability between terminals and adds three secure payment functions. payment performance. smartcard. new test targets (PICC) to support cards, mobiles, wearables, and other form factors that use antennas of different shapes and sizes. NXP is already there, with the PN5180, which includes advanced transmitter features, such as DPC, AWS, and ARC, and full compliance built into the NXP Reader Library.

14 15

NFC PRODUCT SELECTION PATH FOR EMBEDDED ELECTRONICS

INTRODUCING OUR PASSIVE SOLUTION My device will only communicate NFC PORTFOLIO with NFC phones or readers

As one of the leading providers of NFC solutions, we offer I want high I want a flexible I want to control I want to read I want to add a wide selection of form, fit, and function. integration add-on to GPIOs/PWM via instantaneous NFC to a tiny (single chip MCU an existing NFC without using value from a sensor device and get a + passive NFC MCU/MPU any MCU/MPU without using any reliable and better interface) MCU/MPU read range MCU with Intergrated CONNECTED TAGS Firmware NFC CONTROLLERS WITH These small, passive tag ICs are a cost- INTEGRATED FIRMWARE LPC8N04 NTAG I²C plus NTAG 5 switch NTAG 5 link NTAG 5 boost effective solution when you have an NFC NFC These plug-and-play solutions combine reader or NFC phone on the other side of an NFC frontend with a 32-bit Cortex-M0 the transaction. They use an RF interface microcontroller equipped with integrated that’s fully compliant with the NFC Forum’s firmware, and are optimized for use with I want an AES- I want a secure specifications, and they support energy an OS. They come with Linux, Android, and secured add-on to sensor read out harvesting, so there’s no need for a WinIoT drivers, and include an NCI interface, an existing MCU/ without an battery to power NFC interactions. so they’re fully compliant with the NFC MPU MCU/MPU Forum’s specifications.

NTAG 5 link AES NTAG 5 link AES

MCU with Customizable Firmware NFC CONTROLLERS NFC NFC FRONTENDS WITH CUSTOMIZABLE These NFC devices are a very flexible way NFC FIRMWARE to add NFC connectivity to a system. All our NFC frontends are supported These highly integrated devices combine an ACTIVE SOLUTION by our NFC Reader Library (see p30), NFC frontend with a freely programmable so design-in is fast and easy. My device will communicate with 32-bit Cortex-M0 microcontroller. They let you create a fully custom design, complete NFC phones, readers and tags with NFC, in a very compact footprint. Sophisticated options include support for both contactless and contact technologies. I want highest I have an I have an MCU running integration (single applications RTOS or no OS chip MCU + Full processor running NFC reader) Linux, Android or WinIOT

PN7462 NFC PN71xx My device will interact I need full NFC functionality controller NFC controller with contactless cards including Card emulation and LONGEVITY family with with integrated or NFC phones Peer-to-peer customizable FW FW The Product Longevity program ensures PN5180 Full NFC frontend a stable supply of products for your embedded designs. Longevity products remain in the program even if the High performance Reader for NTAG® / MIFARE® Reader for manufacturing site changes. If we transfer multi-protocol reader products ICODE® products a longevity product to another facility,

we requalify the product to maintain its CLRC663 plus NFC frontend MFRC630 plus, ISO/ SLRC610 plus, ISO/IEC15693 status. Supported products: CLRC663 plus, IEC14443A reader and ISO/IEC18000-3M3 PN7150, NTAG I²C plus, and NTAG 5 family. frontend reader frontend

16 17 TOOLS TO SUPPORT NFC WE PRODUCT SELECTION DEVELOPMENT KITS MAKE NFC EASY Linecard NFC Parametric NFC MCU We reduce complexity, streamline tasks, and (print/online) search Development Kits Compatibility add flexibility at every point in development, Complete NXP NFC Online tool Wide range of Guide product listings, with with parametric development kits Check compatibility so you can deliver a competitive advantage detailed specs and side- search features for every NFCProduct, with common MCU by-side comparisons incl. design files and boards and single- in record time. Links to the support tools Gerber files board computers at listed below can be found on nxp.surl.ms/nfcmcu nxp.com/nfc. TOOLS AND APPLICATIONS

