NXP MICROCONTROLLERS OVERVIEW
JAMES HUANG REGIONAL MARKETING, BL MICR GREATER CHINA
MAY 2017
NXPCOMPANY Semiconductors CONFIDENTIAL NXP MICROCONTROLLERS A New Position of Strength
#1 Communications Processors #1 Broad-Based MCUs
#1 Secure Identification #1 Automotive
#1 RF Power Transistors #1 Small Signal Discretes
~45,000 Employees 11,000+ Engineers 35+ Countries
9,000+ Patents
1 EXTERNAL USE MICR BL
Why Customers Choose Us Applications
• Comprehensive portfolio supporting the diverse IoT landscape Wearable / Healthcare • Health / Fitness & Wireless Healthcare • Extensive software and development environment • Diabetes & Cardiac Care • Diagnostics & therapy • Industry leading customer support, quality, and longevity Smart Home • Broad ecosystem of partners enabling system solutions • Smart meters & grid • Integrated wireless connectivity solutions • Ease of use solutions tailored for mass market • Home energy control Smart Accessories • Game controllers and consoles Example Customers • Wearable computing • eReaders, tablets, portable navigation
Vehicle Networking & Information • Infotainment, software define radio • Navigation systems, E-call
Home Appliances • Energy efficient refrigerators, dishwashers • Human-machine interface • Connected appliances
Factory Automation & Drives • Machine-to-machine • Motor control Products • Industrial networking
Kinetis & LPC 32-bit i.MX ARM® Applications 2 ARMEXTERNAL® Microcontrollers USE Processors Scalable ARM based Processors and Controllers
CPU Core i.MX Application Processors For advanced efficient computing
ARM® based MPUs
LPC and Kinetis Microcontrollers For real-time low power control
ARM® Cortex-M based MCUs
Overall Relative Performance
3 EXTERNAL USE Kinetis + LPC: A Powerhouse Portfolio of ARM-based MCUs
General Purpose Families Application Specific Families
Cortex-M7 Motor Control & Power Conversion
Cortex-M4 Cortex-M4 Wireless LPC54000 Series Kinetis K2x Series Kinetis K6x Series LPC4000, 4300 Security 5V, Robust Mainstream & power Mainstream (USB FS/HS, Integration (ETH, USB Mid-range to high Kinetis K8x Series Connectivity Kinetis V Series efficient CAN) & Performance FS/HS) & Performance performance (up to 204MHz) HW Crypto, Tamper, QSPI Advanced timer & 128KB – 512KB Flash 32KB – 2MB Flash 32KB – 2MB Flash 0KB, 64KB – 1MB Flash 256KB Flash Analog peripherals Up to 192KB RAM 8KB – 256KB RAM 8KB – 256KB RAM 24KB – 282KB RAM 256KB RAM 16KB – 1MB Flash Kinetis W Series 8 KB – 256KB RAM BLE 4.1/4.2, 15.4 Cortex-M3 Sub-GHz radios LPC1300, 1500 LPC1700, 1800 Broad features, integration Kinetis E Series 128KB - 512KB Flash Entry level, 72MHz Up to 180 MHz CAN, Touch 16KB - 128KB RAM 8KB – 256KB Flash 0KB, 32KB – 1MB Flash 16KB – 512KB Flash 4KB – 36KB RAM 8KB – 200KB RAM 2KB – 64KB RAM
Cortex-M0/M0+ Cortex-M0/M0+ Metrology Security LPC800 Series Kinetis KL0x Series LPC1100, 1200 Kinetis KL2x Series Kinetis M Series Kinetis KL8x Series Low power, USB Full-Speed Entry level, 8-bit simplicity Low power, Tiny Packages Low power, Rich feature 24b SD ADC+PGA, Segment LCD HW Crypto, Tamper, QSPI 4KB - 32KB Flash 8KB – 32KB Flash 4KB – 256KB Flash 32KB – 512KB Flash 64KB – 256KB Flash 128KB Flash 4KB – 128K RAM 1KB – 8KB RAM 1KB – 4K RAM 1KB – 36KB RAM 16KB – 32KB RAM 96KB RAM
Performance, Integration & Security Performance, Integration & Security
4 EXTERNAL USE NXP ARM Cortex-M MCUs Powerhouse Portfolio
ATTRIBUTES PORTFOLIO TARGET APPLICATIONS M0/M0+ M3/M4 M7 Always-on devices Performance LPC5410x, M4 w/M0+ Copr. LPC5411x, M4 w/M0+ Copr. 100MHz Power Efficiency Flex Comm Interfaces, Voice Triggering, Voice control efficiency up to 512K Flash, 104K SRAM X-less USB, up to 256K Flash, 192K SRAM IoT K64/66/65, M4 K80/81, M4 ENET, USB FS/HS, Security (K65) HW Security Cryto, Tamper, QSPI, USB Industrial control KL80/81, M0+ up to 2MB Flash, 256K SRAM up to 256K Flash, 256K SRAM Payment, Metering Advanced HW Security Crypto, USB, FlexIO integration up to 128K Flash, 96K SRAM LPC1800, M3 LPC4300, M4 w/M0+ Copr. Wearables, Display UI 180MHz, 2x HS USB, LCD, CAN, ENET 204MHz, 2x HS USB, LCD, CAN, ENET Printers Flashless, up to 1M Flash, 200K SRAM Flashless, up to 1M Flash, 282K SRAM
LPC1100, M0+/M0 KL28, M0+ LPC4000, M4 K22/24/26, M4 Consumer/Gaming Accessories Options CAN or USB, EEPROM 72/96MHz, FlexIO, BootROM, more I/O Graphic LCD, FS USB, ENET, CAN Large memory, x-less USB Wearables up to 256K Flash, 36K SRAM up to 512K Flash, 128K SRAM up to 512K Flash, 96K SRAM Up to 2M Flash, 256K RAM Mainstream Home Automation KL17, M0+ KL27, M0+ LPC1700, M3 LPC1500, M3 Graphics LCD, FS USB, ENET, CAN Data Concentrators General Purpose General FlexIO, BootROM FlexIO, BootROM, x-less USB CAN, Advanced Analog,PWMs Up to 256K Flash, 32K RAM Up to 256K Flash, 32K RAM up to 512K Flash, 96K SRAM up to 256K Flash, 36K RAM Industrial KL05, M0+ Low Power, DAC, TSI Wake-up unit Low-cost & LPC81x/82x, M0+ 8-32K Flash, 1-4K RAM System task/Co-processor 30MHz, ADC, Low Pin Count Small Form Factor up to 32K Flash, 8K RAM KL02/03, M0+ Power Management Small Form Factor, Low Power Control System 8-32K Flash, 1-4K RAM
KW20/30/40Z, M0+ KW21/31/41Z, M0+ 802.15.4+BLE 4.1 Radio, DC/DC 802.15.4+BLE 4.2 Radio, DC/DC, Balun Home Automation KW2xD, M4 Wireless 160K Flash, 20K RAM Up to 512K Flash, Up to 128K RAM Thread 802.15.4 Radio, Thread Connectivity KW01, M0+ Up to 512K Flash & 64K RAM BLE Sub-GHz Apple HomeKit 512K Flash, 128K RAM
KV1x, M0+ KV3x, M4 KV4x , M4 KV5x, M7 BLDC / PMSM motors Motor Control & Mid-range PMSM, High-perf motors, UPS, solar & mid- BLDC, entry-level PMSM Higher perf, precision analog, UPS power control, KMS range AC/DC control, KMS Photo voltaic Power Conversion Up to 128K Flash, Up to 16K RAM ENET, KMS Up to 512K Flash, Up to 96K RAM Up to 256K Flash, Up to 32K RAM Up to 1MB Flash, Up to 256K RAM Industrial Controls KE1xF (M4F) / KE1xZ (M0+) Application Specific Application KE02/4/6, M0+ Appliance 5 5VEXTERNAL Robust USE ADC, CAN (KE06) Higher perf. & more comm. interfaces Up to 128K Flash, Up to 16K RAM, 256B EEPROM 256K / 512K Flash, 32K / 64K RAM, 2xCAN, new TSI (Z) Smart Lightning (not a complete portfolio summary) KMS = Kinetis Motor Suite ► NXP (both NXP LPC and former Freescale) have longstanding track records of providing long-term production support for our products
► NXP has a formal product longevity program for the market segments we serve
• For the automotive and medical segments, NXP will make a broad range of solutions available for a minimum of 15 years
• For all other market segments in which NXP participates, NXP will make a broad range of solutions available for a minimum of 10 years
• Life cycles begin at the time of launch
• Includes NXP’s standard end-of-life notification policy
► For a complete list of participating products, visit, nxp.com/productlongevity
6 EXTERNAL USE LPC REFERENCE DESIGN/DEMOS
7 EXTERNAL USE Reference Design 1 — Wearable
Features: • Targeting sports, environment and health • Support NFC, Single BT BLE & Dual band BT • Support true color 160*128 OLED • Onboard 1MB SPI Flash and 1Mbit SRAM • Buzzer and vibration motor • Easy to measure power consumption
• Drivers Application • Sensor fusion framework processor • BSXLite sensor LPC54100 fusion firmware MCU or Comms NFC, BTLE, WiFi, etc.
