Renesas MCU M16C Family (R32C/M32C/M16C/R8C) - Glyn

2007.01 

M16C Family (R32C/M32C/M16C/R8C) 

Powerful Controller 

Easy to Use 

Renesas MCU 

M16C Family 

(R32C/M32C/M16C/R8C) 

www.renesas.com

World’s No. 1* 

Flash MCUs !! 

Exceeding expectations for flash MCUs— FLASH & FLEXIBLE. 

MCUs with embedded flash memory are now the main focus of MCU system development. Since its introduction, F-ZTAT from 

Renesas has been the industry leader in this product category. Over 300 individual products in 30 series are available, with 

processors ranging from 8 to 32 bits. Total shipments reached 750 million units in June 2006, making F-ZTAT the world’s No. 1 flash 

MCU. With a wide selection of development tools from Renesas and our partner companies as well as comprehensive Web based 

support, it is now easier than ever to develop products around F-ZTAT, and new advances are being made continuously. 

•F-ZTAT (FLASH & FLEXIBLE Zero Turn Around Time) is a trademark of Renesas Technology Corp. •No,1 in total units shipped as of June 2006 (Renesas statistics) 

World’s No. 1 

Flash MCUs 

Proof No. 1 





Proof No. 3 



Proof No. 4 



Total shipments of 750,000,000 units 

Total F-ZTAT shipments totaled 750 million units in June 2006 and are 

expected to reach the 1 billion mark in 2007. Renesas flash MCUs are 

used in a wide range of consumer, industrial and automotive applications. 

No. 1 lineup of flash MCUs with 

over 300 products in 30 series!! 

Proof No. 2 Divided into high-end, middle, and low-end classes, the F-ZTAT lineup 

is built on the most advanced technology. Flexible support is provided 

for increasingly large and complex software. 

100MHz operation and cycle acceleration!! 

Renesas flash technology provides direct memory access and nowait-state 

operation at up to 100MHz to bring out the full capabilities of 

the MCU. 

1,000 program/erase cycles guaranteed 

and up to 10,000 data flash cycles!! 

The program area can be rewritten up to 1,000 times, and the data 

flash area up to 10,000 times. Versions supporting 100,000 rewrites 

are also planned. In addition to programs, parameter data can be 

written to the data flash area, eliminating the need for external 

EEPROM. 

40µsec./byte high-speed flash 

programming!! 

Proof No. 5 F-ZTAT technology supports high-speed programming at a rate of 

512KB every 20 seconds (total time required for reprogramming, 

including erasing and programming). 

index 

Roadmap 

CPU 

Architecture 

Concepts 

Product Lineup 

Development 

Tools 

Development 

Tools from 

Renesas Partners 

Middleware/ 

Demo Sets 

Functions/ 

Application 

Fields 

Memory Capacity 

1 2 

Product No. 

Table 

Support System

M16C Family - Powerful Controller Easy to Use 

The M16C Family is a complete development platform in all respects. 

It provides total support for the customer’s system. 

Enhanced Security Functions 

Excellent Reliability 

Low Power Consumption 

Low EMI/Excellent EMS 

Code and Pin Compatibility 

High-Speed Processing in 

Actual Applications 

Abundant Peripheral Functions 

The M16C Family overcomes most of the design issues that traditionally affect MCUs, 

while still reducing total system costs and supporting a wide range of applications. 

3 4

5 

Roadmap 

Overall Roadmap 

Same CPU for 

Binary Compatibility 

Increased Functionality 

Better Performance 

Upward Compatibility at 

Assembly Language Level 

Reduced 

Functionality, 

Lower Pin Count 

R32C/100 

M32C/90 




M16C/Tiny 

R8C/Tiny 

Under 

Development 

Under 

Development 

Series Overview 

• 4G space 

• 100MHz 

• 32-bit multiplier 

• 32-bit barrel shifter 

• On-chip FPU 

• 16M space 

• Up to 32MHz 

• Enhanced 32-bit 

operation instructions 

• Barrel shifter 

• 4-channel DMA + DMA II 

• 16M space 



• High-speed interrupts 

• 4-channel DMA 

• 1M space 

• 16 to 24MHz 


• 2-channel DMA 

• Small package 

(42 to 80 pins) 

• 10 to 24MHz 

• Single chip only 

• Small package 

(20 to 80 pins) 

• 16 to 20MHz 

• Single chip only 

• 16M space 


Note: Series names beginning with R were developed following the establishment of Renesas Technology Corp.