NFC Cockpit NFC Antenna NFC Library EMVCo 3.0 Intuitive GUI to Design Hub Extensive compliance configure and adapt A comprehensive portal support library for EMVCo 3.0 NFC IC settings of resources and tutorials NFC Frontend ICs (analog and digital) without coding on NFC antenna design library in source code Sample code to featuring the NFC speed up development Antenna Design Tool. App notes Detailed instructions on a broad range of applications

TRAINING AND SUPPORT

NFC Training Technical NFC Design Partners Catalog Community Independent Design Houses certified by Complete index of Online platform to ask NXP Partners www.nxp.com/partners on-demand trainings and discuss NFC queries at and tutorials by https://community.nxp. industry experts com/community/nfc

19 NFC tags can be read by all standard NFC-enabled phones and are available as bare bumped dies on wafers, intended for use in inlays, NFC tags an labels, as well as modules.

TAGS NTAG allows to add the benefits of • Consumable and accessory contactless technology to high-security Choose from a wide range of identification and authentication and/or high-volume applications. The 13.56 MHz high-frequency (HF) NTAG family fully complies to ISO • Direct 1:1 consumer engagement ICs for inlays, tags, labels, and 14443A and NFC Forum Tag Type 2 cards, featuring multiple security, and 4 specifications, ensuring universal • Brand protection and memory storage, and interactivity interoperability with NFC devices and anti-counterfeiting options that address varied operating with and without apps. NFC tags enable a number of entirely new • Anti-tampering and anti-refilling customer needs, from feature- business applications: light to feature-rich applications. • Document authentication

NTAG424 NTAG NTAG NTAG SOFTWARE ICODE SLIX 2 ICODE DNA DNA 210μ 21x 413 DNA TagTamper

NFC Forum NFC Forum type format Type 5 Type 2 Type 4 TapLinx Type format SDK for the creation User Memory [bit] 2528 2016 User memory [byte] 48 48-888 416 of Android-based NFC RF Standard ISO/IEC 14443A mobile apps. NXP’s ICODE® is one of the leading brand for RF Standard ISO/IEC 15693 entire NFC smart objects RF Baud Rate [Kbit/s] 106 up to 848 smart, high-frequency (HF) label solutions portfolio in one open API. UID (TID size[bit] 64 64 with billions of ICs in the field. The vicinity UID [byte] 7, cascaded solution is ISO/IEC 15693 and ISO/IEC 32 bit 128-bit Fast Inventory Access Keys RFID Discover 18000-3 compliant, and follows NFC Write Protection Explore and deploy Forum Tag Type 5 specifications. ICODE Tag Authentication AES – 128bit further provides an operating range Password all the features of our MIFARE, NTAG, ICODE of up to 1 m with long range readers, EAS/AFI Originality signature Programmable 32 bytes 56 bytes additional read range vs ISO/IEC 14443 and MIFARE SAM AV2 UID ASCII mirror with standard ISO/IEC 15693 readers for EAS/AFI Protection 32bit password AES – 128bit 13.56 MHz platforms. extra small form factors and NFC phone Fast Read EAS Selective readability: NFC counter with NFC TagWriter ASCII mirror AFI by NXP Dynamic CMAC Quickly and easily AFI Protection 32bit password mirroring program contacts, 3-pass mutual • Library management Authentication bookmarks, geo Memory write Lock 17/50/70 depending 50 location, Bluetooth • Consumable and accessory Cres Capacitance [pF] on product pairing, email, identification and authentication Memory access Protection 32bit password AES – 128bit Tamper loop and more. with once 32bit password AES – 128bit • Brand protection and Privacy Protection Special feature opened detection anti-counterfeiting Destroy Protection 32bit password AES – 128bit NFC TagInfo Crypto processor AES 128 by NXP • Supply chain control Counter Certification NFC Forum NFC Forum, CC EAL4 Read out the complete • Industrial tag memory layout, Originality Signature programmable SUN – secure unique Tap unique NFC NFC message message generation extract NDEF messages, use the value-checker Cres Capacitance [pF] 23.5 SAM support MIFARE SAM AV3 function, and more.

