32-bit SuperH ™ SH-2 and SH-2A Controllers for Embedded Systems

Factory Automation Medical

Networking/Peripherals Automotive

Entertainment Home Appliances SuperH SH-2 and SH-2A Controllers Scalable 32-bit RISC controllers for feature-rich embedded applications

The popular Renesas SuperH ™ SH-2 and SH-2A based 32-bit product line encompasses both (MCUs) and (MPUs).

̈ MCUs include embedded flash and RAM for single-chip real-time embedded control systems

̈ MPUs include on-chip , RAM, connectivity and multimedia peripherals for digital audio and display control applications Today’s SuperH MCU/MPU lineup builds on the SuperH core first introduced in 1993 and incorporates advanced design and technology. It also enjoys a world-class development tool ecosystem.

General Audio, LCD Embedded CAN USB Systems Controller

SH7216 SH7216 SH7216

SH7211

SH7264 SH7670 SH7264 SH7264 SH7670 SH7262 SH7262 SH7262 SH7216 SH7216 S SH7243 SH7286 SH7216 S SH7286 SH7285 SH7147 SH7080 SH7137 SH/Tiny SH7125 SH/Tiny SH7124 MCU: SH-2 Core MCU: SH-2A Superscalar Core with FPU MCU: SH-2A Superscalar Core MPU: SH-2A Superscalar Core with FPU Superscalar Core with 2 Instructions/clock & Independent Floating Point Unit

Superscalar CPU Instruction Queue ̈ Five stage, dual-issue pipeline ̈ Up to 2.4 DMIPS/MHz performance

Decoder 1Decoder 2 ̈ Multiple independent execution units

̈ Independent FPU pipeline

̈ Superscalar core and FPU are available Shift Branch Multiplier/ Load/Store in select MCUs and all MPUs Unit Unit Divider Unit Unit FPU

Industry’s Fastest On-chip sh la z F

e H

Flash Memory c 0M n 10 a ith m ̈ SuperH MCUs include up to 100MHz r w o 16 f 2 r 7 e SH single-cycle flash memory P

g Competing MCU n i

s with 30MHz Flash ̈ s

Allows higher performance at maximum frequency e c o r ̈ Eliminates the need to execute from RAM, P 3 or more thus freeing more RAM for data variables and 1 wait cycle 2 wait cycles wait cycles 30MHz 100MHz lowering the device cost MCU Operating Frequency

Fast Interrupt Response with 16 Banks of Registers

̈ Only nine cycles from IRQ event to One 15 Reg. Primary beginning of ISR code Banks + Reg. FIFO Bank ̈ Hardware automatically saves the context in IRQ register banks FIFO

Context Save ISR User Code ̈ by Hardware Available in SH-2A based MCUs and MPUs

9 cycles

Extensive Built-in Peripheral LCD Decompression EthernetUSART CAN Functions Controller Unit USB Host USB Device I2S SRC SIOF (HS, FS) (HS, FS) ̈ The high level of integration achieved by SuperH MCUs and MPUs reduces SPII2C Video In SPDIF External Memory component counts, easing the packaging (SRAM, of compact embedded systems and CMT MTU2 MTU2S PCMCIA SDRAM, NOR) reducing cost ADC DMAC NAND CDROM RTC Flash I/F DEC

WDT INTC PIO SDIO IEBus See back page for full peripheral names Illustrating the Design Potential and Versatility of SuperH MCUs and MPUs

SuperH devices include a wide range of features to enable a broad span of embedded systems. Here are four representative application examples.

