2006.10 Renesas MCU for In-Vehicle Networking Renesas MCU for In-Vehicle Networking www.renesas.
R e ne s a s MC U fo r I n- Veh ic l e N e tw o r k i ng Introduction 1 CAN LIN Networking ASRB In tr od u ction In tr od u ction FlexRay™ Creative Speed Technology Advanced Safety Comfort Driving Environment Standardization Cooperation Global Quality Everywhere you can imagine in your car, RENESAS Driving Future CONTENTS 01 Introduction 01 Application Examples / Powertrain 11 Application Examples / Chassis 13 Application Examples / Safety 15 Application Examples / Body 17 Introduci
R e n e s a s M CU f o r I n - Ve h ic le N et w or k in g Introduction 2 Renesas Technology Corporation manufactures semiconductors and the tools to use them. Our efforts include a commitment to standardization and functional safety. Renesas provides technology to match the customer’s development phase, creating products from scratch or adapting products to suit. Renesas will support its customers for as long as the car exists.
R en e s a s M CU fo r I n- Ve h ic l e N e tw o r k in g Introduction 3 Imagining the future for the automotive industry Striving toward Standardization AUTOSAR FlexRay Consortium Aiming for the introduction of the X-by-Wire system that was devised in pursuit of high speed and high reliability, the FlexRay consortium is formulating specifications of the communication protocol, physical layer and adaptability test.
R e ne s a s MC U f o r I n - Ve hi cl e N et w o r k i n g Introduction 4 F le x R a y P r o d uc t Da y 2 005 9 t h A uto m o ti v e E le c tr o n ic s Co n g r e s s C o m pute x T a ipe i 2006 In tr od u ction In tr od u ction A ES 2 0 0 6 9th E m bedded S ystem Develo pm ent T echno lo g y E x hibitio n C o mpu t ex T ai pe i 2 0 05 Shaping the future of automotive technology Renesas’ new technology can be experienced around the world.
R e ne s a s MC U f o r I n - Ve hi cl e N et w o r k i n g Introduction 5 Environment-friendly cars, safe and comfortable cars, cars we all want to drive. Renesas technology supports these ideals. Supporting automotive evolution Supporting the expansion of In-Vehicle Networking CAN Controller Area Network CAN currently is the de-facto standard protocol among in-vehicle networking. Not just in the basic trunk network, it is widely used in the powertrain and body systems, too.
A p p l i cat i on E xamp l e s R e ne s a s MC U f o r I n - Ve hi cl e N et w o r k i n g Powertrain E n g i n e - D ie s e l S y s t e m E ngi ne DS Con tro l Uni t Glow Lamps Crank Angle Sensor Sub MCU IGBT Fuel Injectors Air Flow Sensor Pre Driver A p p lication Ex am p les / P ower tr ai n EGR Sensor Fuel Pump Common-rail Main MCU Accelerator Sensor Power MOSFET or ASIC Gear Position Switch P o wert ra in EEPROM Knocking Sensor Sub MCU (Throttle Controller) Fuel Injection Sensor Pow
A p p l i cat i on E xamp l es R e n es a s MC U f o r I n - Ve hi c le N et w o r k i n g Chassis EPS Steering Wheel Main MCU Sub MCU Brake ECU Chas sis CAN Trans. HA13727 Brushless DC Motor Motor Pre-Driver M59314 Engine ECU EPS motor control unit requirements include a high-performance CPU, large embedded memory, and high-speed, high-precision A/D converters. Additionally, a communications interface (FlexRay, CAN) is necessary to ensure smooth control coordinated with the powertrain system.
A p p l i cat i on E xamp l es R e n es a s MC U f o r I n - Ve hi c le N et w o r k i n g Safety B r a k e - b y- W i re Syst e m / Fl e xR a y Brake Ch.B Main MCU Ch.A Motorized Seatbelt PWM FlexRay Trans.
A p p l i cat i on E xamp l es Re ne s a s MCU f o r I n -Ve hi cl e N et w o r k i n g Body Da s hboa rd Future dashboard solutions are predominantly platform based, requiring a variety of microcontrollers compatible with software and peripheral devices. The function to directly drive the gauges through stepping motors and the interface to display vehicle information are also extremely important. Renesas offers a wide range of applicable products customized for dashboard controls.