20 21

NTAG 5 BOOST

V CONNECTED CC ALM SRAM I²C MCU TAGS 1 0 1 0 1 0

These tags enable an easy link to the cloud by offering EEPROM both, an RF and a host interface. The user memory can be configured for multiple rewrites or can be password Transparent I²C Master Channel

protected, so data can’t be manipulated. Sensor Energy Harvesting NXP’s Originality Signature, an algorithm that supports digital elliptic Data Data curve cryptography (ECC), adds an extra level of security and enables Event Detection tag validation without a cloud connection. The NTAG 5 family offers re- Energy Energy programmable originality signature on top, and scalable security with up to 128 Bit AES mutual authentication.

The low power stand-by mode can be used to wake the MCU when it senses an NFC interaction, helps save power. Connected tags can also use a pass-through mode (SRAM) to act as a modem for direct PRODUCT SUPPORT PACKAGE communication between the NFC device and the MCU. A broad range of connected tag development boards offers an out-of-box experience to develop a The NTAG 5 boost uses active load modulation (ALM) to variety of NFC applications for IoT devices in consumer, industrial and medical segments. deliver robust and reliable communication with NFC phones, bringing a new level of convenience to tiny devices.

Hardware design support Software design support

• Range of development boards for easy • MCU source code prototyping • Android and iOS source codes NFC AS MCU • Schematics, layouts, and BoMs REPLACEMENT • “RFID Discover” App available to explore • Easy to use Antenna Design Guide connected tags memory layout and features

In some applications, NTAG 5 enables simple and cost-effective designs without a microcontroller. It implements Comprehensive applications notes and support multiplexed pins, offering general- material can be downloaded from purpose I/O (GPIO) and pulse width www.nxp.com/nfc modulation (PWM) as well as NFC I²C master functionality. The characteristics of the PWM or GPIO signal can be configured through the NFC interface. The I²C Master enables zero-power and instantaneous sensor read out.

22 23

SELECTION GUIDE EVALUATE, PROTOTYPE & FINE-TUNE

NTAG I2C plus NTAG 5 switch NTAG 5 link NTAG 5 boost OM5569-NT322E OM2NTx5332 OM5569-NT322ER

NFC Forum 2 5 5 5 type tag

Max. interface 106 kbps/400 kHz 53 kbps/- 53 kbps/400 kHz 53 kbps/400 kHz speed - NFC/I2C

888 or 2048 bytes 2048 bytes 1912 bytes 512 bytes Memory size 256 bytes SRAM 256 bytes SRAM 64 bytes SRAM NTAG I2C plus Development Kits for NTAG 5 family Explorer Kit The dedicated NTAG 5 switch/link and NTAG 5 Memory Read only locking Read only locking ® Read only locking A sophisticated demonstration and development boost Arduino -compatible customer development protection Read only locking and 32- or 64-bit and 32- or 64-bit and 32- or resource to evaluate the NTAG I²C plus in an boards are suitable for any boards featuring an from NFC and 32-bit PWD PWD AES PWD or AES 64-bit PWD * electronic system. Use it to explore tag operation, Arduino header, including NXP MCUXpresso, Kinetis perspective mutual auth mutual auth. the NFC RF communication link, and the I²C serial and i.MX boards. Android and iOS application based bus link. The OM5569-NT322ER provides an on TapLinx is available from NXP. Memory additional NFC reader, so you can explore reader protection Restrict access to NFC password – 32-bit PWD 32-bit PWD and tag functionality without having to have an New NTAG 5 family features can be explored using from protected area NFC-enabled phone. the NTAG 5 Demo Kit. Search for OM2NTA5KIT connected host

Memory areas 2 3 3 3

Originality fixed re-programmable re-programmable re-programmable Signature

when used yes regulated regulated as passive Energy harvesting up to 15 mW up to 30 mW up to 30 mW regulated up to 30 mW

PWM; GPIO; PWM; GPIO; I2C slave; PWM, I2C slave, I2C I2C slave, I2C Event GPIO; Event Wired Interface transparent master*; transparent master; Detection Detection Event detection Event detection

