Using Automotive Products in Ultra-Reliable Applications

Transcription

1 Using Automotive Products in Ultra-Reliable Applications FTF-ACC-F1115 Philip Pesses AMPG Channel Marketing J U N E TM External Use

2 Agenda Industry Trends Ultra-Reliable Market Data and Growth Quality Differences Ultra-Reliable Applications Ultra-Reliable Focused Products Enablement for Faster Time-to-Market Summary External Use 1 #FTF2015

3 Industrial Megatrends Robust Secure Connectivity Energy Efficient Easy to Use Proven Quality Ultra-Reliable Product Longevity High Temp (>105C) Functional Safety (no SPF) IoT / Big Data Sensor Fusion Detection Encryption Authentication Trust Balanced Performance/ Power Higher Integration Space Constrained Faster Market Launch Low Cost s/w Application RDs Open Source Trusted Partners Strong Support External Use 2 #FTF2015

4 IoT connected devices are expected to double every 5 years 50 BILLION World Population 6.3B 6.5B 12.5 BILLION 6.8B 25 BILLION 7.2B 7.6B <1x 1x 2x 3.5x 6.5x * Sources: Ericsson, February 2011; Cisco Internet Business Solutions Group (IBSG), April 2011 # Connected Devices/Per son External Use 3 #FTF2015

5 Ultra-Reliable Market Growth External Use 4 #FTF2015

6 Ultra-Reliable Industrial Market Growth 18,000 16,000 14,000 12,000 16,318 Semi TAM ($M) Ultra-Reliable Industrial (URI) TAM estimate ~$500M ( 14) 10,000 8,000 6,000 4,000 2,000 0 $2,500 $2,000 4, ,286 Automotive Industrial Automation Building & Home Control Target Industrial Markets: Automation, Control, Power/Energy and Military are prime markets >90% equipment utilization >125C environments Factory Stoppage = $22,000/min Average cost of stopped production from a survey of 101 industrial manufacturers $1,500 Medical Electronics $1,000 $500 Power & Energy Other Industrial Switch to Ultra-Reliable MCUs to minimize factory stoppage costs $ Security & Video Surveillance External Use 5 #FTF2015 Source: ATS and Nielsen Research

7 Quality Difference External Use 6 #FTF2015

8 Industrial vs. Ultra-Reliable Quality ZD Design & Validation TEST & CZ Ultra- Reliable Simulation envm Dielectric Lifetime (TDDB) Transistor Aging (HCI,BTI) Electromigration Metalization Reliability (Stress Migration) Metalization Dielectric Lifetime (MTDDB) Radiation Immunity (*SER/SEL) Designing for Harsh Environments Ultra-Reliability Zero Defects & robustness driven by Safety applications & Warranty Costs Elimination of all single point, latent and common cause failures Logistics: long-term supply, shelf life, fast incident response Ultra-Reliable Quality 20 yr life at >125C Field tested after 35Mu shipped into standard Consumer/Industrial Exceeds Flash (envm) and Intrinsic Reliability (IR) testing years to qualify Meets tighter critical process control limits (Cpk) than Industrial HV spacing for device interconnects, nets and routing 2x package, Temp cycling and Stress (TC, HTB, HTSL) >150C External Use 7 #FTF2015

9 Targeting Ultra-Reliable Best in class MCU quality, reliability and safety 30 year history delivering industrial and automotive quality Zero defectivity = no field failures Advanced design for manufacturing (DFM) and test (DFT) Industry Benchmark in Longevity 15 years minimum product longevity support 20 year service lifetime and 5 years shelf-life Demonstrated <1ppm defect quality Application Target = those which operate in harsh environments, >105C or have expensive repair costs External Use 8 #FTF2015