Factory Automation Ethernet

Interface for ̈ Up to 480 DMIPS performance Humidity PHY factory network and 1MB flash enable advanced Sensor SH7216 and field Temperature information Ether MAC control algorithms & multiple 12-bit ADC 2 SH2A FPU connectivity interfaces ... 200MHz ... CAN ̈ Dual motor-control timers Current detection RCAN-ET and special ADC module 12-bit ADC 1 Interface for 6-phase BGO Data Flash field bus and with multiple S/H PWM output 32KB other devices units can drive any USB 2.0 FS Device type of motor MTU2 Flash 1MB USB Base (Inverter Interface PC ̈ Second ADC Driver Control) I2C 1ch and other USB module can RAM 128KB Hosts interface with a USART 5ch variety of sensors 3-phase External PWM Memory ̈ Integrated Ethernet, Inverter Motor Error Shutdown Interface SPI 1ch CAN and USB detection signal ̈ BGO Data Flash allows CPU to ̆ continue to execute while Write Motor inverter control SDRAM operation is in progress

Outdoor Heat Pump

̈ Control two motors simultaneously SH7243 ̈ Automatic dead-time S Fan 2

insertion in PWM outputs U Motor T ̈ Hardware-based M 6-Channel automatic PWM SH2A PWM Power Module shutdown upon fault 100MHz 2 Compressor U

input T Motor M ̈ Dual ADC

modules C PFC D C Shunt A

with multiple D

A Current S/H units SCI ̈ Programmable ADC trigger to enable one-shunt current Thermostat detection method Host RS-485 Wall Unit Communication Transceiver ̈ Multiple serial interfaces Audio/Video Application

̈ Display Controller with Alpha blending and Chroma-keying

̈ 1MB of on-chip TRACK 1 MOUNTAIN JAM Digital RGB TRACK 2 DREAMS Video SH7264 TRACK 3 44BLUES 16-bit SRAM for TRACK 4 TROUBLE NO MORE TFT LCD TRACK 5 DONE SOMEBODY WRONG Decoder Video In Display TRACK 6 MELISSA Program TRACK 7 STORMY MONDAY BT.656 Controller QVGA, WQVGA, Space and HVGA, VGA MENU USB HS Frame Buffer SH2A FPU |̇̇ ̈̈| Host/Device 144MHz ̈ Serial and ̈|| SRAM 1MB Parallel SDIO Touch-Panel Memory boot options URAM 64KB ADC 8ch External Bus Optical Digital ̈ BT.656 Video input SRAM, SDRAM DMAC 16ch SPDIF NOR, PCMCIA Audio Output CMT 2ch CAN 2ch SPI 2ch Serial Boot Flash 48Mbps WDT I2C 3ch DAC Authentication Chip I2C RTC I2S 4ch

NAND IF MTU2 5ch IEBus 1ch

Serial 8ch Decompression PWM 16ch

SIOF 1ch CDROM DEC GPIO LEDs and

Medical Diagnostic System

̈ Achieve efficient motor control using SH 71 25 in small package and SH7125 SH7264 SH7216 LCD/Touch-Screen 65 DMIPS performance ̈ Perform both signal- processing and real-time Ethernet/CAN/Wireless control using SH72 11 Display Network or SH7 216 Controller Interface Motor/Motion RS232/USB/IrDA ̈ Add connectivity and Controller Host host interface using System Interface SH7286 or SH7 216 Controller

̈ Implement advanced Speed/Torque/Position/ graphical interface Motion Control using SH7264 Analog Front-End 32-bit/DSP/FPU

Acquisition Hardware Processing Signal Conditioning Engine SH7211 SH7216 Renesas Hardware and Software Tools HEW – The Renesas Integrated Development Environment Local Variable Project Manager Watch The High-performance – Graphical control of Embedded Workshop compiler/linker options C/C++ – Function browser (HEW ) is a state-of-the art Variable – Drag-and-drop code templates Watch development and debugging – Built-in (or external) project make environment with C/C++ Stack Trace Output Window compiler, debugger, editor, etc. – Shows messages from Complex It includes advanced features build and find-in-files Break – Linked to source in editor Conditions such as function browser, – Version-control log virtual desktop, and stack Built-in Editor Memory View trace, to list just a few. – Syntax sensitive – Highlights changed coloring values A 256KB compiler evaluation – Multiple files open at once Virtual Desktop version is available for free. – Source-level – Allows multiple screen debugging layouts to be recalled at Full Bus Trace the click of a button