Typical stand-by and hard-power- – 6 µA/0,25 µA 6 µA/0,25 µA 10 µA/0,25 µA down current DOWNLOAD THE yes, when VCC Active load – – – modulation supplied NTAG I²C DEMOBOARD AND NTAG 5 Temperature range -40°C to +105°C -40°C to +85°C -40°C to +85°C -40°C to +85°C EXPLORER APPS * Only available for NTP5332 ON ANDROID AND iOS

24 25 LCD Display

LEDS

Host MCU Sensor

Host/slave PC or SPI NFC FRONTEND Full NFC Clock interface Manager

Matching 27.12MHz

GET READY FOR EMV 3.0

NFC This new standard version for payment targets better interoperability between terminals and various payment form factors (like cards, mobiles, wearables) which come with different antenna sizes and FRONTENDS shapes. EMV 3.0 defines 3 new test targets (PICC) to represent the variety of form factors. Due to its advanced transmitter features such as DPC, AWS, ARC, PN5180 can be used for EMV 3.0 certification. Our frontends present flexible way to upgrade On top, NXP delivers a fully EMVCo 3.0 compliant NFC reader library. your design to NFC connectivity. The CLRC663 plus family is primarily intended for use with contactless smartcards and tags, while the PN5180 is designed for broad-based applications, connecting with everything from smartcards to mobile handsets.

Libraries for embedded systems, fully compliant with ISO/IEC, EMV, and the NFC Forum, deliver reliable performance and simpler certification. Energy-saving features like low-power card detection extend battery life, and seamless integration with our NFC Reader Library means you can add or subtract functions with ease.

26 27 SELECTION GUIDE EVALUATE, PROTOTYPE & FINE-TUNE

CLRC663 CLRC661 MFRC631 OM25180 PN5180 OM26630 CLEV6630ARD OM29263ADK PN5180 PN5190 plus plus plus Development Kit CLRC663 plus CLRC663 NFC Antenna Development Kit plus Arduino Development Kit Reader/Writer interface board

ISO/IEC 14443 A

ISO/IEC 14443 B

FeliCa This kit includes a This kit includes a This board enables This kit comes with PN5180 board optimized CLRC663 plus board the CLRC663 plus various ready-to-use ISO/IEC 15693 for reader and EMVCo demonstrating the integration with any antennas in popular applications), two extended Low Power board compatible sizes. The included ISO 18000-3M3 different antenna Card Detection, with with Arduino header, matchings enable boards (65 x 65 mm optimizations for access including most immediate prototyping. Tag Type 1, 2, 3, 4, 5 1, 2, 3, 4, 5 1, 2, 4A, 5 1, 2, 4 1, 2, 3, 4, 5 and 30 x 50 mm, control applications, LPCXpresso, Kinetis and equipped with matching plus different antenna i.MX boards. Out of the Peer-to-Peer Support components), three boards, an NFC sample box, it works perfectly small matching boards card, and ten CLRC663 with FRDM-K82F, the plus Passive Initiator for implementation samples in HVQFN Freedom development of a custom antenna- packages. platform for Kinetis® Active Initiator matching circuit, an K82, K81, and K80 MCUs NFC sample card and and is fully supported by Card Emulation ten PN5180 samples in the NFC Reader Library. HVQFN packages. Emulate NFC Forum 4A 4A Tag Types

Other Features

EMVCo 3.0 PN5180: HOW DPC SOLVES POWER TRANSFER FOR EMVCO COMPLIANCY compliancy

External Clock EMVCo Non Compliancy Support Eliminates NFC reader 27.12-MHz Crystal with DPC

Autonomous NFC reader EMVCO MAXIMUM POWER LIMIT without DPC Transmitter (symmetrical and Receiver tuning) Control

Best for Battery-

Powered Designs Power

VFBGA Ambient -40 to +85 °C Temperature -30 to +85 °C -40 to +105 °C -40 to +105 °C -40 to +85 °C HVQFN Range -40 to +105 °C EMVCO MINIMUM POWER LIMIT Package HVQFN, TFBGA HVQFN, VFBGA HVQFN HVQFN HVQFN, VFBGA 0.5 1 1.5 2 2.5 3 3.5 4 4.5 5