I ntr od uc ing Our M CUs Advantages of Renesas MCUs F- Z TA T ser ie s MCU A d v a n t a ge s of R e n e s a s M C U s W i de - r a n gi n g f l a s h m i c r oc on t r ol l e r pr odu c t l i n e - u p, pr ov i di n g f l e x i bl e s ol u t i on s f or c u s t om e r n e e ds F lexib le m ou n t i n g of N V mem o r y t e c h n ol ogy to s uit di v e r s e MC U n e e ds Flexible choice of f l a s h m i c ro c o n t ro l l e r d e v e l o p m e n t s u p p o rt e n v i ro n m e n t s Diverse Flash
R en esas M C U for In-Vehicle Networking Low EMI + H igh E M S C h a ra c t e ri s t i c s Re n e s a s MC U Renesas takes optimum EMI/EMS performance into account in its MCU design. Our careful attention at this stage drastically reduces the cost of EMI/EMS countermeasures.
I ntr od uc ing Our M CUs Advantages of Renesas MCUs W ide- r an gin g P e ri p h e ra l F u n c t i o n s Communications Functions CAN F l exRay Bosch 2.
R en esas MCU for In-Vehicle Networking Please refer to the Selection Map for details of functions embedded in each MCU. Other Functions B uilt-in fla sh m e m ory fun cti o n s CP U re - w r ite mod e Data flash User domain delete/write, using flash re-write program created by the customer. Small-block flash memory, known as data flash is embedded in addition to program flash memory. This domain can be erased up to 10,000 times, and can be used to replace an external EEPROM.
Int r od uc ing Our M CUs MCU Roadmap P ow e rt ra in S ystems SH72544 ★★ 160MHz, 2.5MB For High/Mid -end Engine SH72513 SH72543 ★★ ★★ 160MHz, 2MB CAN 3ch BGA272 140MHz, 2MB CAN 3ch BGA272 SH7059 ★★ 80MHz, 1.
R en esas M C U for In-Vehicle Networking S af e t y A p plic a t ion s H8SX/1527R For Airbag main CPU (Mid.- High end ) 48MHz CAN 1ch 100pin M32C/84 M32C/83 30MHz CAN 1ch 100/144pin 32MHz CAN 1ch 100/144pin H8S/2628 24MHz CAN 1ch 100pin H8S/2614/16 20/24MHz CAN 1ch 80pin 20/24MHz CAN 1ch 80pin M C U R oa d ma p H8S/2612/15 For Airbag main CPU (Low - Mid.
Int rod uc ing Our M CUs MCU Roadmap Body S yst e m s F R32C/1xx ★★ 80MHz, CAN 2ch FlexRay 2ch* 1 , 100/144pin M32C/81/83 30MHz, CAN 0/1ch 100/144pin M32C/84/85 M32C/88 32MHz, CAN 1/2ch 100/144pin 32MHz, CAN 3ch 100/144pin For Mid/High End 16/32bit MCU (20 to 100MHz, 80pin ~) M16C/6NK ★★ /6NM ★★ M16C/6N4/6N5 20MHz, CAN 2ch 100/128pin 20MHz, CAN 1/2ch 100pin M16C/62P 24MHz, non-CAN 80/100pin For Low End 16bit MCU (~ 20MHz, ~80pin) M16C/29 R8C/20-23 ROM UP ✩ 20MHz, CAN 1ch 64/80pin M16C/62 1
R en esas M C U for In-Vehicle Networking F le xR a y (X - by- Wir e) Features of FlexRay (X-by-Wire) ■ ■ ■ Superior flexibility High reliability Wide bandwidth ● Supports two TDMA communication methods: Static segment and Dynamic segment communication ● Selectable bus type, star type or hybrid type topology ● Duplexed network structure ● Duplexed supervision of communication schedules by communication controller and bus guardian ● Guaranteed message communication even during full traffic
Intr od uc ing Our M CUs Renesas MCU for In-Vehicle Networking MCU Roadmap A S RB (Safe-by-Wir e Pl us ) Features of ASRB (Safe-by-Wire Plus) ■ Specialized protocol for airbag systems ● Can control up to 12 firing devices per frame ● Capable of high-speed polling of sensor data ● ISO standardization under way (ISO22896), based on ASRB 2.
R en esas M C U for In-Vehicle Networking MCU Selection Map M C U Se l e c t i o n M a p Selection Map SH7050 series 29 SH7047, SH7147 series 30 M32R/ECU series 31 M32C/80 series 32 M16C/60 series 36 M16C/Tiny series 40 M16C/10 series 42 R8C/Tiny series 43 H8SX/1500 series 46 H8S/2600 series 47 H8S/2200 series 51 H8/300H Tiny series 52 28
MCU Selection Map SH7050 series Series Group Part No.
