LPC Discover the difference

ARM® Tech Symposia China 2014 Agenda

• NXP & NXP MCU Introduction

• Applications In-a-Box

• What’s New and Upcoming

• Get Support from NXP Secure Connections for a Smarter World

Internet of Things Cyber Security Portable & Wearable Connected Car

NXP Semiconductors

• The electronics industry is being driven by four mega trends that are helping shape our society: Energy Efficiency, Connected Devices, Security and Health. Connecting to these trends and enabling Secure Connections for a Smarter World, NXP Semiconductors (NASDAQ: NXPI) creates solutions for the Connected Car, Cyber Security, Portable & Wearable and the Internet of Things.

• Through our innovations, customers across a wide variety of industries – including automotive, security, connected devices, lighting, industrial and infrastructure – are able to differentiate their products through features, cost of ownership and/or time-to-market. With operations in more than 25 countries, NXP posted revenue of $4.82 billion in 2013. Additional information: www.nxp.com

3 Strong Innovation Track Record Our Innovative Solutions Are Used In a Wide Range of Applications

Internet of Things Cyber Security Portable & Wearable Connected Car

Smart Home Mobile transactions Gaming In-vehicle networking Smart Building & City E-Government Wireless Charging Smart and secure car Smart grid Smart bank cards Mobile audio access and immobilizers Smart factory Online ID protection GPS Car entertainment Personal Health & Fitness User authentication LTE Speed & Angular Sensors Intelligent Logistics Industrial control systems WLAN Secure V2V and V2I communications Wireless infra Embedded security Power supplies Security for air interfaces Lighting Secure access Solid State Lighting Fraud protection Radar Secure Connections

4 NXP and Microcontrollers 39 Years of MCU Innovation | 24 Years of ARM® Partnership

Signetics CodeRed

• Launched first 8-bit * • Renown for 32-bit ARM MCU dev. (1975) tools (incl. LPCXpresso IDE) • Acquired by Electronics (1975) • Acquired by NXP Semiconductors (2012)

Royal Philips Electronics NXP Semiconductors (Philips Semiconductors) Still driving industry firsts • Founding investor in ARM and first ARM licensee** (1990) • First ARM7 MCUs with dual high-speed bus (2006) • Acquired by Philips Electronics (1999) • First 180 MHz Cortex® -M3 (2008) VLSI Technology • First ARM Partner to license new Cortex-M0 (2009) • One of the first ARM partners to license Cortex-M4 (2010) Actual size: • First asymmetrical dual-core MCUs (Cortex-M4F/M0) (2010) 2 x 2 mm • First 204 MHz Cortex-M4 (2011) • First low-pin-count Cortex-M0 (2011) • First Cortex-M0 MCU with integrated USB class drivers (2011) • First dual-supply voltage ARM Cortex-M0 MCUs (2012) • First seamless high-speed SPI Flash interface (SPIFI) (2011) • First 32-bit ARM MCUs (2 x 2 mm) in WLCSP package (2012)

*2650 NMOS 8-bit microcontroller 5 COMPANY PUBLIC ** http://www.arm.com/about/company-profile/milestones.php Microcontroller Technologies Enabling Secure Connections for a Smarter World

• One of the broadest 32-bit ARM® MCU portfolios with exceptional ease of use, design flexibility, and advanced connectivity • Best-in-class power efficiency • Application-in-a-box solutions get you to final product design faster than ever • Passion for innovation with leading-edge, patented/patent-pending technology • Robust software ecosystem & thriving developer community simplify design-in and foster reuse and portability

6 COMPANY PUBLIC NXP LPC Portfolio Overview

From entry level To high performance

Larger Flash with SPIFI /external QSPI 1024 1024 LPC1800 & LPC4300 512 512

256 256

LPC4000 )