28 Distance (cm) 29

30 30 31 31

community/nfc

community.nxp.com/

https://

NFC experts: experts: NFC for P2P mode. mode. P2P for

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regarding the NFC Reader Reader NFC the regarding

automotive, to cards ID and payment for call including functionalities,

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design ensures scalability of the the of scalability ensures design MCU support, interrupt-based interrupt-based support, MCU

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Application Layer (AL) for Card Commands Card for (AL) Layer Application NFC Activity NFC SNEP Application PN7462 FAMILY

NFC The PN7462 Family extends the possibilities, with added features that make it easy to deliver advanced functionality. Ensure market interoperability with full MIFARE support. WITH Full NFC Forum compliance, along with EMVCo for payments, saves time and gives you a shorter path to certification. Advanced power-management functions enable CUSTOMIZABLE longer battery life, and DPC (see p26) delivers optimized antenna performance. Use the ISO/IEC 7816 interface to communicate with contact cards. This highly integrated device FIRMWARE lets you design a complete system with one small package. SOFTWARE By combining an NFC frontend with an Extensive host and peripheral interfaces include: The contactless and contact advanced, power efficient 20-MHz ARM Cortex-M0 • Host/slave & master interfaces: of the controller microcontroller, our NFC controllers with I2C, SPI, USB, HSUART frontends are supported by the freely customizable firmware are a good choice for • Contactless interface: NFC Forum compliant, EMVCo 3.0 downloadable NFC Reader compact systems, since they enable higher Library (see p30). • Contact interface: UART, ISO/IEC 7816, integration with fewer components. EMVCo 4.3c The frontend further supports • 12 to 21 GPIOs Dynamic Power Control (see p26). The flash memory can be loaded with fully-custom applications, and the optimized antenna operation, in combination with low-power modes, delivers advanced performance. All the controllers are accompanied by extensive support tools, including sample source code and the NFC Reader Library (see p30). SELECTION GUIDE

PN7462AU PN7412AU PN7362AU PN7360AU

Flash Memory (KB) 160 160 160 80

NFC CONTROLLER WITH Contactless Interface CUSTOMIZABLE FIRMWARE Contact Interface

HVQFN (9 x 9mm) LEDS ARM Cortex Host/slave Flash USB, SPI, I2C SPI Master VFBGA (4.5 x 4.5mm) M0 or HSUART

EVALUATE, PROTOTYPE & FINE-TUNE 1 2 3

4 5 6 12 to 21 GPIOS Full NFC Contact Clock 7 8 9 I2C Master . 0 C Interface Interface Manager OM27462CDKP PN7462 Family Development Kit Designed for comprehensive application development, this kit contains a PN7462 board, two different antenna boards, three small antenna- matching boards for implementation of a custom antenna-matching circuit, a smartcard reader and ten PN7462 samples. Compatibility with Matching 27.12MHz LCD Display the NFC Cockpit and PCB adaptors simplifies antenna matching. Full NFC Forum compliance and contact software libraries save time on code development.

32 33 SOFTWARE FOR EVERY OS INTEGRATION NFC NFC controllers with integrated firmware for systems that use a large OS. CONTROLLERS Our libnfc-nci library offers Patches to Android Open Source easy, smooth integration into Project (AOSP) are available for WITH INTEGRATED GNU Linux-based systems simple integration into Android-based and has a high-level API for systems. The solution benefits NFC functionality. from all the NFC implementations FIRMWARE already available with Android. Designed to save time when developing a Our NFC controllers are natively We provide code examples running system that uses an OS, our NFC controllers with supported as proximity platform on NXP LPC, Kinetis, and i.MX devices, through the universal integrated firmware combine an NFC frontend MCUs, for a full NFC experience with NFC device driver model of an RTOSbased system, or a system with an advanced, power-efficient 20-MHz ARM the Win10 IoT OS. that doesn’t use an OS. Cortex-M0 microcontroller, and come pre-loaded with drivers for Linux, Android, and WinIoT. SELECTION GUIDE

They communicate via the NCI interface, to conform with the NFC Forum’s PN7150 guidelines for interactions with the system’s main application processor. You can move quickly from initial prototype to full production, since these ROM with NFC Firmware controllers support a large number of popular development platforms, and are RF Driver Supply Voltage (V) 2.7 to 4.75 supported by sample applications and source code. NFC Tag Type Emulation: Type 3 Tag (FeliCa) and Type 4