R en esas M CU for In-Vehicle Networking SH7047, SH7147 series SH7047 Memory CPU DMA ROM RAM ROM Type (1) Cache Memory Program Security CPU Basic Instructions Minimum Instruction Execution Time (ns) Dhrystone Performance Multiplier Multiply -Accumulate Instruction Barrel Shifter FPU MMU DMAC (Channels) DTC/DMACII Address Space (Bytes) Bus State Controller 256K 3-Phase Inverter Control Watchdog Timer Clock Sync. / Clock Async. Serial Interface Clock Sync. Only Clock Async.
MCU Selection Map M32R/ECU series Memory 512K 24K M32R CPU core Minimum Instruction Execution Time (ns) 7.8125 (@128MHz) 6.25 (@160MHz) M32196F8VFP★ M32196F8UFP★ M32195F4VFP★★ M32196F8TFP★ 6.25 (@160MHz) 7.
R en esa s MCU for In-Vehicle Networking M32C/80 series 5 MHz) z/ gle Notes (1): F : Flash memory version M30835FJVGP M30835FJTGP M30833FJVGP M30833FJTGP M30812MCV-XXXGP M32C/83 (M32C/83T) 512K 31K F 128K 10K M – Yes (ID Code Check Function, ROM Code Protect Function) M32C/80 core 108 31.
MCU Selection Map M32C/80 series Memory 128K 10K ROM RAM ROM Type (1) Data Flash Program Security 320K 384K – 384K + 4K 24K 512K + 4K 256K 20K 320K 384K 384K + 4K 24K M30845FJUGP M30845FJTGP M30845FHUGP M30845FHTGP M30845MHU-XXXGP★★ M30845MHT-XXXGP★ M30845MWU-XXXGP★★ M30845MWT-XXXGP★ M30845MGU-XXXGP★★ M30845MGT-XXXGP★ M30843FJUGP M30843FJTGP M30843FHUGP M30843MHU-XXXGP★★ M30843MHT-XXXGP★ M30843MWU-XXXGP★★ M30843MWT-XXXGP★ M30843MGU-XXXGP★★ M30842MCU-XXXGP★★ M30843MGT-XXXGP★
R en esas M C U for In-Vehicle Networking M32C/80 series 256K 20K ROM RAM ROM Type (1) Data Flash 320K F Yes (4K) – Yes (ID Code Check Function, ROM Code Protect Function) 384K 24K M – – 384K + 4K 512K + 4K 256K 20K 320K 320K + 4K F Yes (4K) M – F Yes (4K) Yes (ID Code Check Function, ROM Code Protect Function) – Yes (ID Code Check Function, ROM Code Protect Function) 384K 24K M – – 384K + 4K M30855FJUGP M30855FJTGP M30855FHUGP M30855FHTGP M30855MHU-XXXGP★★ M30855MHT-XXXGP★ M30
MCU Selection Map M32C/80 series Group MCU Selection Map L : ROM less version O : One time PROM version 512K + 4K Qz : Qz ROM version ★ : New products M30882FJUGP★ M30882FJTGP★ M30882FHUGP★ M30882FHTGP★ M30882FWUGP★ M30882FWTGP★ 320K + 4K 384K + 4K 18K F Yes (4K) Yes (ID Code Check Function, ROM Code Protect Function) M32C/80 core 108 31.
R en esas M C U f or In-Vehicle Networking M16C/60 series Memory ROM RAM ROM Type (1) Data Flash 48K 64K 4K 128K + 4K 384K + 4K 31K 10K M – F Yes (4K) – Yes (ID Code Check Function, ROM Code Protect Function) – Yes (ID Code Check Function, ROM Code Protect Function) –40 to 85 –40 to 125 M : Mask ROM version M16C/60 core 91 41.