) 128 128 LPC1500

kB kB 64 LPC1200 64

LPC1700 FLASH ( FLASH FLASH ( FLASH 32 32 LPC1300

16 LPC1100 16 LPC800 8 8 LPC1800 and LPC4300 Series 4 4 also include Flashless parts

8 20 32 48 64 100 32 48 64 80 100 208 256 PINS PINS

7 COMPANY PUBLIC NXP LPC Microcontrollers Series

From entry level To high performance Easy to use Easy to use Best power efficiency Advanced connectivity Smallest footprint Flexible peripherals LPC1800 Series LPC4300 Series Best performance with DSP and dual- core options, multi-high-speed connectivity, advanced peripherals LPC1700 Series LPC4000 Series • Industry’s • Up to 204 MHz High performance with DSP highest- Cortex-M4F core LPC800 Series LPC1100 Series LPC1200 Series LPC1300 Series LPC1500 Series options, multi-connectivity, performing with DSP advanced peripherals Cortex-M3 core, capabilities and Exceptional Low power, broad Noise immunity for Performance and High-precision • Up to 120 MHz • Up to 120 MHz up to 180 MHz Cortex-M0 efficiency, selection, industry- industrial connectivity motion control Cortex-M3 core Cortex-M4 & • Advanced conn.: coprocessor 8/16-bit transition standard applications — LPC1100 upgd. • Up to 72 MHz • Advanced M4F cores with dual Hi-Speed • Partition tasks connectivity • 30 MHz Cortex®- • 45 MHz Cortex-M0 • Up to 72 MHz Cortex-M3 core conn.: USB, DSP USB, dual CAN, across cores to M0+ core • 50 MHz Cortex-M0 core Cortex-M3 core • Optimized for CAN, Ethernet • Advanced 10/100 Ethernet optimize • Basic serial & M0+ cores • High-immunity • Serial sensored & • Graphic LCD conn.: USB, • Advanced, performance connectivity • Serial connectivity: rating connectivity: sensorless control CAN, Ethernet flexible timers for • Advanced conn.: • Low-pincount USB with PHY, CAN • 8 kV ESD USB, CAN brushless motor • Pin-compatible • Graphic LCD event-driven dual Hi-Speed USB, packages with transceiver protection • Pin-compatible control; free migration path controller timing and PWM dual CAN, 10/100 including TSSOP • Best-in-class analog • Basic analog upgrade for most firmware to Cortex-M4 • Analog applications Ethernet, and QFN • Broad selection of • Real-time clock LPC1100 Series • Serial conn.: USB, LPC4000 Series comparators • Drop-in configurable high- packages • Fm I²C with 10x CAN and ARM7 • Drop-in compatible with speed serial • Migration path to bus-drive capability • Advanced analog LPC2x00 Series performance LPC4300 Series channels LPC1300 Series subsystem and upgd. for • Drop-in upgrade SCTimer/PWM LPC1700 Series for LPC1800 Series LEARN MORE LEARN MORE LEARN MORE LEARN MORE LEARN MORE LEARN MORE LEARN MORE

8 COMPANY PUBLIC BL Microcontrollers Product Longevity Program

• Program* offers 10+ year availability to ensure supply stability • Life cycle* begins with launch • Include NXP’s standard end-of-life notification policy

• All Cortex-M products and most ARM7 covered

• Manufacturing • Through NXP-owned factories, qualified outside foundries, other manufacturing resources • Product re-qualified if transfer to another facility is necessary

• For program details & a complete list of participating MCUs, visit www.nxp.com/techzones/microcontrollers-techzone/longevity.html

*for participating NXP products 9 COMPANY PUBLIC BL Microcontrollers Microcontroller Scalability

• Migration roadmaps to… LPC1100XL LPC2478 • Increase performance • Increased power efficiency LPC11E00 LPC1310 LPC4088 LPC1788 • Lower cost For performance & power efficiency For performance [ 50 MHz Cortex-M0 to 72 MHz Cortex-M3 ] [ ARM7 to Cortex-M ] • Drop-in migration from • Cortex®-M0 to M3 • Cortex-M3 to M4 LPC11U00 LPC1340 • Flexible memory sizes and peripheral options For performance • Pin compatibility [ 50 MHz Cortex-M0 to 72 MHz Cortex-M3 ] • Includes options for memory size up/down • Preserves investment in software and tools proficiency