CPU Core Comparison 

CPU Core 

Address Space 

0.25µm 

M32C/8x 


0.2µm 

M16C/60 M16C/80 M32C/80 

DMA DMA 2ch 4ch 

DMA II 

Operation 

Instructions 

Barrel Shifter 

Series 

Max. Operating 

Frequency 

Max. On-Chip 

Memory 

External Bus 

Extension 

Other 

Family Evolution 

Performance 

High 

Low 

R8C/Tiny M16C/Tiny M16C/6X M16C/80 M32C/8X M32C/9X R32C/10X 

20MHz 

96KB 

M16C/62P 


No 

16-Bit Operation Instructions 

No 

No 


0.15µm 


M16C/1x M16C/ASSP 

2004 2005 2006 2007 

1MB 16MB 4GB 

24MHz 

128KB 

32MHz 

512KB 


20MHz 

256KB 



R32C/XX 

0.13µm 

R32C/YY 

Yes 

32-Bit Operation Instructions 

Yes 

32MHz 64MHz 100MHz 

1MB Under Development Under Development 

Yes 

8bit I/O 8bit + 16bit I/O Inteligent I/O 

•32-bit architecture 

•FPU 

•On-chip DSP instructions 

32MHz 

64MHz 

24MHz 

100MHz 

32MHz 

200MHz 

Optimized for 1 instruction/cycle 

Support for 1.8 V operation 

Under Development Under Development 

300MHz 

0.10µm 

450MIPS 

•Super pipeline 


Upward Software Compatibility 

(Source Code Level) 

6

7 

b31 

R2 

R2 

R3 

R3 

b23 

b23 

CPU Architecture 

The register layout and addressing of the M16C Family are optimized for embedded applications. 

Naturally, development using high-level languages (C, C++) is supported. (Note: C++ support is under development.) 

Register Model of M32C/80 Core 

Normal Registers 

b15 

b0 

ROH ROL 

R0H R0L 

R1H R1L 

R1H R1L 

R2 

R2 

R3 

R3 

A0 

A0 

A1 

A1 

SB 

SB 

FB 

FB 

b15 

b0 

FLG 

USP 

ISP 

INTB 

PC 

Register Model of M32C/80 Core 

Highly orthogonal addressing is 

supported. 

Memory-memory operations can 

also be performed. 

Standard Registers Memory 

b31 b15 

b0 

R0H R0L 

R0H R0L 

R1H R1L 

R2 

A0 

A1 

FB 

SB 


b31 b15 

b0 

R0H R0L 

R0H R0L 

R1H R1L 

R2 

Comparison with Conventional RISC MCUs 

Many conventional RISC MCUs 

requires more instructions to 

execute similar task compare to 

the CISC MCUs. 

The M16C family has a CISC 

architecture that executes high 

speed operation with high code 

density. 

Dual register set 

(For highest-priority interrupts, 

register data is not saved and bank 

switching is performed to increase speed.) 

Four 16-bit general registers 

(Can be configured as 8-, 16-, or 

32-bit registers to optimize code size.) 

Address registers that are also 

usable as a general registers 

SB register that helps increase ROM efficiency 

FB register that helps increase ROM efficiency 

Used as the C language stack frame. 

Flag register 

Two stack pointers 

Interrupt table register 

Program counter 

A0 

A1 

FB 

SB 

R3 

R3 

2.5 

High-Speed-Interrupt Registers 

b23 

b23 

b15 

b15 

SVP 

VCT 

DMAC- 

Related Registers 

DMA0 

DMA1 

DSA0 

DSA1 

DRA0 

DRA1 

SVF 

b0 

b7 b0 

DMD0 

DMD1 

DCT0 

DCT1 

DRC0 

DRC1 


b31 b15 b0 

R0H R0L 

R0H R0L 

R1H R1L 

R2 

A0 

A1 

FB 

SB 

R3 

b31 

Standard Registers 

b15 

b0 

R0H R0L 

R0H R0L 

Memory 

R1H R1L 

R2 

A0 

A1 

FB 

SB 

2.3 2.3 2.3 2.3 

R3 

2.5 2.5 2.5 


b31 b15 

b0 

R0H R0L 

R0H R0L 

R1H R1L 

R2 

R3 

A0 

A1 

FB(address) 