MCU Selection Map M16C/60 series Group Memory ROM RAM ROM Type (1) Data Flash 32K 3K MCU Selection Map 37 10K F O 64K 4K 128K M – Yes (ID Code Check Function, ROM Code Protect Function) M30624FGU-XXXFP M30624FGUFP 256K 20K 10K 5K M30624FGT-XXXGP M30624FGTGP M30620FCUFP M30620FCT-XXXFP M30620FCTFP M30622ECV-XXXFP M30622ECVFP M30622ECT-XXXFP M30622ECTFP M30622MCV-XXXFP M30622MCT-XXXFP M30622M8V-XXXFP M30622M8T-XXXFP M30621FCUGP M30621FCTGP M30623ECV-XXXGP M30623ECVGP M30623ECT
R en esas M C U for In-Vehicle Networking M16C/60 series Memory ROM RAM ROM Type (1) Data Flash 128K + 4K 5K Program Security 256K + 4K 10K 128K 5K 256K 10K 128K + 4K M306N5MCV-XXXGP★ M306N5MCV-XXXFP M306N5MCT-XXXGP★ M306N5MCT-XXXFP M306N5FCVFP M306N5FCTGP M306N5FCTFP M306N4MGV-XXXGP★ M306N4MGV-XXXFP M306N4MGT-XXXGP★ M306N4MGT-XXXFP M306N4MCV-XXXGP★ M306N4MCV-XXXFP M16C/6N5 M306N4MCT-XXXGP★ M306N4MCT-XXXFP M306N4FGVGP★ M306N4FGVFP M306N4FGTGP M306N4FGTFP M306N4FCVGP★ M306N4FCVF
MCU Selection Map M16C/60 series MCU Selection Map ROM RAM Memory ROM Type (1) Data Flash Program Security CPU Basic Instructions CPU Minimum Instruction Execution Time (ns) Multiplier Multiply -Accumulate Instruction DMA DMAC (Channels) Address Space (Bytes) External Bus External Bus Interface Expansion Bus Structure Clock Generation Circuit PLL Subclock Clock On-Chip Oscillator Oscillation Stop Detection Frequency Divider Power Save Voltage Detection LVD (Low Voltage Detection) Resolution x Channels A/
R en esas M C U for In-Vehicle Networking M16C/Tiny series Memory ROM RAM ROM Type (1) Data Flash 24K + 4K 1K Program Security 48K + 4K 64K + 4K 2K F Yes(4K) 96K + 4K 8K Minimum Instruction Execution Time (ns) 96K 96K + 4K 8K M30281MAV-XXXHP★ M30281MAT-XXXHP M30281M8V-XXXHP★ M30281M8T-XXXHP M30281FAVHP M30280MAV-XXXHP★ M30280MAT-XXXHP M30280M8V-XXXHP★ M30280M8T-XXXHP 64K 4K 64K 4K 96K 8K M – F Yes(4K) M – – Yes (ID Code Check Function, ROM Code Protect Function) – Yes (ID Code C
MCU Selection Map M16C/Tiny series Group Memory ROM RAM ROM Type (1) Data Flash 96K + 4K 8K 128K + 4K 12K 64K 4K F Yes (4K) Program Security Yes (ID Code Check Function, ROM Code Protect Function) 96K 8K M – – CPU Basic Instructions CPU Minimum Instruction Execution Time (ns) 96K + 4K 8K 128K + 4K 12K 64K 4K F Yes (4K) Yes (ID Code Check Function, ROM Code Protect Function) 96K 8K M – M30291MCV-XXXHP★ M30291MCT-XXXHP M30291MAV-XXXHP★ M30291MAT-XXXHP M30291M8V-XXXHP★ M30291M8T-XXXHP M
R en esas M C U for In-Vehicle Networking M16C/10 series Group Part No.
MCU Selection Map R8C/Tiny series CPU ROM RAM ROM Type (1) Data Flash Program Security CPU Basic Instructions Minimum Instruction Execution Time (ns) 64K 3K 96K 5K 128K 6K 32K + 2K 2K 48K + 2K 2.5K 64K + 2K 3K 96K + 2K 5K R5F2121CKFP★★ R5F2121CJFP★★ R5F2121AKFP★★ R5F2121AJFP★★ R5F21218JFP★★ R5F21217KFP★★ R5F21217JFP★ R5F21216KFP★★ R5F21216JFP★ R5F2120CKFP★★ R5F2120CJFP★★ R5F2120AKFP★★ R5F2120AJFP★★ R5F21208KFP★★ R5F21208JFP★★ R5F21207KFP★★ 48K 2.
R en esas M CU for In-Vehicle Networking R8C/Tiny series CPU ROM RAM ROM Type (1) Data Flash Program Security CPU Basic Instructions Minimum Instruction Execution Time (ns) 32K 2K 48K 2.5K 64K 3K 96K 5K 128K 6K 32K + 2K 2K 48K + 2K 2.
MCU Selection Map R8C/Tiny series R5F21294KSP★★ R5F21294JSP★★ R8C/29 R5F21284KSP★★ R5F21284JSP★★ R5F21276KFP★★ R5F21274KFP★★ R5F21274JFP★★ R5F21266KFP★★ R8C/28 MCU Selection Map ROM 16K 32K 16K + 2K 32K + 2K 16K 16K + 2K RAM 1K 1.5K 1K 1.5K 1K F Memory ROM Type (1) Data Flash – Yes (2K) – Yes (2K) Program Security Yes (ID Code Check Function, ROM Code Protect Function) CPU R8C core Basic Instructions 89 CPU Minimum Instruction Execution Time (ns) 50 (@20MHz) 62.5 (@16MHz) 5 0(@20MHz) 62.