10 Ultra-Reliable Applications External Use 9 #FTF2015

11 URI Application Market Focus Industrial Appliances Motor Control Building Automation General Purpose & Medical Industrial Metering Convection chamber Welding Equipment AC chamber Induction module HVAC E-Bikes AC motor DC / BLDC motor Sensorless motor HVAC Fluid pumps Circuit breakers Relays Elevator Safety alarms Fire alarms Safety lights Power supply Power management HVAC Industrial HMI lighting DC/DC Pressure meters Oil pumps Coolant pumps Power Inverters Programmable logic controller (PLC) Recreation engines Robot arm External Use 10 #FTF2015

12 URI Use Case Examples Applications DC Motor Control KEA controlling DC fan and sensor inputs Coolant Pump S12ZVM BLDC motor control to monitor pressure and temperature Elevator to meet SIL3 IEC61508 MPC5744P and SBC as safety module, digital and analog inputs with safety monitoring, Motor driven by separate MCU. Concept approved by TÜV Nord Medical Pump MPC5645S as secondary MCU for HMI/ Safe Display, Asian language characters are stored in external QSPI Flash, SIL2 and medical safety requirements 3 Phase Solar Inverter MPC5675K dual core with External Memory and Ethernet Industrial Diesel control unit up to 20 cylinders MPC5777C with external Memory Interface; long TPU device legacy down to MPC565, ASIL-C External Use 11 #FTF2015

13 Industrial Reliable DC Fan Using Kinetis EA Key Features Required: 8-16K flash 12-bit ADC, ACMP M 16-pin TSSOP compromises size, cost, and features. Power VDD 18V ~ 24V Timer/ PWM H-Bridge driver Regulator SCI/ SPI/ I2C 2-CH FTM PMC 32 LQFP, 20SOIC, 16TSSOP On-chip FLASH providing software flexibility for fast development and manufacture CM0+ 16/8KB FLASH FTM Vol Sensor Motor Current Sensor Temp Sensor Hall Sensor 512/256B RAM 12-bit ADC PWM control ACMP KEA16 Analog control Rich on-chip digital and analog module providing highperformance control with least external components Power package providing excellent power dissipation Flexible external interface providing communication from host External Use 12 #FTF2015

14 Small Form Factor BLDC Motor Control Using S12ZVM Applications Sensorless BLDC Motors Sensorless PMSM Motors Bidirectional DC Motors (H-Bridge) Pumps (oil, fuel, water, vacuum) Cooling Fan HVAC Blower VREG (8pin) LIN phy (8pin) Discrete Solution MCU or DSC (48pin) Op-amps 20+ Gate Driver (48pin) Success Factor Motor Control IPs Integrated CAN PHY High Temperature 64pin External Use 13 #FTF2015 4cm ~1 ½ in. S12ZVM Solution: ~ 50 Freescale.com/MagniV fewer solder joints - 4 to 6 cm2 PCB space

15 Ultra-Reliable Products External Use 14 #FTF2015

16 Ultra-Reliable ARM MCU Roadmap Graphics SVF5/3R (Vybrid) MAC57D5xx (Halo) A5/M4/M0+, 2D-ACE GPU, 355pin Proposal Planning Execution High- Performance KFA2M 120MHz M4, CAN-FD, 176pin Production KFA1M 120MHz M4, CAN-FD,144pin Mainstream KEA128/64 S32K144 (512 KB) 120MHz M4, CAN-FD, FlexIO, pin S32K142 (256KB) 80MHz M4, CAN-FD,FlexIO, 64pin Security 180nm 90nm 40nm 55nm Entry 48MHz M0+, LIN, CAN, 64-80pin KEA32/16 40MHz M0+, LIN, 32-64pin KEA8 40MHz M0+, LIN, 16-24pin Product Values Low power and performance Fast time to market ARM ecosystem Rich connectivity External Use 15 #FTF2015 Last Updated May15