10 COMPANY PUBLIC APPLICATIONS IN-A-BOX “Application-in-a-Box” Solutions

• Complete – everything designers Motion need to build an application Control

• Go from evaluation to final Sensorless PM Motor Cntrl BLDC Motor Cntrl product design faster than ever – simplify design and lower risk Accessories

MFi Audio Accessories Android Open Accessories

Smart Connectivity (Internet, Ethernet, USB, Wireless, etc.) LAN Radio Dual Hi-speed USB WiFi module Flexible Camera Interface Smartphone Quick-Jack

And Lighting More

DALI (Lighting) DMX Solution (lighting) KNX Solution (Industrial) Mixed signal logic analyzer

12 COMPANY PUBLIC Dual USB Host/Device Solution

• Demonstrates dual Hi-Speed USB (host or device) and dual-role USB (host and device) functionality: • Two USB device controllers operating simultaneously • Hi-Speed USB port acting in dual-role mode (host and device)

• NXP components • LPC1837JET100 with dual USB 2.0 host/device ports (one with integrated Hi- Speed PHY) • UDA1380 NXP stereo audio codec

• Solution includes • NGX LPC1837-based Xplorer board • 4-GB microSD card containing MP3 files, demo source code and binary, board schematics • 4-GB USB Flash drive • Pair of earbuds TO ORDER • Cables • Evaluation board: OM13061 • Quick Start Guide • All required software provided on • More information microSD in kit • Solution: www.lpcware.com/dualusb • UDA1380: http://www.nxp.com/products/data_converters/audio_converters/audio_codecs/UD A1380HN.html • View video demonstration

13 COMPANY PUBLIC Digital Audio Streaming Accessories Development Kit

• For developing audio streaming MFi accessories that use the Lightning connector • Devices such as speaker docks, headsets, FM modulators, etc. • Fully tested, simplifies design-in & cuts time to market up to half a year • Includes everything needed to build accessories for the latest generation of Apple® iPods®, iPhones®, and iPads®

• NXP components • MFA100 • Handles audio streaming, battery charging, and remote button control functions

• Solution includes • MFA100 audio board, button board, ribbon cable • User guide, bill of materials, and schematics • MFA100 is preprogrammed with all software needed for supported application functions TO ORDER • Available to licensed MFi vendors from • More information Avnet only: Avnet MFi Procurement • MFA100 Applications page (nxp.com) website • MFA100 Solutions page (LPCZone.com) • Leaflet (NXP digital audio streaming device MFA100 and development kit Leaflet)

14 COMPANY PUBLIC NFC Reference Design

• For designing NFC readers for variety of applications, such as identification, security, POS, gaming, white goods, industrial, medical applications, and more CLEV663B • NXP components • MCUs : LPC1114, LPC1115 or LPC1227 • 13.56-MHz transceiver ICs (tag readers): PN512 or CLRC663

• Solution components available • NFC reader board: PN512 (full NFC design) or CLEV663B blueboard • LPC1114/15 LPCXpresso board (to eval reader/writer NFC mode) • LPC1227 LPCXpresso board (to eval reader/writer, peer to peer, and card PNEV512B emulation) • LPC1769 LPCXpresso board (to eval reader/writer, full peer to peer and card emulation - for applications requiring more than 128K Flash) TO ORDER • Software compatible with chosen LPCXpresso board • Reader boards • More information • PNEV512B (PN512) • PNEV512B (PN512 reader board) • CLEV663B (CLRC663) • NFC Reference Design Solutions page (LPCZone.com) • LPCXpresso boards • CLEV663B reader board • LPC1115 / OM13035 • LPC1227 LPCXpresso board • LPC1227 / OM13008 • LPC1114/15 LPCXpresso board • LPC1769 / OM13000 • For more information on designing with these Kits, start with: • Documentation & software downloads • QuickStart Guide (CLEV663B reader board) • PNEV512B • QuickStart Guide (PN512 reader board) • CLEV663B