Renesas Emulators Renesas Starter Kit (RSK) Renesas offers a full range of A Renesas Starter Kit is a cost effective emulation products, from tool to get started with SuperH MCU s. the low-cost E1 0a ̈ E10a On-Chip It includes board, debugger, power Emulator on-chip debug emulator to our powerful supply and CD-ROM in one box. E200F , a full in-circuit emulation system. The E1 0a SH/Tiny R0K5 71 242S001BE emulator provides several hardware instruction and data SH7285/86 R0K572867S000BE breakpoints and a trace port. The E200F SH 71 37 R0K5 71 374S000BE provides unlimited hardware breakpoints with real-time profiling capability. SH7670 R0K576700S000BE SH7262 R0K572643S000BE www.america.renesas.com/tools SH7216 R0K572167S000BE*

* Available in Q1, 2010 www.america.renesas.com/tools ̈ E200F In-Circuit Emulation System Sample Codes, Libraries and Algorithms Motor Control Platform Visit the Renesas web site for FREE sample code, along with motor The Renesas Motor Control Platform is a modular, control algorithms and libraries in versatile system that supports source form for CAN , USB and a wide range of motor types. Ethernet. The complete reference design is available on the Renesas web site.

̈ Up to 200VAC/20A ̈ The SH7264 Media Player Reference ̈ Supports DCCT or 1-shunt current sensors Development System ̈ Sensored and sensorless vector control algorithms www.america.renesas.com/motorcontrol www.america.renesas.com/SWLibrary Third-Party Support System development products and services from a worldwide community of third-party experts

Customers who choose SuperH MCUs and MPUs can Many different operating systems, middleware pack - obtain system development assistance not only from ages and other products and services are available to Renesas, but also from our technology partners – simplify, speed-up, and reduce the engineering risk of a large group of third-party experts around the globe. new designs.

FREE GNU Tools www.micrium.com www.kpitgnutools.com www.cmx.com RTOS and Tools IDE , Compiler and Debugger RTOS and Middleware

TM TM ̈ SH Toolchain for Windows ̈ CMX-RTX µC/OS-II µC/Probe The Real-Time Kernel Run-Time Monitoring & ̈ CMX-MicroNet OS-aware TM ̈ HEW integration for and CMX-TCP/IP debugging in HEW µC/USB Universal Serial Bus Windows ̈ CMX-USB TM TM ̈ µC/FS µC/TCP-IP Eclipse IDE for ̈ CMX-FFS Embedded File System Protocol Stack Windows & Linux

www.segger.com www.swellsoftware.com www.iar.com www.rtos.com RTOS and Middleware PEG ™ Family of IDE , Compiler and RTOS and Middleware Embedded GUI Software ̈ embOS Debuggers ̈ embOS/IP PEG Pro™ ̈ IAR Embedded Workbench ̈ ̈ emUSB ™ ThreadX RTOS – PEG+ ̈ Hardware OS-aware ̈ emFile debugging in HEW ™ Debug Probe ̈ emWin C/PEG+

The Renesas Ecosystem

A network of programs for your support www.Renesas.com/Ecosystem

Alliance Partners Renesas Interactive My Renesas ̈ The Alliance Partner ̈ Gain the technical ̈ Customize your Program allows you to knowledge you need. data retrieval needs on the Renesas web site. connect instantly with hundreds of qualified Research and learn at your own pace, You’ll receive updates on the products that design consulting and contracting professionals. where you want, when you want, for free. you’re interested in. www.America.Renesas.com/Alliance www.RenesasInteractive.com www.America.Renesas.com/MyRenesas

