Renesas Microcomputers General Presentation
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Safety Service ?Satisfaction -RenesasMicrocomputer- RenesasMicrocomputers General Presentation > http://www.renesas.com/rx > 7/30/2009 Rev.17.001 թ2009. RenesasTechnology Corp., All rights reserved. size="-4">

Aims in Developing the RX Family Inheritance from Current Products Enhancement over Current Products Outline of the RX610 Group, First Set of Productsin the RX600 Series RX Family Development Support Tool Summary > 2 2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family size="-2">

2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family >

More complex and fast control: Desire for higher performance CPUs to achieve this. High-speed and high-performance CPU core Speed: 200 MHzPerformance: 1.65 MIPS/MHzCode efficiency: 30% improved Two series within the RX family Power consumption must still be kept down The series is selectable to suit the field ofapplication, balancing high performancewith low power consumption.The CPU core only draws 0.03 mA/MHz. We want to use design resourcesfor previous products to shortendevelopment times. Software resource created forprevious productswill be inheritable > 4 2009. RenesasTechnology...

Maintain continuity with the H8S, H8SX, M16C, and R32C families in the 16-bit and32-bit zones. Further expand market share by expanding the RX family product line. In the embedded MCU market, cover requirements for 8-bit, 16-bit, and 32-bit products with the R8C, RX, and SH lineups, respectively. > 5 2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family size="-2">

Maximum operating frequency 200 MHz100 MHz50 MHz > Power consumption: Lower Power consumption: Higher 6 > 2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family size="-1">

2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family >

RX FamilyR32C Family: Bus: A/D Converter: Interrupts: Timers: Serial communications: Clock pins, mode pins, and power supply Comparison of layout for the 100-pin productsof the RX and R32C families > 2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family size="-1">

Timers > Input captureOutput capture othersothersothers Analog modules Timers 8/16 timer PWM Communications etc. Analogmodules LVD/PORFlex Ray/CAN/LINUSB/EtherSCI/I Communicationsetc. > 2 CA/DD/A Timers Analog modules Communications etc. > PWM: Pulse Width Modulation, A/D: Analog/Digital Converter, D/A:Digital/Analog Converter, LVD: Low Voltage Differential.POR: Power On Reset, SCI: Serial Communication Interface, TAT: Turn Around Time, I 2 C Bus: trademark of Philips Corporation. 2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family...

RenesasMCU: No waiting is required in operation at up to 100 MHz, so increasing the operatingfrequency proportionately boosts processing performance. MCU from our competitor: No waiting is required in operation at up to 30 MHz.The processingperformance increases in proportion to operating frequency.MCU from our competitor: At operating frequencies above 30 MHz, cycles ofwaiting have to be inserted.Increasing the operatingfrequency produces a less than proportionateimprovement in processing performance. > Processing performance IF DIF EDIF WBE WB IF D E WB IF D E WB IF > Operating frequency...

Latest software,documents,automatic updates > Coding Debuggingandevaluation WebcollaborationCollaborationwith partnersCollaboration > Applicationprograms Common front end(frame work) Compilation and linkage RenesasҒintegrated development environment Associatedtools(software) Emulatordebugger Simulator debugger OS andmiddleware Compilerpackage Editor Associatedtools(hardware) On-chipemulator Full-specemulator Target systemCPU boards User system > Evaluation board,Platform 2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family size="-2">

Supports various types of (on-chip debugging emulatorwith tracing facility) Renesasdevices (users only need to changethe MCU unit according to the device type) UnderDevelopment Significantlylowerprice > thancurrentemulators (on-chip debugging emulatorwithout tracing facility also usable as a flash programmer) Enhancedfacilities > Functionality suchastracingofupto4-Mcycles Alsocompatiblewiththe M16C/64R8C/3xand > H8S/Tiny Evaluation or small-to medium-scale development Medium-or large-scaledevelopment > 12 > 2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General...

Generated code is compact due to enhanced optimization(e.g. optimizing the allocation of registers, selecting the most suitableinstructions, and scheduling of instructions)Porting programs created for existing MCUsto the RX will be easy. > -Options cover various specifications of languages-Checking for device-specific extended specifications -Switching of the endianis possible Renesasintegrateddevelopment environment > RX C compiler More compactRX object code > 13 2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family size="-3">

2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family >

1. Improved code efficiency: 2. Higher performance:3. Lower power consumption: Bestintheindustry30betterthanRenesas currentcores 1.65MIPStwiceashighasforRenesas currentcores CPUonlydraws0.03mA/MHz1/3ofthevalueforRenesas currentcores > 15 2009. RenesasTechnology Corp., All rights reserved.RenesasMicrocomputers General PresentationTopics1: RX Family size="-2">

Frequently used instructions were extracted from actual application software, and the corresponding instruction codes were shortened. > For example, instructions for loading, storing, and comparison have been shortenedby 2 bytes while instructions for branching and addition have been shortened by 1 byte. This reduces the sizes of programs, so users can select the model with memory capacityone size smaller than expected. Instructions with length variable in byte units > Instructions take up from 1 to 8 bytes. Almost all of the more frequently used instructionsare from 1 to 4 bytes long....