17 KEA Family 1 st ARM based Ultra-Reliable MCU targeting connectivity and motor control applications in harsh environments Performance and Low-Power Up to 48 MHz ARM M0+ core w/ up to 128kB Flash Single-cycle 32-bit x 32-bit multiplier <2µA in stop mode Reliability AEC-Q100 Grade 1 Quality, Enhanced ESD/EMC performance up to 6KV Full compliance with IEC Temperature support up to 125 C ambient Connectivity and Control CAN, SCI, SPI, I2C, Analog comparators Multiple Timers with PWM functionality Enablement Fast time-to-market with S32DS and FRDM+ Low Level drivers, Reference designs, example code Applications CAN and LIN nodes Peripheral Gateway Lighting Control BLDC and DC Motor Control Pump/Fan Controller Battery Management HVAC External Use 16 #FTF2015

18 S32K Family Broadens ARM Ultra-Reliable MCU portfolio and offers scalability from 8k 2MB Performance and Low-Power Up to 120 MHz ARM M4 core w/ 256 2MB Flash DMA and single-cycle 32-bit x 32-bit multiplier <25uA sleep mode w/ RAM powered Reliability AEC-Q100 Grade 1 Quality, up to 125C Enhanced ESD/EMC performance up to 6KV Full compliance with IEC Supports ASIL-B safety and hardware security Connectivity and Control Up to 5 x CAN (2xFD), FlexIO (4xSCI, 3xSPI, 2xI2C) Multiple Timers with PWM functionality Enablement Full SDK driver suite for rapid development Reference designs, AUTOSAR MCAL, example code Applications Industrial HVAC BLDC and PMSM Motor Control Lighting Control Pump/Fan Controller CAN and LIN nodes External Use 17 #FTF2015

19 MAC57D5x (HALO) High-performance and integration supporting single, dual HD displays and Instrumentation applications Multi-core Architecture Integrates Cortex A5 (320MHz) and M4 (160MHz) Dual OS (MQX on M4 and Linux/Integrity on A5) High Resolution Graphics 2D-Animation and Composition Engine (2D-ACE) Video Integrity Unit Verifies image output to source Vivante GPU s: supporting Open VG drivers Memory Expansion and Rich Peripherals 4MB on-chip Flash and FlexECC on GRAM QuadSPI (Hyper Flash support) and DDR/SDRAM Support for Execute-In-Place (XIP) from Flash CAN-FD, Ethernet, MLB and Sound Generator Functional Safety & Security CSE2 hardware security SHE Compliance Applications Medical Displays Medical Instrumentation Construction Equip Displays Off road vehicle Clusters Human Machine interface Heads Up display External Use 18 #FTF2015

20 Power Architecture Products External Use 19 #FTF2015

21 High-End Portfolio Performance Memory Functional Safety Security Industry s highest performance Automotive MCU >2000 DMIPS on MPC5777C Embedded Flash up to 8MB Flash w/ecc >512KB RAM + Local Memory MMU Reduces time & complexity complies to IEC61508 standards Multi-layered approach supports Encryption, Authentication, Firewall and Audit Trail External Use 20 #FTF2015

22 MagniV Mixed Signal MCUs External Use 22 #FTF2015

23 What is Mixed Signal MCU? A Technology Sweet Spot for Sensor and Actuators Digital Logic S12, PWMs, Timers, SRAM, SPI, SCI, GPIO, Watchdogs, etc. Non-Volatile Memory Flash, EEPROM High-Voltage Analog Low Side & High Side Drivers, MOSFET predriver Voltage Regulator LIN/CAN Phy. etc. System Value Integrated HV analog (3.5 40V) Fewer components and less material 30% PCB size reduction Reduced weight Improve manufacturing quality Less solder joints/test points Simplify module complexity C Safe operation in harsh environment up to 150 C, all memories with ECC Robust EMC/ESD up to 8kV (HBM) Traditional Solutions MagniV 30% smaller External Use 23 #FTF2015