8 EXTERNAL USE Reference Design 2 — Voice triggering implementation with H/W VAD Features:
• Stereo PDM-PCM decimation, DC PDM data Capture filtering, saturation Cascade Integrator Filter • H/W VAD Wave Envelope and floor noise 400 KHz (Listener) 800 kHz (Recognizer) VAD detection
Voice Saturation Detection Average Decimation Stages Uses current Filter Always on listening • DMIC at lowest • Detects audio envelope change sample rate • No audio batching *<50µA PCM@16kHz Stage 1 • VAD • Runs only under quiet • WD osc (600 kHz) environment DC filter • FRO (12 MHz) and Detects possible speech nominal DMIC Stage 2 • Audio data batching sample rate (800kHz) *<300µA I2S • Speech envelope detection • M4 • DMA
Recognizer • FRO (48 MHz) FIFO Stage 3 *<1.5mA • Trigger command recognition • M4
9 EXTERNAL USE Reference Design 4 — Audio Decoder
Application Code SHEL PLAY USB LED KEY Features: L TASK TASK TASK TASK - Based on LPC5411x series TASK FREERTOS - Single CM4F for audio decoder or BSP - Based on SDK2.0.0 and IAR RT-Thread RTOS Driver - Based on xFSL Picus Audio decoder library Shell Picus or FatFS Board WA FLA Support MP3
AudioV DecoderC SPIMMC
- Support FreeRTOS with Shell & FatFS DMA I2S FinShell WM8904 - SPI connect with TFcard LPC5411x SDK2.0.0 IA - Support wav, mp3, flac R Peripheral - Support play, pause, next song, volume +/- Drivers(I2C,I2S,SPI,GPIO) - USB MSC update music
10 EXTERNAL USE KINETIS REFERENCE DESIGN/DEMOS
11 EXTERNAL USE Reference Design 1 – QR Decoder
QR decoder can quickly scan and decode both 1D and 2D barcode information. It is based on the NXP tower system, utilizes the Kinetis SDK FlexIO camera driver to bring in image data and display the decode result on TWR-LCD and/or a terminal.
Supported Symbologies: • QR(Quick Response Code) • UPC-A UPC-E • EAN8 EAN13 EAN128 • ITF-6 ITF-14 Interleaved 2 to 5 • CODE39 CODE128 • CodaBar
12 EXTERNAL USE Reference Design 2 – Smart Plug
• Based on the Kinetis MKM14Z64 MCU −a low-power high-performance 32-bit ARM® Cortex™- M0+ core @50MHz • Cost optimized solution with single-phase meter and wireless control. • Includes two parts −Metering part is used to measure electronic power in single-phase −WiFi part is used for wireless control. • Users can use application in an android phone to check plug status, e.g current active power, reactive power, grid frequency, history run time, etc, and control it by setting it to ON/Off, setting timer for ON/Off at fixed time.
13 EXTERNAL USE Reference Design 3 – Three Phase Power Meter
• Low cost NXP ARM Cortex™ M0+ SoC KM14 for metering • Conforms to China National Grid Standard • High performance of 0.5% accuracy for Active and Reactive energy under full temperature range • ESD performance up to +/- 12KV • High accuracy RTC clocking with 5ppm resolution
14 EXTERNAL USE Demo 1 - FlexIO Camera Demo
• Based on FRDM-KL28Z EVK board. • FlexIO emulates camera interface • Captures 320x240 QVGA images via 8-bit width data bus. • Displays images on a TFT LCD via SPI bus. • The sample rate is up to 15fps.
DMA DMA Camera FlexIO SRAM SPI LCD
KL28Z
15 EXTERNAL USE Demo 3 – New TSI Demo FRDM
• -
FRDM-TOUCH is a shield board TOUCH connected to the FRDM-KE15Z board which integrates new generation touch sensing interface
− supporting both self capacitance and mutual capacitance mode
− 16-bit conversion resolution and configurable sensitivity to handle
different overlay material, thickness TSI
− IEC61000-4-6 certified (both 3V/10V), - immunity to a wide range of noise EVB
• Demo touch keys, touch slider, rotary & touch key matrix • When you touch the keys on FRDM- TOUCH board, the RGB LED is turned on. When you touch the slider, the blue LED will gradually illuminate based on the distance your finger moved on the touch slider 16 EXTERNAL USE INTRODUCING LPC MICROCONTROLLERS FOR THE BROAD MARKET
17 EXTERNAL USE Where Does LPC Fit in the Market
Connected sewing pill dispenser Virtual Gaming machines large format surveillance Reality Controllers fish finders collaboration cameras touch panel
medical equipment data loggers audio control contactless ATMs accessories Wearable Band smart meters panels Gaming mice & Keyboards Mobile USB POS Display cables Battery Pack
LPC800 LPC1100 LPC1300, LPC1700 & LPC1800 LPC541xx LPC4300 Cortex-M0+ Cortex-M0+/M0 Cortex-M3 Cortex-M4/M0+ Cortex-M4/M0
digital Power projectors tachographs e-Cigar mixing Mgmt docking Printers stations smoke/toxic boards speakers musical gas detector fingerprint elevator instruments controls scanners
wireless Thermostats home appliances transmitters lab tools kiosks
18 EXTERNAL USE LPC Our Product Positioning Maintain Global Leadership in the Broad Market by Continuing to Invest in Innovative & Differentiated Technologies
LPC800 MCU Series LPC54000 MCU Series • Cortex-M0+ up to 30 MHz • Cortex-M4 100MHz & • Differentiated features 180MHz platforms • From 8 to 64K flash range • Improved power-efficiency • Down to TSSOP 16 • Flexible comm. Interfaces • Advanced Peripheral Integration • From 128K to 512K Flash
19 EXTERNAL USE INTRODUCING LPC800 MCU SERIES CORTEX-M0+ FOR THE BROAD 8-BIT MARKET
20 EXTERNAL USE LPC800 Entry-Level Microcontrollers
Expanding our Cortex-M0+ based LPC800 MCU series, - Addressing market’s aggressive move from 8- to 32-bit architecture - Satisfying need for improved power-efficiency & portfolio scalability - Simple Code Bundles & ROM drivers - Differentiated features in a low-price MCU
Q2 Q3 Q3
LPC845 Peripheral & Memory LPC802 Expansion from Addressing the LPC804 Entry NXP’s Popular LPC824 Growing Demand for 8-bit Alternative MCUs NXP’s Game Changing LPC800 Series 64K Flash, 8-16K RAM 8-bit Alternative MCU 16K Flash, 2K RAM Cortex-M0+ [ QFN, LQFP ] 32K Flash, 4K RAM [ TSSOP ]
* Information Subject to Change
21 EXTERNAL USE LPC800 MCU Series Brief Global Overview Global Market Success More China Success in Later Session
Industrial RFID Smart Home • Low-power Cortex-M0+ based solution Tag & Reader Remote Control • LPC800 provides − ADC for analog battery monitor functionality − SCTimer/PWM handles IR/RF signal generation without CPU intervention − UART and SPI peripherals for interface to external RF frontends − GPIO for interface to LPC800 ▪ LED and LCD control GPIO LED ▪ Pushbuttons/switches Cortex-M0+ core pushbuttons GPIO switches battery monitor ADC SCTimer/ IR/RF TX/RX PWM