Active LCD Display Load Modulation Concept HVQFN40 (6 x 6 x 0.85 mm) LEDS 1 2 3 4 5 6 Host MCU 7 8 9 . 0 C EVALUATE, PROTOTYPE & FINE-TUNE

OM5578/PN7150ARD OM5578/PN7150RPI OM5578/PN7150BBB MCU I²C Interface Firmware ROM with NFC Full NFC Clock PN7150 Board with PN7150 Board for Raspberry Pi NFC CONTROLLER WITH INTEGRATED FIRMWARE INTEGRATED Interface Manager PN7150 Board for Arduino-Compatible Header A PN7150 controller board with a BeagleBone Black A PN7150 controller board with Raspberry Pi interface board and A PN7150 controller board with a an Arduino interface board (for an NFC Forum Type 2 Tag. BeagleBone Black interface board Matching 27.12MHz use with LPCXpresso, Kinetis, and an NFC Forum Type 2 Tag. i.MX, and more), plus an NFC Forum Type 2 Tag.

34 35 THE THREE TYPES OF NFC INTERACTIONS

Read/Write Mode This is where NFC spends most of its time, with one NFC-enabled device interacting with another to get information or initiate an action. The initiating device can read data in from the second device or write data out to it.

NFC MCU NFC MCU R/W R/W

NFC MCU NFC CONNECTED MCU R/W TAG

Peer-to-Peer Mode Sometimes referred to as “P2P” mode, this is the one you can use to exchange files between smartphones, or receive loyalty points when making a purchase.

NFC NFC MCU MCU P2P P2P

Card Emulation Mode This mode, used almost exclusively by NFC smartphones, lets the system behave as an ISO/IEC 14443-compliant contactless smartcard. That means your phone can be used in the existing contactless infrastructure, for things like ticketing, access control, transit, tollgates, and payments. The mode takes very little power, and can work even when the phone is off.

NFC MCU NFC COMMUNICATION MODES

36 37 WITH PASSIVE COMMUNICATION, PASSIVE THE TARGET USES THE RF FIELD GENERATED BY THE INITIATOR, OR ACTIVE BUT WITH ACTIVE COMMUNICATION, COMMUNICATION? EACH SIDE GENERATES ITS OWN FIELD. WHICH METHOD YOU USE DEPENDS ON THE OPERATING MODE.

PASSIVE COMMUNICATION SCHEME READ/WRITE, PASSIVE PEER-TO-PEER, AND CARD EMULATION MODES

1 The initiator produces a 13.56 MHz carrier field The field enables data exchanges and sends energy to the target.

NFC DEVICE INITIATOR 2 The initiator sends commands The initiator transfers data by directly NFC DEVICE modulating the field. TARGET

MCU NFC 3 The target responds

The target transfers data by NFC MCU load-modulating the field.

ACTIVE COMMUNICATION SCHEME ACTIVE PEER-TO-PEER MODE

1 The initiator sends commands The initiator generates a 13.56 MHz carrier field, uses Amplitude Shift Key (ASK) modulation to send commands, then cuts the field.

NFC NFC DEVICE DEVICE INITIATOR 2 The target responds TARGET Once the initiator cuts its field, the target generates its own and uses ask modulation to send responses. MCU NFC NFC MCU To avoid collisions, only the sending device emits an electromagnetic field. The send/ receive roles are reversed as needed to support the transaction.