RenesasRulz Renesas University Samples ̈ A forum and ̈ For educators and ̈ Get a first-hand look at gathering place students. Teach with our products. Let us know for technical information and those who use professional grade tools. your needs, and we’ll get Renesas MCUs and MPUs. Learn MCUs with a modern architecture. some samples out to you. www.RenesasRulz.com www.RenesasUniversity.com www.America.Renesas.com/Samples SH2 & SH-2A Family – Key Products These devices are recommended for new system designs. Visit our web site for a complete listing. r ) e s l m C e i e A n T e r ) ) n c M u ) g i t a t C B t l o B v º s y a h K ( e a ) d r e r o K ( s C T ( n n h e V o e r ( e H D r r ( h R c h p e g O z e e t m Ordering s Additional C M C I N B B A I c c U t n h a e H a m m C P D A A S S S a c A P t x l P i a 2 e D G A W T U E F R C V M M U F E C U I Series Part Number S Features Package (mm) R T SH7216 R5F72145ADFA#V0 512 64 200 R5F72147ADFA#V0 1024 128 N Y R5F72145GDFA#V0 512 64 100 8 DMA Channels, DTC, SRAM, MTU2, R5F72147GDFA#V0 1024 128 12-bit 32KB BGO Data Flash, 176QFP, – 3.3 SDRAM, NFSY511MTU2S, Y – 110 -40 to +85 (8) HW PWM Shutdown, 20x20x0.4 R5F72165ADFA#V0 512 64 NOR CMT 200 On-chip Debug & Trace R5F72167ADFA#V0 1024 128 Y Y R5F72165GDFA#V0 512 64 100 R5F72167GDFA#V0 1024 128 SH7280 R5F72865D100FA#U0 512 24 12-bit 176QFP, R5F72866D100FA#U0 768 32 Y 2 113 SRAM, MTU2, (12) 8 DMA Channels, DTC, 24x24x0.5 R5F72867D100FA#U0100 1024 32 – 3.3 N SDRAM, N NFS 5 11MTU2S, Y HW PWM Shutdown, -40 to +85 NOR CMT On-chip Debug & Trace R5F72855D100FP#U0 512 24 12-bit 144QFP, N – 100 R5F72856D100FP#U0 768 32 (8) 20x20x0.5 SRAM, MTU2, DMA Channels, DTC, SH7243 R5F72433D100FP#U0 128 8 12-bit 100QFP, 100 – 3.3 N SDRAM, NNNN5––MTU2S, Y –71 HW PWM Shutdown, -40 to +85 (8) 14x14x0.5 R5F72434D100FP#U0 256 12 NOR CMT On-chip Debug & Trace SRAM, MTU2, 8 DMA Channels, HW SH7211 12-bit 144QFP, DF72115D160FPV 160 512 32 – 1.5, 3.3 N SDRAM, N NNN4–1MTU2S, Y – 75 PWM Shutdown, On-chip -40 to +85 (8) 20x20x0.5 NOR CMT Debug & Trace

SH7137 DF71374AD80FPV 12-bit -40 to +85 100QFP, 73 U (16) 14x14x0.5

C MTU2, 8 DMA Channels, DTC, DF71374AN80FPV SRAM, -20 to +85 M 80 256 16 – 3.3 N N NNY311MTU2S, Y – HW PWM Shutdown, NOR DF71364AD80FPV CMT 12-bit On-chip Debug -40 to +85 80QFP, 56 DF71364AN80FPV (12) -20 to +85 14x14x0.65 SH7147 DF71474AK64FPV 1 256 12 DF71424AK64FPV 2 SRAM, MTU2, 12-bit DTC, HW PWM Shutdown, -40 to 100QFP, DF71475AK64FPV64 384 – 3.3 N N NN1 3 1– Y – 73 NOR CM (16) On-chip Debug & Trace +125 14x14x0.5 DF71426AK64FPV 16 2 512 DF71476AK64FPV 1 SH7080 DF70834AD80BGV 256 16 73 112QFP, 10x10x0.8 SRAM, MTU2, 4 DMA Channels, DTC, 10-bit DF70845AD80FPV80 512 32 – 3.3 N SDRAM, NNNN411MTU2S, Y – 84HW PWM Shutdown, -40 to +85 112QFP, 20x20x0.65 (10) NOR CMT On-chip Debug &Trace DF70865AD80FPV 512 32 134 176QFP, 24x24x0.5 SH/Tiny DF71240AD50FPV 31 -40 to +85 48QFP, 10x10x0.6 16 4 DF71240AD50NPV 31 -40 to +85 52QFN, 7x7x0.4 DF71242N50FPV 31 -20 to +85 48QFP, 10x10x0.65