15 COMPANY PUBLIC PMSM/BLDC Motor Control

• Demonstrates Field Oriented Control (FOC) motor control functionality for sensored and sensorless PMSM motors • NXP components • LPC1549 with two 2 Msps 12-bit ADCs, four SCTimer/PWM modules, four comparators (68 ns)

• Solution includes • LPC1500 motor control kit • PMSM motor • LPC firmware • FOC firmware for BLDC and PMSM motors available on LPCWare.com • GUI-based calibration tool • Cables • Quick Start Guide TO ORDER • More information • PMSM Motor Control Kit: OM13067 • Solution: www.lpcware.com/motorcontrol • View video demonstration : http://www.youtube.com/playlist?list=PLylbUYisuZ4yyieW5wwmSDY3pQir1KEn6

16 COMPANY PUBLIC Smartphone Quick-Jack Solution

• Makes it easy to connect external devices to smartphones for self-powered data communications • The Kit includes • LPC812 demo board & schematics • Free Quick-Jack example app* • Source code available (LPCWare)

• Available free • iPhone/iOS: download from Apple App Store • Android OS: download from Play Store • Android APK available

• For more information • http://www.nxp.com/demoboard/OM13069.html TO ORDER Board: OM13069 http://www.nxp.com/demoboard/OM13069.ht ml

17 COMPANY PUBLIC WHAT’S NEW LPC820 Builds on LPC800 Series Power Efficiency & Flexibility

Flash • Exceptional power efficiency, Up to 32 kB down to 90 µA/MHz (active) ARM® SRAM • 30-MHz Cortex-M0+ ARM core ® CORTEX -M0+ Bus LITE Up to 8 kB - • Five power modes 30 MHz

AHB ROM • Power profile APIs for simple runtime power IOP CRC Engine optimization GPIO Up to 28 DMA (18 ch) • Full range of timing features: Bridge • From basic to advanced (SCTimer/PWM) SCTimer/PWM Power Control • Flexible triggers to optimize power use PMU, power modes, 4 ch multi-rate BOD, single VDD power • Simplified board layout with flexible supply, POR WWDT Clock Gen Unit I/O pin configuration (switch matrix) 12 MHz 1% IRC OSC, self wake-up Watchdog OSC, • Accurate 1.2-Msps ADC: 12 ch, 12-bit

GPIO GPIO pads TIMERS 1-25 MHz system OSC, Switch Switch Matrix APB Bus APB system PLL • 105 ⁰C temp rating SYSTEM Part SPI (2) Comparator Flash RAM ADC SPI UART GPIO Package Number with external Vref 2 I C (4) TSSOP20, LPC822 16 kB 4 kB 5-12ch, 12b 2 3 29 ADC HVQFN33 UART (3) 12 ch, 12-bit, 1.2 Msps TSSOP20, SERIAL INTERFACES ANALOG LPC824 32 kB 8 kB 5-12ch, 12b 2 3 29 HVQFN33

web 19 datasheet COMPANY PUBLIC i leaflet LPC54100 Series: Industry’s Lowest Power for Always-On Sensor-Processing Applications

• Market’s first scalable power/performance • 100 MHz Cortex®-M0 core: 55 µA/MHz for listening, data aggregation and management • 100 MHz Cortex-M4F core: 100 µA/MHz for sensor fusion and data communication

• Power-efficient low-power modes: down to 3 µA for sensor listening with RAM retention

• Power-efficient ADC: full spec performance (12-bit, 4.8 Msps) at any voltage (1.62 to 3.6V)

• Tiny form factors for space-constrained designs, down to 3.28 x 3.28 mm WLCSP 20% Power Savings in Typical Portable Fitness Device Example