LCD GPIO UART/SPI RF receiver
22 EXTERNAL USE LPC82x Overview Builds on LPC800 Series Power Efficiency & Flexibility
LPC82x Flash • System • Switch matrix for flexible I/O pin Block Diagram Up to 32 kB assignment of common blocks ARM SRAM − 30-MHz Cortex-M0+ ARM core
CORTEX-M0+ Bus LITE Up to 8 kB - • Analog 30 MHz − 32 kB Flash, with 64 B page size
AHB ROM − 1.2 Msps ADC: 12 ch, 12-bit with IOP CRC Engine − 8 kB RAM GPIO flexible triggers to optimize power use Up to 28 DMA (18 ch) − 18-channel DMA Bridge − Comparator: four input pins, external or • Exceptional power efficiency internal VREF SCTimer/PWM Power Control PMU, power modes, − Down to 90 µA/MHz (active) • Timers: 4 ch multi-rate BOD, single VDD power supply, POR − Five power modes − SCTimer/PWM WWDT Clock Gen Unit 12 MHz 1% IRC OSC, − Power profile APIs for simple runtime − multi-rate self wake-up Watchdog OSC, power optimization
GPIO GPIO pads TIMERS 1-25 MHz system OSC, − windowed watchdog
Switch Switch Matrix APB Bus APB system PLL − Integrated PMU SYSTEM − self wake-up • Ample serial connectivity • SPI (2) Comparator Single power supply: 1.8 to 3.6V with external Vref 2 I2C (4) − 4 I C (1 Fm+, 3 Fm), 2 SPI, 3 UART • Temperature range: -40 to +105 °C ADC UART (3) 12 ch, 12-bit, 1.2 Msps − 29 GPIO with pattern matching • Packages: TSSOP20, HVQFN33 SERIAL INTERFACES ANALOG
23 EXTERNAL USE LPC824-Lite Board Introduction
NXP LPC824 in HVQFN33 package based on LPC824-Lite Board Kit Cortex-M0+ Cores −Schematic (Format: PDF, ORCAD) Debug interface −Chip documents −On-board CMSIS-DAP debug interface −User guide −10 pins JTAG connector, support SWD mode −Virtual COM tool and driver −mbed tools and USB virtual COM −Target firmware One adjustable potentiometer −Example code Four buttons Eight user LEDs Three debugger LEDs Expansion options −Arduino UNO R3-compatible connectors −Prototyping area
24 EXTERNAL USE INTRODUCING LPC54000 MCU SERIES CORTEX-M4 FOR THE BROAD MAINSTREAM MARKET
25 EXTERNAL USE LPC54000 Mainstream Microcontrollers
Expanding our Cortex-M4 based LPC54000 MCU series, LPCXpresso54608 - Address market’s need for scalable, mainstream portfolio - Range of power & performance scalability LPCXpresso54114 - Differentiated set of features
Q1 Q2 Q3 Q4
LPC546xx Family of Microcontrollers Providing our NXP’s Latest Mainstream MCU; developers on Upgrade Path from LPC1700 Mainstream Up to 180 MHz Core LPC1768 256-512K Flash Up to 180 MHz Core LPC54000 Series 16K EEPROM Ultimate Power & Performance platform with an Scalability with Numerous 0K Flash Cortex-M4 136-200K RAM 360K RAM upgrade path Memory Expansion Connectivity & HMI Options Memory Expansion More to Come Updated Peripherals, [ LQFP, TFBGA ] Added Security & Protection [ LQFP, TFBGA ]
* Information Subject to Change
26 EXTERNAL USE Migration to LPC54xxx
Legacy part Migrating part
LPC23xx/24xx LPC54605/54606 LPC175x/176x (80/100pin) LPC2000, LPC17xx/40xx (180/208pin) LPC5460x
LPC213x (64pin) LPC54101 or LPC5411x
27 EXTERNAL USE Introducing LPC54000 Series of Power-efficient Microcontrollers
LPC5410x LPC5411x LPC546xx MCU Series Cortex-M4F at Cortex-M4F at 100 MHz 100 MHz Broad Family of Products Offering Scalable performance, advanced integration & flexible connectivity 256-512 KB Flash 128-256 KB Flash 104 KB RAM 96-192 KB RAM Cortex-M4F at 180 MHz Cortex-M4F at 180 MHz
FRO, FS USB, 256-512 KB Flash 0 KB Flash DMIC Subsystem 136-200 KB RAM 360 KB RAM
FRO, FS/HS USB, FRO, FS/HS USB, DMIC Subsystem DMIC Subsystem
Six product families, Six product families, TFT-LCD Controller, TFT-LCD Controller, Ethernet, Ethernet, CAN2.0 / CAN FD, CAN2.0 / CAN FD, Optional Security Optional Security
• Boards, Samples and Software (IAR/Keil) available today • Mass Production shipping January-2017
28 EXTERNAL USE LPC54000 MCU Series Brief Global Overview Global Market Success More China Success in Later Session
In Home Display for Smart Energy Elderly Care Monitoring w/ Voice Activation
LPC54605 LCD LCD cap I2C SDIO JN module touch Cortex-M4F Board-to- Internal USB UART board comms comms LED system GPIOs Flash RAM SPIFI QSPI Flash control − Power-efficient LPC54000 MCU Series DMIC EMC Power monitor ADC RTC Subsys SDRAM ▪ Options for Large SRAM ▪ Advanced Peripherals digital sensor interface, external Standard TFT wireless connectivity display (Parallel LCD) − Integrated Graphics Controller, Digital Microphone Subsystem to detect voice triggers 29 EXTERNAL USE LPC5411x Overview Low-Power Microcontrollers Based on Cortex-M4 Cores With Optional M0+ Co-processor
LPC5411x • CPU • Clocks & timers Block Diagram Flash RAM 256 KB 192 KB − 100MHz Cortex-M4F − 12/48/96 MHz FRO
ARM Cortex-M4F ROM (100 MHz, MPU) Bootloader, SPI/I2C Drivers − Cortex-M0+ Co-processor − 100 kHz-1.5MHz WDOG OSC,
ARM Cortex-M0+ MEMORY • Memory − 32 Xtal OSC Co-processor − 256 KB Flash, 192 KB RAM − external clock input I2C Fm+ (8) SPI (8) DMA • Interfaces for connectivity & − Basic & advanced timers including UART (8) I2S(2) sensors SCTimer/PWM Low-Power Management Up to 8-ch Single VDD power supply, Integrated − Asynchronous peripheral bus PMU, POR, BOD, reduced power − Stereo DMIC subsystem (PDM, modes, automatic voltage scaling GPIO (Up to 50) decimator, HW VAD) • Packages Clock Generation Unit LOW POWER INTERFACES (12/48/96) MHz FRO, System PLL − 8 Flexcomm interfaces: 8 SPI, 8 I2C, 8 −
Multilayer Multilayer Matrix Bus LQFP64 (10 x 10 mm) SYSTEM DMIC Subsystem UART, 2 I2S channels. Max 8 channels − WLCSP49 (3.45 x 3.45 mm) 32-bit General Purpose (5) Crystal-less USB 2.0 − Crystal-less FS USB • Other ADVANCED CONNECTIVITY SCTimer/PWM WWDT − Power-efficient 5.0 Msps, 12-bit ADC: − Operating voltage: 1.62 to 3.6V Temp Sensor full-spec performance (1.62 to 3.6V, -40 24-bit Multi-Rate(4) RTC/Alarm to 105 C) − Temperature range: -40 to 105 C ADC Repetitive Interrupt Micro-Tick 12 bit, 12 ch, 5 Msps Low Active Currents for Always-On Processing TIMERS LOW-POWER ANALOG 900µA @12MHz w/ 2µs wakeup time in Sleep mode
30 7µA w/ 19µS wakeup time in Deep Sleep mode EXTERNAL USE 300nA w/ 1.2mS wakeup time in Deep Power Down mode LPC54114-Lite Board Introduction