24 MagniV Product Offering Motor Control BLDC Motors DC Motors S12ZVM S12ZVML S12ZVMC S12ZVR CAN LIN LIN Fan Blower Compressor Pumps Actuators Elevators Automatic Doors Instrument Clusters, LCD Displays S12ZVH S12ZVFP CAN LIN Dashboard HMI panel General Purpose Small CAN Nodes LIN Nodes S12ZVC S12ZVL CAN CAN LIN Sensors Lighting User Interface High temp 150C ambient Freescale.com/MagniV External Use 24 #FTF2015

25 Enablement for Faster Time-to- Market External Use 25 #FTF2015

26 New FRDM+ Platform Low-cost FRDM+ kits start at only $29/ea Arduino UNO compatibility Leverage global development support Ease of Use Plug & Play using Arduino UNO shields LCD, Motor Control,, Bluetooth, Sensor, Communication Wi-Fi New iquick Start Guides (QSG) New ione-sheets (samples/spec/tools) Peripheral drivers and code examples Example code embedded into MCU Demo example code using smartphone Shield Plans 1 BLDC Shield many FRDM+ MC kits Communication Shield multi-can, SCI Feature Rich I/O headers to support up to 176pins 12V supply, 5V and 3.3V operation OpenSDA USB (drag/drop capability) CAN/LIN SBC - Vreg, CAN/LIN PHY RGB LED and Potentiometer Availability FRDM+KEA available in Aug 15 Additional FRDM+ kits starting in Q3 15 External Use 26 #FTF2015

27 Motor Control: Total Support 1 2 ARM (KEA, S32K) Development Kits MagniV (S12ZVM) PA (MPC564xL, MPC5644P, ) 3 4 Simplified Functional Safety Support Motor Control s/w Libraries IEC ISO External Use 27 #FTF2015

28 Reference Designs More to Come for URI FreeMASTER HTML based Control Page Motor Control H/W - complete schematics/gerbers of development kit S/W - complete source code of software application Six step commutation control for BLDC motors Vector control - FOC for PMSM motors SW Library Application specific Math and Motor Control libraries (AMMCLib) in object code Tools - FreeMASTER visualization & MCAT run-time tuning interface for easy application control Documentation detailed documentation support Lighting Control LED lighting including lamp current control and diagnostics Built with KEA MCU, MC10XS3425EK quad high-side driver chips MC33901 CAN and MC33662 LIN transceiver Uses SWD connector to debug provided software lighting connector increases number of controlled lights External Use 28 #FTF2015

29 S32 Design Studio External Use 29 #FTF2015

30 Enablement Support Customer Application Software Software / Tools Partner SW Professional Services for porting customer applications Middleware Math Motor Control Lib. (AMMCLIB) Reduces Development Time Freescale Tools MCAT Motor Control Tool Motor Control Dev. Kit: Reference Software FreeMASTER (GUI real-time monitor) Hardware FRDM+, EVB, RD s S32 Design Studio / CW Compiler & Debugger Partners (Cosmic, LB, GHS, isys, PE, Keil, IAR) Software AUTOSAR MCAL OS Partners (FreeRTOS) AUTOSAR OS Vector CAN Driver Initialization low-level Drivers (LLD) CAN/LIN/NVM Drivers Processor Expert Graphical Init Tool Pin Wizard Virtual Modeling / Simulator (performance benchmarking) External Use 30 #FTF2015