Typical Application Configuration 1 Listen 2 Read sensor data 3 Process

LPC54102 SPI ADC MCU LPC54102

Competitor I2C Power

Time

Task LPC54102 Competitor MCU* Listen 1 (power down mode; 3 µA 9 µA LPC54102 is no CPU processing) 20% more power Read (I2C & ADC) 55 µA/MHz 112 µA/MHz efficient than 2 (10 sps @ 12 MHz CPU) (Cortex-M0+) (Cortex-M4F) closest competitor 3 Algorithm Processing 100 µA/MHz 112 µA/MHz (Once per sec @ 84 MHz CPU) (Cortex-M4F) (Cortex-M4F) Competitor LPC54102

*datasheet spec LPC54102 Sensor Processing/Motion Solution NOT ACTUAL PICTURE

• Everything needed to bring sensor-based motion and other sensor-processing applications to market quickly • Boards • LPC54102-based LPCXpresso development board • Sensor shield board with • accelerometer, gyroscope, magnetometer, pressure, proximity, temperature, humidity, light, and IR sensors • BTLE • Software • LPC54100 software drivers • Drivers Application • LPC Sensor Fusion framework • Sensor fusion processor LPC54100 • Bosch BSXLite Sensor Fusion (includes framework MCU or development and commercial license) • BSXLite sensor Comms • Sensor Fusion Demo fusion firmware NFC, BTLE, WiFi, Ethernet, • Quick Start Guide, User Guide etc. Flexible Board Architecture

Sensor shield board

3-axis accel 3-axis accel Proximity/ IR remote control 3-axis mag 3-axis mag 3-axis gyro Pressure/temp light sensor/driver BTLE module BMC150 BMM150 BMI055 BMP280 MAX44000 VSOP98260 AMS002

I2C/SPI SPI/timer USART Prototype header Expansion connector

LPCXpresso54102 Expansion connector

USB UART, SPI, Link2 debug 2 current probe I C, GPIO, probe ADC inputs

I2C, SPI, UART User buttons SWD debug LPC54102 Reset Tri-color

User LED Wake ™ 2

I C, SPI ISP Pmod

23 Integrated Software & Middleware

User application (or examples)

• LPC Sensor Framework LPC Sensor Framework

• Modular framework integrating sensor-fusion host interface libraries and sensor drivers making it easy to Fusion library adapter add sensors and replace libraries • Power management for low power BSX Lite Kernel operations sensor library API scheduler (RTOS)

• Bosch BSX Lite sensor fusion library calibration power manager • Combines sensor data to get more accurate sensor signal or derived sensory information data process • Supports 6-axis & 9-axis motion vectors • Quaternions, heading, pitch and roll data Bosch sensor drivers driver libraries output • Android 4.x support 2 • Commercial and development license I C/SPI ADC included • Drivers Digital Sensors Analog Sensors • Bosch sensors • LPCOpen driver library Provided by Bosch 24 New LPC54100 Series MCUs Applications

• Used in combination with application processor or standalone

• Interface, monitoring, aggregation, fusion, and communication of sensor inputs in applications such as:

Gaming / Mobile Health & Fitness Entertainment Industrial • indoor navigation • biometric data • console orientation • environment In products used for • context awareness monitoring and • user motion monitoring • intelligent sensing • position • building automation • mobile gestures communication In products such as: • positional accuracy, • fleet management • 3D mouse In products such as: In products used for: stability • asset tracking • head-worn • mobile handsets & • portable fitness or balance • robotics & drones glasses/terminals tablets • health monitoring • dead reckoning • assembly line robots • gloves with sensors GETTING SUPPORT Microcontroller Support

• Get answers • www.nxp.com/lpcxpresso • www.nxp.com/technicalsupport • www.nxp.com/lpcxpresso-support • www.lpcware.com/forum • NXP examples page, schematics and FAQ • www.nxp.com/lpczone • Video training modules 27 COMPANY PUBLIC LPCware.com NXP-Driven Technical Site for All Things LPC!

• Resources for helping developers get up and running with new hardware, including: • Tutorials • Software or driver packages • Schematics • Tools • FAQs • Design tips, and much more More information: www.LPCware.com

28 COMPANY PUBLIC Thank You!

For more information visit: www.nxp.com/microcontrollers