SB 

Relative 

value 

address 


b31 b15 

b0 

R0H R0L 

R0H R0L 

R1H R1L 

R2 

R3 

A0 

A1 

FB 

SB(address) 

2 2 2 2 2 2 2 2 2 2 

2 

3 3 3 3 

2 2 2 

Flag storage register 

PC storage register 

Vector register 

DMA mode registers 

DMA transfer count registers 

DMA transfer count reload registers 

DMA memory address registers 

DMA SFR address registers 

DMA memory address reload registers 

Register-Memory Operation Memory-Register Operation Register-Memory Operation (FB Relative) 

Memory-Memory Operation Register-Register Operation Memory-Register Operation (SB Relative) 

Program Size Comparison 

M16C/60 small model 


Conventional RISC 

Execution Processing Comparison 

M16C/60 small model 


10 bytes 

9.2 bytes 

4 instructions/8 cycles 

address 

Relative 

value 

20 bytes 

4 instructions/12 cycles 

Conventional RISC 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 1.2 10 instructions/12 cycles 

The M16C/60 small model is a program model that uses a data flash area of less than 

64 Kbytes and a program flash area of 1 Mbyte or less.

Basic Instructions 

Frequently used instructions 

are executed in one cycle. 

Advanced Instructions 

Many advanced instructions 

are supported, in addition to the 

basic instructions. 

DMA Function 

DMA, which transfers data without 

CPU intervention, supports up to 

four channels (M32C/80 and 

M16C/80 cores). 

The DMAII/DTC function provides 

many other memory transfer 

capabilities, such as transfer of 

multiple bytes by a single event and 

transfer of data to multiple addresses 

by a single event 

(M32C/80 core). 

List of Instructions with 1-Cycle Execution Addressing (36 of 108 total instructions in the M32C/80) 

Type Instruction Function Type Instruction Function 

ABS Absolute value 

BCLR Clear bit 

ADC 

ADCF* 

ADD 

Add with carry 

Add carry flag 

Add without carry 

Bit 

manipulation 

BNOT 

BNTST 

BSET 

Invert bit 

Test inverted bit 

Set bit 

CMP Compare 

BTST Test bit 

Arithmetic 

DEC 

EXTS 

Decrement 

Extend sign 

Shift 

ROLC 

RORC 

Rotate left with carry 

Rotate right with carry 

EXTZ Extend zero 

ROT* Rotate 

INC 

NEG 

Increment 

Two’s complement 

1-bit shift 

SHA* 

SHL* 

Shift arithmetic 

Shift logical 

SBB Subtract with borrow 

FCLR Clear flag register bit 

SBU Subtract without borrow 

FSET Set flag register bit 

AND Logical AND 

INDEX Index 

NOT Invert all bits 

INTO Interrupt on overflow 

Logic OR Logical OR 

Other Jcnd Jump on condition 

TST Test 

LDC Transfer to control register 

XOR Exclusive OR 

NOP No operation 

MOV Transfer 

PUSHC Save control register 

Transfer PUSH Save 

SCcnd Store on condition 

PUSHM Save multiple registers 

Note: * Supported by M32C/80 and M16C/80 cores. 

Transfer 

Jump 

Type Instruction Function Type Instruction Function 

MOVHH 

MOVHL 

MOVLH 

MOVLL 

STZ 

STNZ 

STZX 

SMOVF 

SMOVB 

SMOVU* 

SSTR 

SIN* 

SOUT* 

MAX* 

MIN* 

CLIP* 

XCHG 

JMP 

ADJNZ 

SBJNZ 

UART 

CPU 

4-bit data transfer 




Conditional transfer 



Transfer string forward 

Transfer string backward 

Transfer string 

Store string 

String input 

String output 

Select maximum value 

Select minimum value 

Clip 

Exchange 

Unconditional jump 

Add and conditional jump 

Subtract and conditional jump 

RAM 

C language/ 

OS only 

Bit 

Arithmetic 

ENTER 

EXITD 

STCTX 

LDCTX 

BAND 

BNAND 

BOR 

BNOR 

BXOR 

BNXOR 

BMcnd 

DIV 

DIVU 

DIVX 

MUL 

MULU 

SHA 

SHL 

Note: * Supported by M32C/80 and M16C/80 cores. 