LPC54114J256BD64 Cortex-M4/M0+ Dual Core Expansion options Debug interface −Arduino UNO R3-compatible connectors −On-board CMSIS-DAP debug interface −Prototyping area −10 pins JTAG connector, support SWD mode LPC54114-Lite Board Kit −mbed tools and USB virtual COM −Schematic −ISP jumpers −Chip documents One adjustable potentiometer −User guide Four user buttons and one reset button −Virtual COM tool and driver Four user LEDs for and one power LED −Target firmware −Example code One set of 3.5 mm audio jack One TF card interface, One stereo Mic One I2C temperature sensor, One SPI Flash
31 EXTERNAL USE LPC546xx Overview Power-Efficient Microcontrollers (MCUs) With Advanced Peripherals
FLASH ARM Cortex-M4F 512KB Up to 180 MHz Connectivity, High-end Graphical UI & Security Includes MPU RAM FLASH ARM Cortex-M4F Up to 512KBUp to 200 KB Up to 180 MHz CORE − Hi-Speed and Full Speed USB Includes MPU EEPROMRAM Up to 16 KB • Core & Memory Up to 200 KB − USB: 1x HS (H/D) w/on-chip HS CORE ROM EEPROM 16 KB − Cortex-M4F, 180MHz DMA Up USB Audio MEMORY PHY to 30ch PLL PLL ROM − 1.71 V to 3.6 V, -40 C to 105 C DMA Up to USB MEMORY − XTAL-less FS USB (H/D) 30ch Audio PLL PLL Ext. Mem. Ctrl SPIFI Power Control Ext. Mem. Ctrl SPIFI − Up to 512 KB Flash & Up to 200 KB − FlexComm-flexible serial connectivity Single Vdd powerPower supply, Control POR, BOD, VBAT Single Vreducedpower supply, power POR, modes BOD, reduced 2 USARTS RAM ▪ 10 Flexcomm interfaces: 10 SPI, 10 I2C, dd I C FM+ USARTS power modes I2C FM+ LIN 2.2 2 (10) (10) LIN 2.2 10 UART, 2 I S channels. Max 10 Clock Generation Unit (10) (10) Clock Generation Unit − 16 KB EEPROM 12,48/96 MHz, System PLL channels FRO 12/48/96 MHz, System PLL I2S (2) I2S (2) SPI (10) SPI (10) SYSTEMSYSTEM − FLEXCOMM (Choose any 10) XIP from QSPI via SPIFI
Multilayer Matrix Bus Multilayer FLEXCOMM(Choose any 10) • Advanced Security Option
32-bit Timers (5) SCTimer/PWM Matrix Bus Multilayer TFT LCD CAN 2.0 or − External Memory Ctrl (up to 32 bits) 32-bit Timers (5) SCTimer/PWM TFT LCD CAN FD (2)CAN FD (2) − OTP for enhanced CRP Multi-Rate Timer WWDT HS USB (1) FS USB (1) Ethernet • Key Features Multi-Rate Timer WWDT HS USB (1) Ethernet AVB − True Random Number Generator RTC Alarm Timer FS USB (1) DMIC Subsys SDIO (SD/MMC) − Graphic LCD with resolutions up RTC TIMERS Alarm Timer SD/MMC & − verification DMIC Subsys SDIO to 1024 x 768 Smart Card (2) GPIO Up to 171 ADC 12b 12ch Repetitive InterruptTemp SensorTimer − Single and dual-image boot 5Msps Smart Card (2) GPIO Up to 171 − CAN-FD controller x2 TIMERSANALOG INTERFACES support INTERFACES − Digital mic subsystem supporting ADC 12b 12ch voice detection 5Msps Temp Sensor OTP RNG ANALOG SECURITY
32 EXTERNAL USE LPCXpresso54608 Board Introduction
Key Features Support Materials • 272x480 color LCD with capacitive touch screen − NXP.com Board Page LPCXpresso54608 front • On-board, high-speed USB, Link2 debug probe with CMSIS-DAP and − Start Guideline SEGGER J-Link protocol options, support for external debug probe − LPCXpresso54608: Out of Box & Getting Started • UART and SPI port bridging from LPC546xx target to USB via the on- Introduction board debug probe • 3 x user LEDs, plus Reset, ISP (3) and user buttons − Board Schematics • Multiple Expansion options, including Arduino UNO and PMod − Board User Manual • Built-in power consumption measurement for target LPC546xx MCU • 128Mb Micron MT25QL128 Quad-SPI flash • 8MB Micron MT48LC8M16A2B4 SDRAM • Knowles SPH0641LM4H digital microphone • Full size SD/MMC card slot • NXP MMA8652FCR1 accelerometer • Stereo audio codec with line in/out • High and full speed USB ports with micro A/B connector for host or device functionality • 10/100Mbps Ethernet (RJ45 connector)
LPCXpresso54608 33 Demo LPCXpresso54608 back EXTERNAL USE INTRODUCING KINETIS PORTFOLIO FOR MARKET SPECIFIC APPLICATIONS
34 EXTERNAL USE Winning across segments with Kinetis MCUs
Kinetis KL3x
Kinetis K3x
Kinetis KL1x
Kinetis K1x Kinetis K2x Kinetis K1x Kinetis K1x Kinetis K2x Kinetis KV3x Kinetis KL1x HomeKit HomeKit Kinetis KL1x
Kinetis K, Kinetis W Kinetis K2x Kinetis KE0x Kinetis KE0x Kinetis KE0x Kinetis K2x Kinetis K2x Kinetis KV3x
35 EXTERNAL USE Kinetis Microcontroller Portfolio
36 EXTERNAL USE NXP Kinetis Microcontroller Portfolio
Performance & Integration Ultra-Low Power
General Purpose General Purpose Wireless Control & 23 Packages 19 Packages Connectivity Secure Power Conversion 5V / Robust Metrology • From 50 to 180 MHz Application Specific Application Specific • From 48 to 72 MHz Application Specific Application Specific Application Specific 4 Packages • 8kB to 512kB Flash • 32kB to 2MB Flash 4 Packages 10 Packages 4 Packages 8 to 256 kB SRAM 5 Packages 1 to 128 kB SRAM • Smart, Autonomous • Memory Expansion • Sub-1GHz and • From 72 to 120 MHz • From 75 to 168 MHz • From 20 to 168 MHz • From 50 to 75 MHz (inc. BLE & Peripherals/Timers • High Precision 2.4GHz • HW Cryptography • 16 to 512kB Flash • 8kB to 512kB Flash • 64kB to 256kB Flash Analog 802.15.4, Zigbee, 8 to 96 kB SRAM 1 to 64 kB SRAM • High Precision 16 to 32 kB SRAM Thread) • Anti-Tamper Analog • Options with • Fast, High Precision • Enhanced ESD/EMC • AFE w/ up to Quad • 128 to 512kB Flash • 128 to 256lB Flash ›Advanced Security Analog, Timers/PWM Performance • Options with 24b Sigma-Delta 128 to 256KB RAM 16 to 64 kB SRAM ›Advanced Security ADCs & Protection • Real-time • High Current Output • QSPI & Protection ›FS/HS+PHY USB • High Precision computation and • Options with • Options with Analog ›FlexIO ›CAN, Ethernet math acceleration ›CAN ›LCD ›Segment/Graphics • Options with FS USB • Options with CAN ›New touch sensor LCD ›FlexIO ›PGA/OpAmps ›FlexIO
K W K8x V E L M Series Series KL8x Series Series Series Series
ARM Cortex-M4 Based MCUs
ARM Cortex-M0+ Based MCUs ARM Cortex-M7 Based MCUs