R en esas M C U for In-Vehicle Networking H8SX/1500 series Series H8SX/1520R Group H8SX/1527RF H8SX/1543F H8SX/1544F R5F61527RFP★★ R5F61543FP★★ R5F61544FP★★ Part No.
MCU Selection Map H8S/2600 series Memory DMA External Bus Expansion MCU Selection Map 47 Clock CPU Basic Instructions Minimum Instruction Execution Time (ns) Multiplier Multiply -Accumulate Instruction DMAC (Channels) EXDMAC (Channels) DTC/DMACII Address Space (Bytes) Bus State Controller Bus Structure SDRAM Controller DRAM Controller Host Interface Clock Generation Circuit PLL Subclock RTC Frequency Divider Power Save Resolution x Channels Sample and Hold D/A Converter Resolution x Channels 8-bit T
R en esas M C U for In-Vehicle Networking H8S/2600 series Program Security – DMA External Bus Expansion F Yes (H/W Protect, S/W Protect, Error Protect) Clock – – – Resolution x Channels Sample and Hold D/A Converter Resolution x Channels 8-bit Timer 16-bit Timer 32-bit Timer Input Capture Output Compare Timer PWM Output Real-Time Port Programmable Pulse Generator Event Counter 2-Phase Encoder Input Watchdog Timer Serial Interface Clock Sync. / Clock Async.
MCU Selection Map H8S/2600 series ROM RAM ROM Type (1) External Bus Expansion M F Yes (H/W Protect, S/W Protect, Error Protect) – CPU Basic Instructions Minimum Instruction Execution Time (ns) Multiplier Multiply -Accumulate Instruction DMAC (Channels) EXDMAC (Channels) DTC/DMACII Address Space (Bytes) Bus State Controller Bus Structure SDRAM Controller DRAM Controller Host Interface Clock Generation Circuit MCU Selection Map 49 Frequency Divider H8S/2639WF HD64F2639WF H8S/2639W HD6432639WXXXF H
R en esas M C U for In-Vehicle Networking H8S/2600 series ROM RAM ROM Type (1) 128K 4K M Memory Program Security – F Yes (H/W Protect, S/W Protect, Error Protect) M – F Yes (H/W Protect, S/W Protect, Error Protect) H8S/2649F H8S/2649 HD6432649XXXFC 128K 4K HD64F2649FC H8S/2648RF H8S/2648 HD6432648XXXFC 64K 2K H8S/2649 HD64F2648RFC H8S/2647 HD6432647XXXFC H8S/2646 HD6432646XXXFC 64K 2K HD64F2646RFC H8S/2645 Part No.
MCU Selection Map H8S/2200 series H8S/2282 Series Group Part No.
R en esas M C U for In-Vehicle Networking H8/300H Tiny series Series H8/36014 16K 8K 12K 512 8K HD64F36012GFZJE HD64F36012GFYJE HD64F36012FZJE HD64F36012FYJE HD64336012XXXFZJE HD64336012XXXFYJE HD64336012GXXXFZJE HD64336012GXXXFYJE HD64F36012GFZJ HD64F36012GFYJ HD64F36012FZJ HD64F36012FYJ HD64336012XXXFZJ HD64336012XXXFYJ HD64336012GXXXFZJ HD64336011XXXFZJE HD64336011XXXFYJE 12K 16K 2K 512 2K M F – Memory Notes (1): F : Flash memory version HD64336012GXXXFYJ H8/36012 HD6433
MCU Selection Map H8/300H Tiny series Series H8/36024 ROM RAM EEPROM (Bytes) ROM Type (1) Program Security CPU Basic Instructions CPU Minimum Instruction Execution Time (ns) Clock Generation Circuit PLL Subclock On-Chip Oscillator Clock Oscillation Stop Detection Frequency Divider Power Save Power-On Reset/POR Voltage Detection LVD (Low Voltage Detection) Resolution x Channels A/D Converter Sample and Hold 8-bit Timer 16-bit Timer Input Capture Output Compare Timer PWM Output Event Counter 3-Phase Invert
R en esas M C U for In-Vehicle Networking H8/300H Tiny series Series H8/36037 Operating Ambient Temperature (˚C) Notes (1): F : Flash memory version HD64336033XXXHK HD64336033XXXHJE HD64336033XXXFZK HD64336033XXXFZJE HD64336033GXXXHK HD64336033GXXXHJE HD64336033GXXXFZJE HD64336033XXXHJ HD64336033XXXFZJ HD64336033GXXXHJ HD64336033GXXXFZJ HD64336032XXXHK HD64336032XXXHJE HD64336032XXXFZK HD64336032XXXFZJE HD64336032GXXXHK HD64336032GXXXHJE HD64336032GXXXFZK HD64336032GXXXFZJE HD64336032