DMA Applications DMAII/DTC Applications 

• Automatic serial I/O transfers 

• Motor drive using microsteps 

• Multichannel PWM output (max. 64) 

(Example using UART) 

EVENT 

EVENT 

Build stack frame 

Deallocate stack frame 

Save context 

Restore context 

Logically AND bits 

Logically AND inverted bits 

Logically OR bits 

Logically OR inverted bits 

Exclusive OR bits 

Exclusive OR inverted bits 

Conditional bit transfer 

Signed divide 

Unsigned divide 

Signed divide 

Signed multiply 

Unsigned multiply 


Shift logical 

Memory Memory 

Port0 RAM 

Port1 RAM 

Port2 RAM 

• Transfer of multiple 

bytes by a single 

event 

• Transfer of data to 

multiple addresses 

by a single event 

8

9 

Concepts Security Functions 

The M16C Family incorporates a number of security functions to prevent unauthorized access to 

its internal ROM contents. 

Flash Memory ROM Code Protection 

During parallel programming, the 

ROM protection bits prevent 

reading or overwriting of on-chip 

flash memory. It is not even 

possible to read the contents of 

flash memory using an external 

flash programmer. (The protect 

bits can only be changed by 

serial programming.) 

Flash Memory ID Code Protection 

For a serial programming 

command to be accepted, the ID 

code sent from the serial 

programming must match the ID 

code programmed in internal 

ROM. This prevents 

unauthorized access. (Repeated 

ID verification is not allowed.) 

Trusted Flash* 

A special area of the MCU’s onchip 

flash memory is completely 

protected. (Only program 

execution is allowed.) This 

prevents unauthorized copying 

of software IP programmed to 

the protected area. 

ROM Code Protection 

Reading/Rewriting Prohibited 

01 0100011001011001011000101 

ID Code Protection 

Flash Writer (Parallel Support) 

Conventional Flash MCU Trusted Flash MCU 

Application Area 

Non-Protected Area 

(Software IP) 


Program Execution Allowed 

Program Reading 

and Copying 

Allowed 

Details: 

• ROM correction: The M16C Family has a function that allows program correction of up to four locations using address match interrupts. 

• For mask memory, a function is available to prohibit reading internal ROM from RAM. 


Protected Area 

(Software IP) 


Program Execution 

Program Reading 

and Copying 

Allowed 

Protected 

*Software IP to be provided by partner companies.

Concepts 

Excellent Reliability 

The M16C Family incorporates many design features to ensure reliable operation under a variety of 

conditions. 

On-Chip Oscillator with Fail Safe Feature 

Enhanced Reliability with On-Chip Oscillator and Oscillation Stop Detection Circuit 

Detects abnormal interruption of XIN oscillator input and switches to the on-chip oscillator in order to continue microcomputer operation. 

Normal XIN Oscillator Input 

On-Chip 

Oscillator 

Protecting Critical Registers 

The register protect feature can 

be used to safeguard access to 

important registers and ports. 

This can prevent unauthorized 

access to key registers should 

program runaway occur. It is 

necessary to set the protect 

register before accessing 

important registers. 

Grouping Together of Important Pins 

The pin layout is designed to 

simplify arrangement of power 

supply and ground lines and 

facilitate the connection of 

decoupling capacitors. This also 

minimizes the chances of short 

circuit. 

1 

BYTE 

Abnormal Interruption of 

XIN Oscillator Input 

On-Chip 

Oscillator 

XIN XIN XIN 

CNVSS 

2STOP 

XCIN 

XCOUT 

RESET 

XOUT 

VSS 

XIN 

VCC 

GND RESET 

IC GND VCC 

Operation Switches to 

On-Chip Oscillator 

CPU CPU CPU 

CPU 

On-Chip 

Oscillator 

Other Features 

• It is possible to use software to halt XIN oscillator input and MCU can operate using the high-speed on-chip oscillator instead. (This also reduces power consumption.) 