37 EXTERNAL USE Summary of Devices in Production Today KINETIS CONNECT JN5169 JN5174/78/79 KW2xD KW21Z KW31Z QN9080 KW41Z Low power, High Low power, High High Performance Very Low power, High Very Low power, High Ultra Low Power, High Very Low power, High Perfs ‘15.4 / BLE 4.2 Performance 802.15.4 Performance 802.15.4 802.15.4 wireless Performance 802.15.4 Performance BLE 4.2 Performance BLE 4.2 wireless microcontroller wireless microcontroller wireless microcontroller microcontroller wireless microcontroller wireless microcontroller wireless microcontroller Cortex M0+ @48MHz 32b RISC @32MHz Cortex M3 @32MHz Cortex M4 @50MHz Cortex M0+ @48MHz Cortex M0+ @48MHz Cortex M4 with FPU 128kB RAM, 32kB RAM 32kB RAM, 64kB RAM, 128kB RAM, 128kB RAM, 128kB RAM,256kB ROM 512kB flash 512kB flash 160/256/512kB flash 512kB flash 512kB flash 512kB flash 512kB flash Tx Power +4dBm Tx Power +10dBm Tx Power +10dBm Tx Power +8dBm Tx Power +4dBm Tx Power +4dBm Tx Power +2dBm TH Rx Sens -101dBm Rx Sensitivity -96dBm Rx Sensitivity -96dBm Rx Sensitivity -102dBm Rx Sensitivity -101dBm Rx Sensitivity -96dBm Rx S -95dBm w/o DC-DC BLE Rx Sens -96dBm Tx 23.3mA, Rx 14.7mA Tx 22.5mA, Rx 14.8mA Dual-PAN, Antenna Div. Dual-PAN, Antenna Div. TRNG Rx S -93dBm w/ DC-DC Dual-PAN, Antenna Div. QFN40 6x6mm QFN40 6x6mm Tx 19mA, Rx 17mA Tx 6.5mA, Rx 6.5mA Buck Boost DC/DC from Tx 3.4mA, Rx 3.6mA, Tx 6.5mA, Rx 6.5mA, Tamb -40°C / +125°C Tamb -40°C / +125°C LGA 8x8mm QFN 7x7mm, WLCSP 0.9V to 4.2V ADC: 14 ENOB @ 32 kHz QFN 7x7mm, WLCSP Development Kit Development Kit Tamb -40°C / +85°C Tamb -40°C / +105°C Tx 6,5mA,Rx 6,5mA, Fusion Sensor processor Tamb -40°C / +105°C HA and lighting HA and lighting Development Kit Development Kit QFN 7x7mm, WLCSP QFN 6x6mm, WLCSP Development Kit integrating easy and integrating easy and FRDM, USB Dev Boards FRDM, USB Dev Boards Tamb -40°C / +105°C Tamb -40°C / +105°C FRDM, USB Dev Boards secure NFC secure NFC Modules Development Kit Development Kit Modules commissioning commissioning Modules From Partners FRDM, USB Dev Boards EVB, miniDK From Partners Modules Modules From Partners Modules Modules Target Applications NXP Modules NXP Modules Target Applications From Partners To be defined Home and Building Automation Target Applications Target Applications Target Applications Home and Building Target Applications Target Applications Availability HBA, Lighting., Smart HBA and Lighting Home and Building Automation Secure BLE applications, Watches and wristband Sampling April 2016 meters Availability Automation Availability Home Automation Full Release Sept 2016 Energy metering Availability Sampling Now Availability Sampling April 2016 Availability Availability Sampling April 2016 Full Release June 2016 Now Full Release Sept 2016 1H 2017 Now Full Release Sept 2016
ISO/IEC 14443-2/3, NFC forum compliant - Type 2 Tag Best plug’n ISO15693 compliant -longer read range than ISO14443 NTAG I²C plus 888B EEPROM or 1904B EEPROM play full NFC Reading distance up to 70mm connected Access Protection via RF : WRITE ONLY per 16 Btyes solution – MIFARE Classic security (CRYPTO1 HW) NFC tag Pass through mode: 64B SRAM buffer to transfer data easy Host protocol : NCI 1.0
solution by Signal output : To detect RF field or synchronise data PN7120 Host Software : Android driver and Linux driver 39 integration Host interface :I²C EXTERNAL USE NXP Energy harvesting : To power external components into any OS NXP NFC I²C TAG I²C NFC NXP SOT902 (leadless) – TSSOP8 (8pin) environment VFBGA49 Kinetis KW41Z/31Z/21Z Core System Memories Transceiver ARM Cortex-M0+ Internal and Up to 512 kB BLE 4.2, 48 MHz External Watchdogs Flash Generic FSK & Core/System 802.15.4 radio • Cortex-M0+ running up to 48 MHz Interrupt • Four independently programmable DMA controller channels DMA Controller Balun Up to 128 kB Memory SRAM • Up to 512kB Flash Debug Interfaces Low Leakage • Up to 128 kB SRAM Wake-Up Unit Security Timers AES-128 Radio Communications DC-DC Converter • Support for BLE v4.2, 802.15.4, Generic FSK FlexTimers True Random • -95 dBm in BLE mode, -100 dBm in 802.15.4 mode 2xI2C Number • -30 to +3.5 dBm programmable output power Generator • 6.8 mA Rx & 6.1 mA Tx (0dBm) current target (DC-DC enabled) Programmable • On-chip balun with single ended bidirectional RF port 2xSPI Analog Delay Block Clocks Communications/HMI/Timers 16-bit ADC Periodic Frequency Locked • 2xSPI, 2xI2C, LP-UART, GPIO with IRQ capability (KBI) LPUART Interrupt Timers Loop • Carrier Modulated Timer (CMT) for infrared transmissions • Hardware Capacitive Touch Sensing Interface (TSI) TSI • 3xFlexTimer (TPM) with PWM & quadrature decode support 12-bit DAC Low Power Timer Low / High Frequency Osc. • Low Power (LPTMR), Programmable Interrupt (PIT) and RTC timers CMT
GPIO w/ IRQ Independent Real 6-bit ACMP Internal Reference Analog Capabilities Time Clock Clocks • 16-bit ADC with integrated temperature sensor and battery monitor • 12-bit DAC and 6-bit High-speed Comparator Device Memory (Flash/RAM) Protocol Package Security • AES-128 Accelerator and True Random Number Generator MKW21Z512VHT4 512 kB / 128 KB 7x7 48-pin Laminate QFN 802.15.4 • Advanced flash security MKW21Z256VHT4 256 kB / 128 KB 4x4 75-pin WLCSP
7x7 48-pin Laminate QFN Integrated DC/DC Converter MKW31Z512VHT4 512 kB / 128 KB BLE v4.2 / Generic FSK 4x4 75-pin WLCSP • Normal: 1.71V to 3.6V MKW31Z256VHT4 256 kB / 128 KB • Buck : 2.1V to 4.2V for coin cell operation • Boost : 0.9V to 1.795V for single alkaline battery operation BLE v4.2 / Generic FSK 7x7 48-pin Laminate QFN MKW41Z512VHT4 512 KB / 128 KB / 802.15.4 ( Supports 4x4 75-pin WLCSP MKW41Z256VHT4 256 KB / 128 KB Unique Identifiers concurrent operation) • 80-bit unique device ID programmed at factory • 40-bit unique media access control (MAC) subaddress can be used Features Description for Bluetooth Low Energy or IEEE 802.15.4 MAC Address Bluetooth Smart Host Stack & Profiles Generic FSK (250 kbps, 500 kbps, 1Mbps) -40ºC to +105ºC (QFN) Software and Thread Stack, IEEE 802.15.4 MAC, SMAC -40ºC to +85ºC (WLCSP) Protocol Stacks Thread + BLE Multi-Protocol Stack 40 KSDK, RTOSes, IAR & KDS Support EXTERNAL USE Kinetis KW41Z/31Z/21Z: Key Differentiators
Multi-Protocol Radio – High performance radio supporting Bluetooth Smart/Bluetooth Low Energy (BLE) v4.2, Generic FSK and IEEE 802.15.4 (Thread) based standards
Large Memory – Enough memory to adequately contain desired networking stack(s) with ample room remaining for custom applications
Low Power – Low transmit, receive and standby currents that maximizes battery life, including standard coin-cells
Complete Enablement – Fully compliant, certified Bluetooth Low Energy, Thread and 802.15.4 MAC/PHY. Support for Generic FSK, BLE Mesh, SMAC, multiple RTOSes, KSDK 2.0, KDS and IAR IDEs.