MCU Selection Map H8/300H Tiny series Series H8/36037 MCU Selection Map ROM RAM EEPROM (Bytes) Memory ROM Type (1) Program Security CPU CPU Basic Instructions Minimum Instruction Execution Time (ns) Clock Generation Circuit PLL Subclock Clock On-Chip Oscillator Oscillation Stop Detection Frequency Divider Power Save Power-On Reset/POR Voltage Detection LVD (Low Voltage Detection) Resolution x Channels A/D Converter Sample and Hold 8-bit Timer 16-bit Timer Input Capture Output Compare Timer PWM Output Ev
R en esas M C U f or In-Vehicle Networking Operating Ambient Temperature (˚C) Notes (1): F : Flash memory version F HD64F36054HK HD64F36054HJE HD64F36054GHK HD64F36054GHJE HD64F36054GFZK HD64F36054GFZJE HD64F36054FZK HD64F36054FZJE HD64336054XXXHK HD64336054XXXHJE HD64336054XXXFZJE HD64336054GXXXHK HD64336054GXXXHJE HD64336054GXXXFZK HD64336054GXXXFZJE HD64F36054HJ HD64F36054GHJ HD64F36054GFZJ HD64F36054FZJ M 32K 2K – M Yes (Closed) H8/300H Core 62 F 100 (@20MHz) 125 (@16MHz) 2 cir
MCU Selection Map H8/300H Tiny series Series H8/3687 ROM RAM EEPROM (Bytes) ROM Type (1) Program Security CPU Basic Instructions CPU Minimum Instruction Execution Time (ns) Clock Generation Circuit PLL Subclock On-Chip Oscillator Clock Oscillation Stop Detection Frequency Divider Power Save Power-On Reset/POR Voltage Detection LVD (Low Voltage Detection) Resolution x Channels A/D Converter Sample and Hold 8-bit Timer 16-bit Timer Input Capture Output Compare Timer PWM Output Event Counter 3-Phase Inverte
R en esas M C U for In-Vehicle Networking H8/300H Tiny series Series H8/3687 Operating Ambient Temperature (˚C) Notes (1): F : Flash memory version HD6433686XXXHK HD6433686XXXHJE HD6433686XXXFZK HD6433686XXXFZJE HD6433686GXXXHK HD6433686GXXXHJE HD6433686GXXXFZJE HD6433686XXXFZJ HD6433686XXXHJ HD6433686GXXXHJ HD6433686GXXXFZJ HD6433685XXXHK HD6433685XXXHJE HD6433685XXXFZK HD6433685XXXFZJE HD6433685GXXXHK HD6433685GXXXHJE HD6433685GXXXFZK HD6433685GXXXFZJE HD6433685XXXHJ H8/3686 40K
MCU Selection Map H8/300H Tiny series Series H8/3694 MCU Selection Map ROM RAM EEPROM (Bytes) Memory ROM Type (1) Program Security CPU CPU Basic Instructions Minimum Instruction Execution Time (ns) Clock Generation Circuit PLL Subclock Clock On-Chip Oscillator Oscillation Stop Detection Frequency Divider Power Save Power-On Reset/POR Voltage Detection LVD (Low Voltage Detection) Resolution x Channels A/D Converter Sample and Hold 8-bit Timer 16-bit Timer Input Capture Output Compare Timer PWM Output Eve
R en esas M C U f or In-Vehicle Networking Operating Ambient Temperature (˚C) Notes (1): F : Flash memory version 2K M F 32K 1K – M Yes (Closed) H8/300H Core 62 HD64F3694GFZK HD64F3694GFZJE HD64F3694GFYK HD64F3694GFYJE HD64F3694FZK HD64F3694FZJE HD64F3694FYK HD64F3694FYJE HD6433694XXXFZK HD6433694XXXFZJE HD6433694XXXFYJE HD6433694GXXXFZK HD6433694GXXXFZJE HD6433694GXXXFYK HD6433694GXXXFYJE HD64F3694GFZJ HD64F3694GFYJ HD64F3694FZJ HD64F3694FYJ 1K 2K F 125 (@16MHz) 2 circuits (Syste
Re n e s a s MC U f o r I n -Veh i cl e Ne t w o r k i ng Renesas Development Environment Renesas Tools Web Site ■ Development ■ Strong http://www.renesas.