• The watchdog timer can operate independently using the separate low-speed (125kHz) on-chip ascillator. 

Normal Operation Abnormal Operation 

Protect 

Register 

CPU 

Important Register Important Register 

Grouped in one location. Minimizes chances of short circuit 

NMI 

*Wiring example. 

10

11 

Concepts Low-Power Operation 

M16C MCUs are designed to minimize power consumption. 

Flash Low-Current Memory Consumption ROM Code Protection through Advanced Processes 

Advanced fabrication processes 

bring with them reductions in 

current consumption. The latest 

version’s MCUs use far less 

current to provide equivalent 

processing performance. 

(mA) 

35 

30 

25 

20 

15 

10 

5 

0 

1 

1 

720 

1 

9000 

M16C/62M 

Vcc=3.3V 

M16C/62A 

Vcc=5.0V 

Multiple Power Management Functions 

There are two on-chip clock 

generator circuits, main clock 

and subclock. It is possible to 

switch between them to reduce 

power consumption and noise 

(low-power mode switching). 

Discrete buses distribute load 

capacitance and reduce power 

loss due to discharging. In 

addition, lower load capacitance 

permits faster bus operation. 

Current Consumption 

Current Consumption (Relative Value) 

Reduced Load Capacitance 

(Driver: Large) 

M16C/62N 

Vcc=3.3V 


Vcc=5.0V 


Vcc=3.3V 

4 8 12 16 20 24 (MHz) 

Operating Frequency 

Normal Operating Mode (XIN) = 24MHz 

Bidirectional Bus 

Registers 

Equivalent Performance 

Using Far Less Current 

Low-Power Operating Mode (XCIN) = 32kHz 

Bidirectional Bus (a) 

(Driver: Optimized) 

Low-Power/Wait Mode 

f (XCIN) = 32kHz 

(Low Drive Capacity) 

Registers 


(Vcc=5V) 

M16C 

Bidirectional Bus (b)

Concepts 

90.00 > 

85.00 

80.00 

75.00 dBuV 

70.00 

65.00 

60.00 > 

Low EMI/Excellent EMS 

The M16C Family is designed to maximize EMI/EMS performance. This reduces costs associated with 

EMI/EMS countermeasures for application developers. 

Low Electromagnetic Interference (EMI) 

The M16C Family is designed to 

minimize switching noise. Noise 

output is reduced by as much as 

20dB. 

EM Scan 

Measurement method: 

EM scan measurement using 

electromagnetic field probe 

Measurement conditions: 

Measurement frequency range 

40 to 120MHz 

Measuring device: EPS-M1 EM scanner, Noise Laboratory Co., Ltd. 

Measurement location: Kansai Electronic Industry Development Center 

Measurement frequency range: 30 to 110MHz 

Measurement unit: 2mm 2 

Power supply: 5 V 

Company 

M16C/62P Clock: 24MHz (PLL) A RISC-A 

Excellent Ability to Withstand Noise (EMS) 

All M16C/M32C MCUs are 

designed using various noise 

reduction techniques. These 

MCUs are extensively tested 

using different noise test 

methods. 

The Vcc and Vss pins are 

arranged close together on 

M16C MCUs to prevent noise 

from entering via the Vcc and 

ground wiring. Internal parasitic 

capacitors provide further 

protection against noise at the 

Vcc and Vss pins. This design 

also helps suppress unwanted 

noise emission from the chip 

itself. 

AC 100V 

Short Distance between Vcc and Vss 

Vcc 

GND 

3kV 

100V 

Note noise peaks! 

5V 

0V 

Vcc 

GND 

(M16C) 

Power supply: 5 V 

Clock: 20MHz (PLL) 

Note: Evaluation is also performed using the VDE and TEM cell methods. Only products that meet uniform standards are produced in volume. 

Evaluation Method 

Noise 

Source 

Noise Tester 

(Spike Noise Generator) 

(Conventional) 

Noise Propagation 

into Chip 

5 V Regulator 

3-Element Regulator 

Noise 

Source 

Mounting of Decoupling 

Capacitor in Optimal Location 

1.5kV 

EMI/EMS 

Evaluation Board 

Absorbed as 

Common Mode 

Noise 

Parasitic Capacitor 

Line Inductance 

12

13 

Concepts Excellent Compatibility 

The M16C Family provides compatibility in all aspects, allowing easy transition to higher end models. 