41 EXTERNAL USE Complete Enablement: Software
✓ Thread R1.1 Compliant Network Stack
✓ Thread + BLE Combo Stack IPv6 + 6LoWPAN, UDP ✓ IEEE 802.15.4 MAC/PHY
802.15.4 MAC/PHY ✓ Qualified Bluetooth Low Energy v4.2 Stack + Application Profiles
2.4 GHz ✓ Bluetooth Low Energy Mesh Stack ✓ IPv6 over BLE
Bluetooth Low Energy ✓ Generic FSK at 250, 500 and 1000 kbps Core Stack 4.2 Profiles ✓ SMAC w/ Connectivity Test for Regulatory Certification
✓ Support for Host MCU and MPU (Linux® ) Processors
✓ Full integration with Kinetis SDK
BLE LL/PHY ✓ Multiple RTOS, including FreeRTOS and uCOSII (BLE) Bluetooth v4.2 ✓ Kinetis Design Studio (KDS) 2.4 GHz ✓ IAR Embedded Workbench® 42 EXTERNAL USE KW41Z Development Hardware
• FRDM-KW41Z Freedom Development Hardware − Can be configured as Host or Shield for connection to Host Processor − Supports all DC-DC configurations − PCB inverted F-type antenna − Minimum number of matching components − FCC Part15 & EN300 328 compliant − Serial Flash for OTA firmware upgrades − On board NXP FXOS8700CQ digital sensor, 3D Accelerometer (±2g/±4g/±8g) + 3D Magnetometer − OpenSDA and JTAG debug − Full KSDK support − Resale $145 (2 boards/kit)
• USB-KW41Z USB Dongle − Ideal for BLE/802.15.4 sniffer or connection to PC/Tablet − FCC Part15 & EN300 328 compliant − Resale $60
43 EXTERNAL USE KW41Z Development Software ✓ Thread R1.1 Compliant Network Stack
✓ Thread + BLE Combo Stack
✓ IEEE 802.15.4 MAC/PHY IPv6 + 6LoWPAN, UDP ✓ Qualified Bluetooth Low Energy v4.2 Stack + Application 802.15.4 MAC/PHY Profiles
2.4 GHz ✓ Bluetooth Low Energy Mesh Stack
✓ IPv6 over BLE Bluetooth Low Energy Core Stack 4.2 Profiles ✓ Generic FSK at 250, 500 and 1000 kbps ✓ SMAC w/ Connectivity Test for Regulatory Certification
BLE LL/PHY ✓ Support for Host MCU and MPU (Linux® ) Processors
Bluetooth v4.2 ✓ Full integration with Kinetis SDK 2.4 GHz ✓ Multiple RTOS, including FreeRTOS and uCOSII (BLE)
✓ Kinetis Design Studio (KDS)
✓ IAR Embedded Workbench® 44 EXTERNAL USE Thread Router (Ethernet/Wi-Fi)
SDIO RTOS Boarder Router Linux Gateway Flash WiFi SPI/QSPI Communication Linux System
SPI WiFi Data Control Management USB i.MX 6 KW2x Sensors SPI Events Processing K64/63 Cloud Input/Output MCR20 Connection ENET PHY
• Kinetis K64 is standalone MCU with up to • i.MX 6 Linux system handles Data 1MB Flash, up to 256K RAM and embedded Management and Analytics, Events Ethernet Processing and Cloud Connection • Kinetis K63 MCU adds tamper protection • Kinetis KW2x MCU runs the Thread Border DryIce module Router functionality • MCR20 is an 802.15.4 transceiver • Thread, Wi-Fi and Ethernet share same IP stack
45 EXTERNAL USE Thread Router and End Device
Communication
Control
Sensors KW
Input / Output
• KW devices with 512kB Flash and • Kinetis L devices with 32kB RAM 64k RAM can run Border Router can run 802.15.4 MAC/PHY, Thread or Router Eligible End Device Network and Application as an End configurations with an Application Device • KW devices with 32kB RAM can • MCR20A is the 2.4GHz Transceiver run Thread End Device configurations with an Application
46 EXTERNAL USE Target Development Systems: Gateways/Border Routers/End Nodes
i.MX6UL K64F KW2x Linux Gateway/Border Router RTOS Border Router FRDM-KW24D512
i.MX6Ul EVK K64F Freedom Board • 528MHz Cortex-A7 CPU • 120 MHz Cortex-M4F • 4 GB DDR3L DRAM memory • Up to 1 MB Flash, UP to 258 KB RAM • 256 MB Quad SPI Flash • Integrated Ethernet USB-KW24D512 • Arduino/Freedom connector • Thread and ZigBee • Launching Oct 6th • Launching Oct 6th
47 EXTERNAL USE KINETIS CONTROL Target Market and Applications Appliance Motor Control (Kinetis E) Industrial
Convection Air-conditioner E-Bike AC Motor DC Motor Oven
Microwave Oven 3 Intelligent Circuit MCCB Breaker Washer 2 4 Refrigerator Induction Cooker Kinetis Smart Lighting E & V (Kinetis E) 1 5 General Purpose CFL Ballast 6
LED Industrial LED Street Lighting UPS HMI Light HVAC
49 Touch Sensing EXTERNAL USE (Kinetis E) COMPANY50. CONFIDENTIAL Kinetis V series MCU For Motor Control & Digital Power Conversion
• April 26, 2017 • ARM Cortex-M0+ / M4 / M7 cores bring broad choice, and smooth upgrade.
• Scalable MCU families from 75MHz to 240MHz MCUs, maximize resource reuse and flexibility
• Optimized MCU performance and high speed/resolution analogy peripherals.
• Tower and FRDM boards, Libraries and KMS (Kinetis motor suite) reduced motor control learning curve and speed time to market.