31 Making the World a Smarter Place. External Use 31 #FTF2015

32 Product One-Sheet Kinetis EA Series MCU for Ultra-Reliable Industrial and Auto Applications Performance and Low Power Up to 48 MHz ARM Cortex - M0+ core, Single-cycle 32-bit x 32-bit multiplier, less than 2µA in stop mode. High Reliability AEC-Q100 Grade 1, Automotive Quality, Enhanced ESD/EMC performance up to 6KV with full compliance with IEC and Temperature support up to 125 C ambient Features Rich CAN, LIN, SPI, I2C, Analog comparators, Multiple Timers with PWM functionality and single cycle GPIO Enablement Fast time to market with large choice of Low Level drivers, Reference designs, Middleware libraries, example code Features AECQ100 Grade1, 125 C CAN and LIN Node Get Sample Block Diagram Data Sheet icon icon 12 bit ADC, PWM/Timers Ultra-Reliable MCU Tools Success Stories Electric Motor control Air Flow system Industrial HVAC Battery Management system Target Applications CAN and LIN nodes Peripheral Gateway Lighting Control DC/BLDC Motor Pump/Fan Controller KEA KEAZ128 Specifications Flash Up to 128 KB Timer/PWM Up to 8ch 16-bit Battery Management Generic Sensor Node HVAC RAM Up to 16 KB Other Timer RTC, PWT, 2 PIT Core M0 + Comparator Two 6-bit DAC Speed 48 MHz CAN 1 x MSCAN Package 16 to 80 pins SCI/SPI/I 2 C Up to 3/2/2 Op Range 2.7 V V HMI Up to 71 GPIO, 2KBI, 1IRQ Temp -40 to 125 C Security LVD, WDOG, CRC Orderable Samples Part Number Temp Range Package S9KEAZ C to 125 C 64 and 80LQFP S9KEAZN64-40 C to 125 C 32 and 64LQFP S9KEAZN8-40 C to 125 C 16TSSOP and 24QFN External Use 32 #FTF Phases Sensorless BLDC Motor Control For more information, visit freescale.com/kea Enablement Tools Evaluation Boards: TRK-KEA8, FRDM-KEA64, FRDM-KEA128 Reference Designs: KEA128BLDCRD BLDC Motor Control Lighting Control, CAN/LIN Gateway Code Warrior, KDS, IAR, KEIL, Cosmic NVM, CAN and LIN Drivers, LIN Stack M0 + Motor Control Libraries Freemaster and MCAT

33 NVIC Product One-Sheet Kinetis S32K144 Series MCU for Ultra-Reliable Industrial and Auto Applications Performance and Low Power 48 MHz ARM Cortex M4 core, Single-cycle 32-bit x 32-bit multiplier, <25uA sleep mode w/ RAM powered (no PLL init required in LP mode) Scalability supports 8 kb to 512 kb Flash High Reliability AEC-Q100 Grade 1, Automotive Quality, Enhanced ESD/EMC performance up to 6KV with full compliance with IEC and Temperature support up to 125 C ambient Safety & Security Targeting ASIL-B functional safety and includes hardware security Flex IO easy configuration of multiple SPI, I2C and LIN ch s S32K14x Specifications Flash Up to 512kB Timer/PWM 4 x 8ch 16-bit RAM Up to 64 KB Other Timer RTC, PWT, 2 PIT Core M4 Comparator Two 6-bit Speed 48 MHz CAN Up to 3 x FlexCAN (1 w/can- FD) Package 64 /100 pins SCI/SPI/I 2 C Up to 4/3/2 Op Range 2.7 V V HMI Up to 89 GPIO, 2KBI, 1IRQ Temp -40 to 125 C Security CSE, LVD, WDOG, CRC Orderable Samples Part Number Temp Range Package S32K C to 125 C 64 and 100LQFP S32K C to 125 C 64 and 100LQFP Features AECQ100 Grade1, 125 C CAN-FD and Security Order Sample Block Diagram System PMC 2.7V 5.5V Ext Osc (4-40MHz) FIRC (48MHz, 1%) Open- Drain IO, KBI, GPIO SIRC (8MHz) LP IRC (128KHz) PLL LVD POR WDT EWM CRC RTC 4x8ch 16-Bit FlexTimer Debug SWD JTAG Debugger 1 PDB 2x16ch, 12bit Dual ADC Run VLPR Wait VLPW STOP VLPS LLS VLLS3 VLLS2 VLLS1 VLLS0 icon icon Data Sheet ARM Cortex M4 80/120MHz FPU, DSP, MPU Peripheral Bridge Communications I/O System 2 ACMP wi DAC FlexIO and LLWU Ultra-Reliable MCU Peripheral Bus Flash Up To 512K 3 FlexCAN (1 FD) Power Modes ACTIVE STANDBY MODE 3 SPI RAM Up to 64KB Tools Flex IO peripheral 2 I2C 4 SCI (LIN) 16ch DMA EEPORM 4KB 1 PIT RAM preserved down to VLLS3 mode ~130us wakeup in lowest power mode (VLLS0) 1 API Success Stories Electric Motor control Air Flow system Industrial HVAC Battery Management system Target Applications CAN and LIN nodes Peripheral Gateway Lighting Control DC/BLDC Motor Pump/Fan Controller Battery Management Generic Sensor Node HVAC Enablement Tools Evaluation Boards: FRDM-S32K144 S32DS IDE, KDS, IAR, KEIL, Cosmic SDK for LLDs (low level drivers) NVM, CAN and LIN Drivers, LIN Stack M4 Motor Control Libraries Freemaster and MCAT S32K144 AutoSAR MCAL and OS support External Use 33 #FTF2015 For more information, visit freescale.com/kea