Renesas Development Tools Development tools for SuperH™ family MCU CPU Core Series Group SH7785★★ SH-4A SH-4 SH7780 SH7750 SH2A-FPU SH7260 Lis Software tools SH7781★★ SH7780★ SH7763★★ SH7760 SH7751R SH7751 SH7750S SH7750R SH7261★★ SH7263★★ RTOS (µITRON) C/C++ compiler package Hardware tools Simulator debugger Low-cost model *5 IDE (HI7750/4) R0R40775TRW02w *1 (HI7300/PX) R0R50730PRW01w *2 High-end model *5 Emulator *6 *13 Emulator (E10A-USB) HS0005KCU01H/02H – (E10A-USB) HS0005KCU01H/02
R en esas M C U f or In-Vehicle Networking List of development tools for M32R Family MCU Series Software tools Group MCU C/C++ compiler package RTOS Hardware tools Simulator debugger Emulator debugger IDE Emulator *9 Accessory *10 M32176FxVFP M32176T-PTC M32176FxTFP M32176T-PTC 32176 32185 32186 M32R/ECU 32192 32195 32196 M32185F4VFP★★ M32186F8VFP★ M32192F8VFP M32192F8UFP M32192F8TFP M3T-MR32R/4 *1 M32192F8VWG★★ M32192F8UWG★★ M32192F8TWG★★ M32195F4VFP★★ M32195F4UFP★★ M32195F4TFP★★ M32
Renesas Development Tools Operating Environment for M32C/80 Series Product type Product name RTOS C compiler package MISRA C rule checker IDE Simulator debugger M3T-MR308/4 *1 M3T-NC308WA *2 SQMlint *3 High-performance Embedded Workshop *4 Simulator Debugger for M32C Series *5 PC7501 Emulator Debugger for M32C Series *6 Compact Emulator Debugger for M32C Series *6 FoUSB/UART Debugger for M32C Series *6 E8 Emulator Software *6 Flash Development Toolkit *7 Emulator debugger Flash and PROM Programming H
R en esas M C U f or In-Vehicle Networking Accessories for M16C/60, M16C/30, and M16C/10 Series MCU Series Accessories Group MCU M16C/62A M16C/62M M16C/62N M16C/60 M16C/62P M306N4 M306N5 M306NK M306NL M306NM M306NN M16C/6N M16C/30 M30302 M16C/30L M16C/30 M16C/30P M301N2 M16C/1N M16C/10 Package type Package name Previous code Recommended accessories *1 M3T-FLX-100LCC (included) + M3T-100LCC-80QSB (optional) M3T-FLX-100NSD (optional) M3T-FLX-100NRB (optional) M3062PT-80FPB (optional) M3T-F
Renesas Development Tools Set Package of PC7501Emulation probe for M16C/Tiny Series MCU Series Target MCU Components *1 Package type Package name Old package name M16C/26A (M30263) 42 pin 0.8 mm pitch SSOP PRSP0042GA-B 42P2R-E M3028BT-EPB-1 M16C/26A (M30260) 48 pin 0.5 mm pitch LQFP PLQP0048KB-A 48P6Q-A M3028BT-EPB-2 64 pin 0.5 mm pitch LQFP PLQP0064KB-A 64P6Q-A M3028BT-EPB-3 80 pin 0.5 mm pitch LQFP PLQP0080KB-A 80P6Q-A M3028BT-EPB-4 85 pin 0.
R en esas M C U for In-Vehicle Networking Set Package of Compact Emulator for R8C/Tiny Series Target MCU Components (Compact emulator and converter board are also sold separately.) Product name Group Package name R8C/20★★ R8C/21★★ R8C/22★★ R8C/23★★ PLQP0048KB-A *Previous code : 48P6Q-A (48-pin 0.5mm-pitch LQFP) R0E521237CPE00 R8C/28★★ R8C/29★★ PLSP0020JB-A *Previous code : 20P2F-A (20-pin 0.