50 EXTERNAL USE Kinetis V - Target Applications
KV1x KV3x KV4x KV5x
Power Control: UPS, SMPS, Photo Voltaic
FOC ACIM Up to 2 x FOC ACIM
1 PMSM Motor Up to 2 x PMSM Motors Up to 4 x PMSM Motors
Low Dynamic PMSM FOC High Dynamic PMSM FOC
1 or 2 BLDC Motors Up to 4 x BLDC Motors Up to 8 x BLDC Motors
BLDC Motors – FOC; Sensorless & Sensor’d
Industrial Real Time Control
51 EXTERNAL USE New Levels of Performance, Reliability and Power Efficiency for Motor Control and Digital Power Conversion
2016 + Advanced Memory, KV5x MCU Family Connectivity and Communications High-performance single/multi motor systems with connectivity & security. Advanced digital power conversion ARM Cortex-M7 2015 + High Speed ADC KV4x MCU Family + High Resolution PWM High-performance motors, UPS, solar and mid-range AC/DC control ARM Cortex-M4
Performance 2014 KV3x MCU Family + Multi Channel Timers Mid-range PMSM, UPS power control + Floating Point Unit ARM Cortex-M4
2014 KV1x MCU Family + Motor Control Software BLDC, entry-level PMSM ARM® Cortex® -M0+
Feature Integration NXP IDE, RTOS, Software Libraries and Motor Control Development Tools
52 EXTERNAL USE Kinetis E series MCUs Based on ARM® Cortex® Cores
5V • Wide range power supply 2.7V – 5.5V
Robust • EMC/ESD technology to ensure strong noise immunity
Scalable Performance & High Efficiency up to 40x higher performance than 8/16-bit MCUs • ARM Cortex M0+ core up to 72MHz • ARM Cortex M4 core up to 168MHz
Low Cost • Optimized for cost-sensitive applications • Offering low pin count options
53 EXTERNAL USE Kinetis E Series Product Roadmap 2.7-5.5V MCUs with high reliability and robustness, Based on ARM® Cortex-M® with best-in-class Enablement
Proposal Touch Sense Interface Value Planning KE1xF – 168 MHz CM4, ADCs Execution Features KE1xZ – 72 MHz CM0+, Enhanced features Production KE0xZ – 40/48 MHz CM0+, Entry level KE18F – CM4, ECC, 3xADCs, Two operation modes 2xCANs KE18F KE18F Self-cap: up to 25 keys KE16F – CM4, ECC, 3xADCs, Mutual: up to 36 keys CAN KE16F KE16F M4 Advanced robust in EMC KE14F – CM4, ECC, 3xADCs KE14F KE14F Pass IEC61000-4-6 standard test Advanced robust in waterproof High sensitivity and resolution New No need for CPU interfere
Integration Ease of use KE15Z KE15Z KE15Z – CM0+, 72MHz, TSI KE14Z – CM0+, 72MHz NXP Touch Library support KE14Z KE14Z SDK touch APIs support M0+ No need for external components
KE06Z KE06Z KE06Z – CM0+, 48MHz, CAN KE04Z – CM0+, 48MHz KE04Z KE04Z KE04Z KE02Z – CM0+, 40Mz, EEPROM M0+ KE02Z KE02Z KE02Z
8 KB 16 KB 32 KB 64 KB 128 KB 256 KB 512 KB
Memory Density
54 EXTERNAL USE KE15Z/14Z Block Diagram
Key Features: Core System Memories Clocks Core/System ® ® • ARM Cortex -M0+ up to 72MHz ARM® Cortex® -M0+ 256KB Flash with 32KB SRAM 3-40M/32K OSC • 8ch eDMA 72MHz 8ch eDMA ECC • TRGMUX Debug • MMDVSQ TRGMUX 2KB EEPROM Boot ROM IRC 48MHz(1%) Memory Interfaces Interrupt • up to 256KB Flash with ECC MMDVSQ IRC 8MHz(3%) • up to 32KB SRAM Controller • up to 32KB FlexMemory / 2KB EEPROM BME 128K LPO • Boot ROM Communications 2.7~5.5V PMC LPFLL • 3 x LPUART / 2 x LPSPI / 2 x LPI2C / FlexIO Analog • 2 x 12b ADC, 1MSPS • 2 x ACMP • 1 x 8b DAC Timers Safety and Analog Timers Communication Interfaces HMI • 1 x 8ch FTM (PWM) Security • 2 x 4ch FTM (PWM/Quad Dec.) • 1 x PDB CRC 2 x12b ADC 3 x FlexTimer 2x LPI2C 2x LPSPI 36ch TSI • 1 x 4ch LPIT / 1 x LPTMR / 1 x PWT • 1 x RTC UID 2 x ACMP 1 x PDB 3x LPUART Robust IO Others • Up to 36ch TSI (KE15Z only) FAC 1 x 8b DAC LPIT FlexIO 8 pins 20mA • Up to 89 GPIO with glitch filter • 2.7-5.5V, -40 to 105oC Packages Watchdog LPTMR • 100LQFP(0.5mm pitch) • 64LQFP(0.5mm pitch) LVD/POR PWT Pin compatible within KE RTC
55 EXTERNAL USE KE1xF Master Block Diagram
Key Features: Core System Memories Clocks Core/System ARM® Cortex® -M4F 512KB Flash with 64KB SRAM with • ARM ® Cortex ® -M4F up to 160MHz 16ch eDMA 3-40M/32K OSC • 16ch eDMA 160MHz ECC ECC Debug • TRGMUX DSP TRGMUX 4KB EEPROM Boot ROM IRC 48MHz(1%) • MPU Interfaces Interrupt Memory FPU MPU 8KB I/D Cache IRC 8MHz(3%) • up to 512KB Flash with ECC Controller • up to 64KB SRAM with ECC 2.7~5.5V PMC 128K LPO • up to 64K FlexMemory / 4KB EEPROM • 8KB I/D Cache PLL • Boot ROM Communications • 2 x FlexCAN • 3 x LPUART / 2 x LPSPI / 2 x LPI2C / FlexIO Analog Safety and • 3 x 12b ADC, 1MSPS Analog Timers Communication Interfaces HMI Security • 3 x ACMP • 1 x 12b DAC CRC 3 x12b ADC 4 x FlexTimer 2x LPI2C 2x LPSPI Robust IO Timers • 2 x 8ch FTM (PWM) UID 3 x ACMP 3 x PDB 3x LPUART 2x FlexCAN 8 pins 20mA • 2 x 8ch FTM (PWM/Quad Dec.) • 3 x PDB FAC 1 x 12b DAC LPIT FlexIO • 1 x 4ch LPIT / 1 x LPTMR / 1 x PWT • 1 x RTC Watchdog LPTMR Others • Up to 89 GPIO with glitch filter LVD/POR PWT • 2.7-5.5V, -40 to 105oC Packages: RTC • 100LQFP(0.5mm pitch) • 64LQFP(0.5mm pitch) Pin compatible within KE 56 EXTERNAL USE Kinetis E Touch HW and SW Support
Freedom Platform Freedom Shield TSI Evaluation Board
FRDM-KE15Z FRDM-TOUCH RD-KE15Z-TSI • Ultra low-cost/power • Daughter card of FRDM- • Evaluation board for new development platform KE15Z. TSI hardware and software design • Form factor compatible • Easy and simple way to with Arduino platform evaluate the touch pad, • More touch keys and types • Compatible with slide and wheel. Including Freedom shield self-cap and mutual-cap mode. • Support touch pad
NXP Touch Library v2.x / NXP KSDK v2.0
57 EXTERNAL USE KINETIS SECURE Kinetis Security Overview
Authorized Access Data Protection • Code I/P Protection • Symmetric Encryption − Internal Memory − DES/DES3, AES Protection • Asymmetric Encryption − External Memory Trust Crypto Protection − RSA, ECC • Debug Port Protection • Hashing • Authentication − CRC, MD5, SHA − Software Updates • True Random Number − Device Verification Anti-Tamper Generation • Secure Boot • Security Protocols − SSL, HomeKit, Thread
Monitoring of physical and environmental attacks • Tamper Detection • Tamper Detection • Secure Storage − Physical − Environmental
▪ Enclosure Intrusion ▪ Voltage
▪ ▪ 59 Drilling and Probing Temperature EXTERNAL USE ▪ Frequency Kinetis KL8x to K8x World’s most secure ARM® Cortex®-M based MCUs
Kinetis KL8x MCU Kinetis K8x MCU 72MHz ARM Cortex-M0+ 150MHz ARM Cortex-M4
Advanced Security Advanced Security Secure RAM & Boot, + Performance + Memory Protection Unit, Crypto. Acceleration Unit, Low Power Trusted Crypto. + Memory On-the-Fly Decryption for Engine (DES/3DES/AES/RSA), external memories Tamper Detection, + Crypto ISO7816-3 EMVSIM, throughput Random Number Generator 256/256/16KB + Ext. memory Flash/SRAM/Cache, 128/96KB Flash/SRAM, expansion & USB, FlexIO, QuadSPI (XIP), USB, FlexIO, QuadSPI (XIP), protection SDRAM, SD/eMMC, FlexBus, 121 MBGA / 80 LQFP 121 XFBGA / 100 LQFP Hardware and software compatibility with PCI-certified enablement
60 EXTERNAL USE Kinetis K8x/KL8x MCUs: Enablement TWR-POS-K81 Tower & Freedom Modules Security Software PIN Pad Reference Design
TWR-POS-K81