34 Product One-Sheet MAC57D5xx Series MCU Multi-Core ARM -Based MCU for Instrument Clusters and Dual Displays Management High Performance A5 up to 320Mhz application processor with FPU, M4 up to 160Mhz vehicle processor with FPU, M0+ I/O processor. Ethernet AVB, Dual QuadSPI, DRAM Controller, SDR and DDR2 Extension Security and Safety ISO / IEC Functional Safety, Hardware Security CSE2, ECC, Display content integrity verification with 2D-ACE Features Rich CAN-FD, Sounds Module Generator, MLB Advanced Display and Clusters Support Ethernet AVB, 2xWVGA, HUD Warping Engine, OpenVG, 2D-ACE, Video Input, Stepper Motor Drive with SSD, Sounds Module Generator and Video Integrity Unit (VIU) MAC57D54H Specifications Flash 4 MB SDR 16-bit 160 MHz SRAM 1.3 MB + 1 MB ECC DDR2 16 or 32-bit 320 MHz Core A5/ M4/ M0 + QuadSPI 2x Dual SDR/DDR, 100MHz Speed 320/ 160/ 48 MHz GPU Package 176 to 516 pins CAN/LIN/SPI/I 2 C Op Range Temp 105 C Orderable Samples (ambient) GC355 (Open VG) 3/3/5/2 3.3 V ADC 24ch 12-bit Security CSE2 Part Number Flash Size/ SRAM Package Options MAC57D54H 4 MB/ 1.3 MB + 2x512 KB 176/208LQFP, 516BGA Features AECQ100 Grade1, 105 C ENET, CAN-FD, SDR/DDR Get Sample Block Diagram OpenVG, 2D-ACE, SSD Ultra-Reliable MCU High-End Gauge and Dual Display Management MAC57D5xx Data Sheet ENET + AVB Flex CAN (FD) 2x QuadSPI DDR2/SDR 6x SMD/SSD 2x 2D-ACE icon icon Tools ENET CAN FLASH SRAM WVGA I WVGA II Success Stories High-End Audi/Video gateway High-End Instrument Clusters Target Applications Dual displays management Infotainment system Human Machine interface Instrument Clusters Industrial Displays Medical Displays Heads Up display Enablement Tools Evaluation Boards: MAC57D54HEVB Debuggers: Green Hills, Launterbach, IAR Multicore Compiler: ARM, Green Hills Software Support: AutoSAR, 2D-ACE, OpenVG, TinyUI, IOP/Stepper Motor, SGM, Ethernet HAL O MAC57D53H 3 MB/ 1.3 MB + 2x512 KB MAC57D52M 2 MB/ 1.3 MB + 1x512 KB 176/208LQFP, 516BGA External 176/208LQFP Use 34 #FTF2015