Renesas Development Tools Development tools for H8S family S MCU Series Software tools C/C++ compiler package RTOS (µITRON) Group Hardware tools Low-cost model *3 Simulator debugger IDE Emulator *4 High-end model *3 Emulator Host interface board H8S/2552 HS2556ECH61H (FP-144J) or HS2552ECB62H (BP-176V) (E6000) HS2556EPI62H *5 – H8S/2506 H8S/2300 (E10A-USB) HS0005KCU01H/02H Only H8S/2319EF is supported H8S/2319 H8S/2282 C/C++ Compiler Package for H8SX, H8S, H8 Family (MISRA C *2) (HI10
R en esas M C U f or In-Vehicle Networking Set Package of Compact emulator for H8/300H Tiny Series Components Product type name Compact emulator R0E436640CPE10 R0E436640CPE20 R0E436640CPE00 R0E436049CPE10 Package type Package name Old package name R0E436640CFG20 64 pin 0.8 mm pitch QFP PRQP0064GB-A FP-64A R0E436640CFK20 64 pin 0.5 mm pitch LQFP PLQP0064KC-A FP-64E R0E436049CFJ10 80 pin 0.
Partner Development Tools Coding Tools P ar t n er D e v e l o p me nt To ol s 71 Embedded Development Environment code|lab EDE Renesas M16C Software Development Tool, Renesas R8C/Tiny Software Development Tool Accelerated Technology, Embedded Systems Division of Mentor Graphics Altium Limited TEL: +1-251-661-5770 E-mail: info@acceleratedtechnology.com http://www.mentor.com/embedded/ TEL: +61 2 9975 7710 E-mail: info@altium.com http://www.altium.
R en esas M C U f or In-Vehicle Networking For more information on partner products, visit http://www.renesas.com/partners Emulation and Debugging PALMiCE2, NEXTiCE (TADP model) Power Tools - Power Trace II Computex Co., Ltd. Lauterbach Datentechnik TEL: +81-3-3253-2901 E-mail: sales@computex.co.jp TEL: +49 8104 8943 0 E-mail: info_de@lauterbach.com http://www.lauterbach.com/ Emulator UniSTAC/J, HyperSTAC, MultiSTAC Compact emulators S30830T-CPE, S3062PT-CPE Sophia Systems Co., Ltd.
Partner Evaluation Tools CAN Tools C”arNET IMPRESS CAN programmer for in-vehicle electric units ● Includes the CAN interface as standard equipment ● Regardless of microcomputers, you can use the same CAN flash programming environment. ● High-speed programming of IMB/60s. [Components] ● NET IMPRESS main body ● Manual CANscope Oscilloscope for measurement and display of CAN busline voltage. ● When used along with CANdb, it also can analyze signals propagating on CAN buses.
R en esas M C U f or In-Vehicle Networking LIN Tools DENalyzer This tool allows you to monitor and analyze LIN networks in real time. ● Capable of single-node simulation thanks to its message transmit/receive function. ● Capable of master and slave simulation. ● Options for expansion to CAN, LIN or FlexRay networks available.
Partner Evaluation Tools FlexRay Tools DECOMSYS::DESIGNER PRO Support tool for FlexRay system design, scheduling design, parameter setting and other procedures ● Setting the scheduling function ● Creating a configuration file ● Analyzing offline timing ● Using a code generator ● Creating the OSEK task table (OIL) ● Customers can select versions from “FULL,” “ECU” and “LIGHT” according to the development phase. ● The tool can follow the AUTOSAR system design procedure.
R en esas M C U f or In-Vehicle Networking DaVinci Network Designer. FlexRay Integrated tool for FlexRay network design ● Setting clusters ● Setting FlexRay configuration parameters ● Setting static/dynamic schedule ● Supporting FIBEX V1.1.5 and V1.2 ● Supporting cycle multiplex frames [Components] ● DaVinci Network Designer FlexRay program (software) [Europe, Asia (except Japan)] Vector Informatik GmbH DENalyzer. FlexRay Tool that can monitor and analyze FlexRay communications.
R e ne s a s MC U fo r I n- Veh ic l e N e tw o r k i ng Support System on Website 3 1 1 4 Automotive 2 4 Use the Renesas for your business 5 Website MY RENESAS Finding Applications We introduce a variety of applications which use Renesas products to our customers. We provide system block diagrams and recommended devices to help you find quick solutions to problems.
Renesas MCU for In-Vehicle Networking Sales Strategic Planning Div. Nippon Bldg., 2-6-2, Ohte-machi, Chiyoda-ku, Tokyo 100-0004, Japan Keep safety first in your circuit designs! 1. Renesas Technology Corp. puts the maximum effort into making semiconductor products better and more reliable, but there is always the possibility that trouble may occur with them. Trouble with semiconductors may lead to personal injury, fire or property damage.