• POS PIN Pad Reference Design for customers seeking Payment Card Industry certifications • Freescale Kinetis SDK software drivers for • TWR (full evaluation) or FRDM (entry-level) public key cryptography • Kinetis K81/KL81 MCU: tamper pins, chip development modules security, EMVSIM, Kinetis SDK w/ Cryptographic • Support for multiple toolchains including Driver s/w • KL8x MCU GNU GCC, IAR, Keil, and Kinetis Design − TWR-KL82Z72M Studio • Chip-and-PIN keypad based on Cirque® − FRDM-KL82Z SecureSense™ technology (PCI PTS compliant without requiring physical protection for touch • K8x MCU: sensor) − TWR-K80F150M − FRDM-K82F • Available under NDA (incl. pre-PCI4.x certification reports. Full PCI 4.1 Certification expected Oct • 8MB SDRAM, 8MB Serial NOR Flash 2016) • Multiple TWR and Arduino™ form-factor compatible peripheral modules
• Available (K8x/KL8x)
61 EXTERNAL USE KINETIS GENERAL 63 KS22 Series MCU Cost Effective with Optimized Performance
• Member of Kinetis K series • ARM Cortex-M4 @120MHz • Initiated from China market • DSP and Floating point unit (FPU) demand, designed & manufactured locally Power Efficiency • Same quality standard as • Leverages the ultra low power technology of Kinetis L series NXP Kinetis MCU MCUs • Longevity Program to • Integration of low-power peripherals ensure a minimum of 10 • Run mode power consumption is as low as 158μA / MHz years supply • Both English and Chinese Smart Integration language technical support • Reduce BOM & system cost: Crystal-less USB device (websites, documents, • Various communication interfaces: CAN, I2S, UART, SPI, LPI2C community) provided by • Flexible Communication Interface: FlexIO China team
63 EXTERNAL USE 64 KS22 Target Applications
General Market
Smart Devices Wearables Car audio Smart audio
CAN Bus GPS Tracker Finger printer Car Infotainment co- High performance, processor Low power 64 EXTERNAL USE 65 KS22_128/256 Block Diagram
Key Features: Core System Memories Clocks
Core/System ARM Cortex-M4 Internal and Program Flash SRAM Phase-Locked Loop • Cortex-M4 @ 120MHz / FPU / DSP 120MHz with HS RUN External 128KB/256KB 64KB Watchdogs Frequency- Debug Memory DSP 16ch- Locked Loop Interfaces • 128KB/256KB Flash ADMA Low/High • 64KB SRAM Interrupt FPU Frequency Controller Low-Leakage Communications Wake-Up Unit Oscillators • USB OTG FS/LS Internal Flash Access Reference • 2* + 3x UART, 1x LPUART Control • 2* + 2x SPI Clocks • 2* + 2x LPI2C • 2* + 2x I2S (SAI) Security • 2x CAN Analog Timers Communication Interfaces HMI • FlexIO* and Integrity 1x 16-b Analog Cyclic 3x LPTPM 2x LPI2C 2x SPI GPIO Redundancy ADC • 1x 16-bit ADC, 1x 12-bit DAC Check (CRC) • 1x ACMP 1x 12-b Programmable 1x 3x UART Random DAC Delay Block LPUART Timers Number • 1x 6ch LPTPM, 2x 2ch LPTPM Generator Periodic 1x ACMP 2x I2S 1x FlexIO* • Low Power Timer (RNGA) Interrupt Timers • Periodic Interrupt Timers (PIT) USB OTG • RTC with independent Vbat. Supply Low-Power (LS/FS)+ 2x CAN Timer PHY Others • 8 high-drive I/Os (20mA) – SPI / LPI2C Independent • 1.71V-3.6V; -40C to 105C Real-Time Clock (RTC) Packages 100LQFP, 64LQFP, 48QFN
* FlexIO can emulate 2x UART, or 2x SPI, or 2x I2C, or 2x I2S, or PWM, etc 65 EXTERNAL USE 66
KS22 Orderable Part Numbers GIBC is open for registration
MKS22FN256 MKS22FN128 MKS20FN256 MKS20FN128 Features VLL12 VLH12 VFT12* VLL12 VLH12 VFT12* VLL12 VLH12 VFT12* VLL12 VLH12 VFT12* Performance ARM Cortex-M4, up to 120MHz Flash 256K 128K 256K 128K SRAM 64K UART 4 (3x UART + 1x LPUART) SPI 2 I2C 2 (LPI2C) I2S 2 CAN 2 (FlexCAN) 1 (FlexCAN) FlexIO FlexIO can emulate 2x I2C, 2x SPI, 2x UART, 2x I2S or 4x PWM USB Yes (USB FS OTG + PHY) Temperature -40 ~ 105C GIBC Yes LQFP- LQFP- QFN- LQFP- LQFP- QFN- LQFP- LQFP- QFN- LQFP- LQFP- QFN- Package 100, 64, 48, 100, 64, 48, 100, 64, 48, 100, 64, 48, 14x14 10x10 7x7 14x14 10x10 7x7 14x14 10x10 7x7 14x14 10x10 7x7 10K #SRP $2.58 $2.39 $2.34 $2.09 $1.92 $1.88 $2.46 $2.27 $2.26 $1.99 $1.82 $1.80
* PK Sample is now available. Mass production on July 2016 for 48QFN. 66 EXTERNAL USE NXP MICROCONTROLLER ECOSYSTEM & ENABLEMENT
67 EXTERNAL USE NXP Microcontroller Enablement Consolidation
Hardware Development Tools Runtime Software SW Development Tools
Baseline Evaluation Kits Baseline IDE Toolchain
Kinetis SDK/LPCOpen • Drivers • System Services • FreeRTOS • USB • emWIN LPC Xpresso Freedom Development Tower System • TCP/IP Platform • Filesystem Comprehensive frameworks and solutions for low-power, connected, and secure embedded systems
Expansion & Partner Solutions Expansion – Connect, Control, Graphics Configuration Tools
MCU Expansion boards • HomeKit SDK from NXP & 3rd Parties • Power Estimation • Motor Control • BSP Tools • Wireless Charging • Project Generator • Sensor Fusion • Power Analyzer • MFi LPC-Link2 • Graphics Partners • POS / EMV • Connectivity Solutions 802.15.4 Industry leading IDE support and intuitive Low cost hardware platforms for evaluation and application Software frameworks and development tools for targeted applications software configuration tools to accelerate development. Partner solutions for hardware debugging solutions and certified connectivity solutions application development
68 EXTERNAL USE NXP Microcontroller Enablement Consolidation
MCUXpresso Software and Tools
• IDE • SDK LPCOpen v2/3 • Config Tools
NXP Cortex-M Microcontrollers • LPC + Kinetis
69 EXTERNAL USE MCUXpresso Software and Tools for LPC & Kinetis Microcontrollers
MCUXpresso MCUXpresso IDE Edit, compile, debug and optimize in an intuitive Software and Tools and powerful IDE
• IDE • SDK MCUXpresso SDK • Config Tools Runtime software including peripheral drivers, middleware, RTOS, demos and more
NXP Cortex-M Microcontrollers • LPC + Kinetis MCUXpresso Config Tools Online and desktop tool suite for system configuration and optimization
70 EXTERNAL USE NXP Designs
• A one-stop-website to help customers develop their embedded design using complete NXP technology with, • Projects, solutions and reference designs using NXP technology • Access to information such as software, schematics and user documentation for quick use and customization • Designed by NXP technical experts and third party partners www.nxp.com/nxpdesigns
71 EXTERNAL USE Hexiwear Next Gen IoT Solution for Innovators Value Proposition Key Components
Fastest Time to Market Total NXP BOM Versatile solution created to reduce development $16 - 7 NXP components: MCUs, connectivity, sensors and and design time for IoT applications battery charger - Kinetis K64 MCU based on ARM Cortex-M4 core Path to Manufacturing Designed to accelerate the customer’s time to manufacturing. The BOM is readily available in the market and the design Kinetis KW40Z multimode BLE and 802.15.4 radio SoC files/schematic is open source. Color OLED Display, Rechargeable battery, External flash Optimized Hardware Design The hardware design is optimized and includes several best practices suggested for designing low power IoT applications Design Resources Available Robust Software The software includes everything from the embedded drivers to the Software cloud connectivity - all open source, easy to use and optimized Schematic, Design Files, Bill of Material (BOM) Community Supported iOS and Android App Hexiwear is a true community based solution and enables customers to access the rich pool of resources created by community Software Development Environment Target Applications Kinetis SDK (Open-source and Free) IoT end nodes & Wearables Kinetis Design Studio (Open-source and Free) FreeRTOS (Open-source and Free)
72 EXTERNAL USE Visit Us Online Thank You. LPCmcu.org Partnerships English Built on Trust.
NXPic.org Chinese
73 EXTERNAL USE