35 External Use 35 #FTF2015

36 High Temperature CAN Controller Using S12ZVC Applications Any kind of CAN-node Engine Sensors & Actuators CAN-based User-Interfaces CAN-based Exhaust Sensor Success Factor Certified at Mooser, Zwickau, C&S High Performance Analog & Digital CANPHY High Temperature Functional Safety Urea-Sensor Hydrocarbon- Sensor CAN BUS G P I O CAN-PHY 2 x SCI MSCAN 2x SPI BDM BDC HR-PWM 4ch16b HR-Tim 4ch16b 1# EVDD IIC Sent tx KWU Win Wdog 5V Sensor Supply PWM 4ch16b Tim 8ch16b 4# NGPIO RCosc. +/-1.3% S12Z 32MHz Bus kB Flash (ECC) 1-2kB EEPROM (ECC) Pierce Osc. 2 HV Input PLL 4-12kB RAM (ECC) Temp Sense VREG 12-Bit LADC 2ch 2ch ACMP + ACMP With 1x6-Bit-DAC - 8-bit DAC + OpAmp VREG for CAN PHY with ext. ballast VSUP sense 70, or up to 170mA with ext. Ballast + - Hi-temp Sensor NOX- Sensor Particle Sensor Humidity/Air Mass Battery Voltage 3.5 to 40V Freescale.com/MagniV External Use 37 #FTF2015

37 Ultra-Reliable MCUs External Use 38 #FTF2015

38 S32 Design Studio: Simple 5 Step Software Development 1 Initialize 1 Initialize Initialize Pin muxing Init tools (Processor Expert) 2 3 Add s/w Functions Edit Code Compile 2 Add Plug-ins (no separate downloads) SDK (low-level drivers) MCAT (motor control tool) Self-Test AUTOSAR (MCAL & OS) FreeMASTER Bootloader 4 Debug MCU 5 Debug onto target MCU Application 3 Compile GCC, GHS, IAR, Keil, CW, others 4 Debug MCU GDB, Lauterbach, isystems, others 5 MCU now contains application External Use 39 #FTF2015

39 S32 Design Studio: What it IS and IS NOT IS More Features than KDS Low-cost/No-cost Software Development Tool Strategy Low-Cost to develop and maintain No-Cost to our customers GCC Base Compiler Performance Intended to complement and enable 3rd Party Partner Tools (Compilers & Debuggers) Support for Premium compilers addressing Automotive Safety Requirements Integration of Freescale software in easy to use environment for application development IS NOT KDS Equivalent AUTOSAR software CodeWarrior Replacement Premium Tool Replacement (w/ Advanced Debugging, Best in class code performance, etc ) External Use 40 #FTF2015

40 S32 Design Studio: 4 Step Software Overview Create a new S32DS Project Select MCU and target package Select Compiler GCC or 3 rd -party Premium Compiler Select Debugger Basic GNU or 3 rd -party Premium Debugger 1 3 Select Integration tools Processor Expert Bootloader FreeMASTER GUI Motor Control Tool (MCAT) Select Software Integration Math & Motor Control Library (MMCL) S32K SDK Core Self-Test functions Touch sensing library External Use 41 #FTF2015

41 Low Cost FRDM+ Platform FRDM+KEA32 FRDM+KEA64 FRDM+KEA128 KEA32 MCU in a 64 QFP package On-board opensda debugging and programming circuit using K20 MCU LIN communications interface Analog interface with potentiometer High efficiency RGB LED SCI serial communication interface KEA64 MCU in a 64 LQFP package On-board opensda debugging and programming circuit using the K20 MCU CAN communications interface LIN communications interface Analog interface with potentiometer High efficiency RGB LED SCI serial communication interface KEA128 MCU in a 80 LQFP package On-board opensda debugging and programming circuit using K20 MCU CAN communications interface LIN communications interface Analog interface with potentiometer High efficiency RGB LED SCI serial communication interface External Use 42 #FTF2015

42 Freescale Semiconductor, Inc. External Use