DF71242D50FPV 64 MTU2, 10-bit 31 -40 to +85 48QFP, 10x10x0.65 50 – 4.5-5.5 N – N N N N 3 – – Y – On-chip Debug DF71252N50FPV CMT (8) 45 -20 to +85 64QFP, 10x10x0.5 8 DF71243N50FPV 31 -20 to +85 48QFP, 10x10x0.65 DF71243D50FPV 128 31 -40 to +85 48QFP, 10x10x0.65 DF71253D50FPV 45 -40 to +85 64QFP, 10x10x0.5 SH7262 R5S72620P144FP#UZ N LCD Controller, Video In, 1088 8KB SRAM, Decompression Unit, SSI, MTU2, R5S72621P144FP#UZInst 1.2, SDRAM, 2 10-bit CDROM DEC, SRC, IEBus, 176QFP, 144 – Y N HS HS 823 CMT, Y –89 -40 to +85 3.3 NAND, (4) SDIO, SPDIF, 16 DMA 24x24x0.5 R5S72624P144FP#UZ 8KB N RTC 740 Data NOR Channels, JTAG Boundary R5S72625P144FP#UZ 2 Scan, On-chip Debug SH7264 R5S72640P144FP#UZ N LCD Controller, Video In, 1088 8KB SRAM, Decompression Unit, SSI, R5S72641P144FP#UZInst 2 MTU2, U 1.2, SDRAM, 10-bit CDROM DEC, SRC, IEBus, 208QFP,

P 144 – Y N HS HS 823 CMT, Y –89 -40 to +85 3.3 NAND, (4) SDIO, SPDIF, 16 DMA 28x28x0.5 M R5S72644P144FP#UZ 8KB N RTC 740 Data NOR Channels, JTAG Boundary R5S72645P144FP#UZ 2 Scan, On-chip Debug SH7670 R5S76700B200BG 200 STIF, I2S, HIF, 8 DMA -20 to +70 8KB SRAM, Channels, JTAG Boundary R5S76700D133BG 133 Inst 1.2, SDRAM, Scan, On-chip Debug -40 to +85 256BGA, –32 Y Y HS HS N 3 – 1 CMT Y – – 86 R5S76710B200BG 200 8KB 3.3 NOR, STIF, I2S, HIF, SDIO, 8 DMA -20 to +70 17x17x0.8 Data PCMCIA Channels, JTAG Boundary R5S76710D133BG 133 Scan, On-chip Debug -40 to +85

Note: This table lists only select devices. s CMT: Compare Match Timer RTC: Real Time Clock SRC: Sampling Rate Converter

For the complete list, please contact m y HIF: Host Interface SDIO: SD Memory IO SSI: Serial Sound Interface Renesas Technology America, Inc. n o

r INTC: Interrupt Controller SIOF: Serial I/O with FIFO STIF: Serial Stream Interface c

A MTU2: Multifunction Timer Unit SPDIF: Sony/Philips Digital Interface

© 2009 Renesas Technology America, Inc. Renesas Technology America, Inc. is a wholly owned subsidiary of Renesas Technology Corp. SuperH is a trademark of Renesas Technology Corp. All other trademarks are the property of their respective owners. The information supplied by Renesas Technology America, Inc. is believed to be accurate and reliable, but in no event shall Renesas Technology America, Inc. be Renesas Technology America, Inc. liable for any damages whatsoever arising out of the use or inability to use the information or any errors that may appear in this publication. The information is provided as is without any warranties of any kind, either express or implied. Renesas Technology America, Inc. reserves the right, without notice, to make changes to the information or to the design and specifications of its hardware and/or software products. 450 Holger Way, San Jose, CA 95134 Products subject to availability. Tel:40 8-382 -7500 Fax:40 8-382 -7501 Printed on Recycled Paper #REU01B0037-0010 0809/5K/VIP/BCD/SP www.renesas.com