38 39 COMMON NFC RECORD TYPES

NFC TECH Device Information (Di) Basic details about the device model and its identity, for use when the device acts as host

ESSENTIALS Smart Poster (Sp) Text strings, such as URLs, SMS messages, or phone numbers stored in an NFC tag NFC FORUM TAG TYPES Text (T) Text strings in multiple languages The NFC Forum mandates that all their defined URI (U) Universal Resource Identifiers (URIs), which include web addresses tag types be interoperable with NFC devices. (URLs) and other network resources and files All the tag types are based on existing contactless formats. Connection Handovers (Hr/Hs/Hc) Pairing with Bluetooth, Wi-Fi, or other protocols. Includes record formats for handover request (Hr), select (Hs), and carrier (Hc). Type 1 and 2 tags provide a basic set of features and can be compared to the MIFARE Ultralight format. Type 3 and 4 tags offer higher Signature (Sig) Provides an algorithm or certificate type for use memory capacity and more advanced features. Type 3 tags are based as a digital signature on Japan Industry Standard JIS X 6319-4 primarily used in Japan and can be compared to FeliCa formats. Type 4 tags can be compared to MIFARE DESFire formats. Type 5 tags are designed for communication FORMATS FOR DATA EXCHANGE over longer ranges (up to 1m). Type 5 tags are based on the ISO/ (NDEF, RTD, SNEP) IEC 15693 standard, which is also known as vicinity RFID, and can be compared to ICODE SLIX formats. All NFC Forum-compliant devices and tags support the same NFC Data Exchange Format (NDEF).

TYPE 1 TYPE 2 TYPE 3 TYPE 4 TYPE 5 NDEF lets you encode data into the device or tag so it can share information with other NFC Forum-compliant devices and tags. The ISO/IEC 14443 A NDEF message sequence includes a series of records that contain data. The record structure varies depending on the type of data conveyed. JIS X 6319-4 Record formats are specified in the NFC Record Type Definition ISO/IEC 14443 (RTD). When NDEF messages are exchanged in Peer-to-Peer mode, A or B the transaction follows the Simple NDEF Exchange Protocol (SNEP), which improves reliability by making use of the Logical Link Control ISO/IEC 15693 Protocol (LLCP) connection-oriented transport mode.

FOR MORE ON THESE FORMATS, CHECK OUT NFC-FORUM.ORG

40 41 RELEVANT STANDARDS & SPECIFICATIONS

NFC is compatible with a number of industry-defined formats. Here’s a quick rundown, in alphanumeric order, of the ones most relevant to system designers.

STANDARD SUBJECT RELATIONSHIP TO NFC

EMVCo Payment Provides guidelines for NFC systems that accept payments or act as payment cards. Level 1 addresses the conformance of transport layer of contactless communication.

FeliCa Contactless Developed by Sony and used primarily in , Japan, and Smartcard , FeliCa is a contactless RFID smart card system that complies with JIS: X6319-4 and is also included as a condition for compliance with the NFC Forum specification.

GlobalPlatform Secure Element Specifies a multi-application architecture for the secure elements used to protect transactions in NFC systems.

ISO/IEC 7816 Contact Defines the requirements for contact cards communication. smartcard ISO7816-4 layer is also used for the command set layer of most ISO14443-4 contactless cards..

ISO/IEC 10373-6 Proximity Card Defines test methods specific to proximity cards and objects.

ISO/IEC 14443 Proximity Card Defines the most widely used standard for proximity cards, objects, and readers in payment, transport, identification, and more. Type A and Type B cards use the same transmission protocol, but differ in their modulation methods, coding schemes, and procedures for protocol utilization. NFC Forum Type 2 and Type 4 Tags are based on the ISO/IEC 14443 series.

ISO/IEC 15693 Vicinity Card Defines a contactless card that can be read at a range of up to 1 m, a longer distance compared to proximity cards. The NFC Forum Type 5 Tag is based on ISO/IEC 15693, and delivers an expected read range with mobile phones that is slightly longer than with Type 2 Tags.

ISO/IEC Item-level RFID Defines an EPC Global Gen2 HF reader with an air interface at 13.56 18000-3M3 MHz, the same operating frequency as NFC. Used for highly stackable tags with fast bulk reading.

ISO/IEC 18092 NFC Interface Defines Near Field Communication. Incorporates portions of ISO/IEC and Protocol 14443 and FeliCa.

MISRA-C Contactless Provides NFC developers with guidelines for C programming Smartcard in automotive. TAKE THE Developed by the Motor Industry Software Reliability Association.

NFC Forum NFC Devices Defines an NFC implementation that enables interoperability across NEXT STEP Specification NFC applications.

For more information on NFC Everywhere www.nxp.com/nfc

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