Pin Compatible 

The products in the M16C Family 

are pin compatible, so there is 

almost no need for wiring 

changes on the board when 

switching to newer versions or 

changing to different MCUs 

within the same family. 

CTS4 / RTS4 / SS4 

CTS3 / RTS3 / SS3 

IEOUT / OUTC2_0 / SDA3 / SRXD3 

IEIN / SCL3 / STXD3 

CAN0OUT / CAN1OUT 

HDTXD / OUTC1_5 / INPC1_4 

ISRXD0 

CAN0IN / ISCLK0 / OUTC1_4 / INPC1_4 

CAN0OUT / ISTXD0 / OUTC1_3 / INPC1_3 

ISRXD1 / OUTC1_2 / INPC1_2 

ISCLK1 / OUTC1_1 / INPC1_1 

INPC1_0 / SS2 / ISTXD1 / OUTC1_0 

Compatible Peripheral Functions 

Products in the M16C Family 

have compatible CPU cores and 

peripheral functions. 

Notes 

1. High-function timer with communication 

function. 

2. DMA II and DTC are DMA functions that 

can be initiated by peripheral I/O requests. 

Advantages of Compatibility 

Pin compatibility and peripheral 

function compatibility minimize 

the need for changes to the 

board design or software. 

M32C/85 Group Added Functions 

(Previous Functions Retained) 


Operating frequency: 

16MHz (no wait states) 

DMAC: 2 channels 

10-bit A/D: 18 channels 

UART/SIO: 3 channels 

Timer: 6 channels 

EXT-INT: 6 channels 

WDT 

CRC 

Products can be changed 

without other modifications. 

Function compatibility means 

no changes are needed to 

peripheral devices. 


DA1 / TB4IN / P9_4 

DA0 / TB3IN / P9_3 

SOUT3 / TB2IN / P9_2 

SIN3 / TB1IN / P9_1 

TB0IN / CLK3 / P9_0 

BYTE 

CNVSS 

XCIN / P8_7 

XCOUT / P8_6 

RESET 

XOUT 

VSS 

XIN 

VCC 

NMI / P8_5 

INT2 / P8_4 

INT1 / P8_3 

INT0 / P8_2 

TA4IN / U / P8_1 

TA4OUT / U / P8_0 

TA3IN / P7_7 

TA3OUT / P7_6 

TA2IN / W / P7_5 

TA2OUT / W/ P7_4 

TA1IN / V / CTS2 / RTS2 / P7_3 

Compatible Peripheral Functions 


(M16C/26A, M16C/28, M16C/29) 

M16C/28, M16C/29 

Operating frequency: 20MHz (PLL) 

Multimaster I2C: 1 channel 

Input capture* 1 : 8 channels 

Output compare* 1 : 8 channels 

CAN: 1 channel (29) 

10-bit A/D: +8 channels (28) 

10-bit A/D: +9 channels (29) 


Operating frequency: 20MHz (PLL) 

Voltage detection circuit 

On-chip oscillator: (26A) 

Position data hold function (26A) 

Digital Debouncer (26A) 

Single-chip only 

10-bit A/D: –6 channels 

Timer: +2 channels 

On-chip oscillator 

3-phase inverter control 

EXT-INT: +2 channels 

S/W 


8-bit D/A: 2 channels 

10-bit A/D: +8 channels 

Timer: 3 channels 

UART/SIO: +2 channels 

M16C/30P M16C/62P M32C/8x 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

16 

17 

18 

19 

20 

21 

22 

23 

24 

25 


24MHz (PLL) 

VCC1 System 

M32C/84, M32C/85 

DMAC: +2 channels 

DMA II/DTC* 2 


32MHz (PLL) 

Input capture* 

X-Y conversion circuit 

CAN 

1 : 8 channels 

Output compare* 1 : 8 channels 

CAN: +1 channel 

(M32C/85, M32C/86) 

Gauge controller: 4 channels 

(M32C/86) 

Peripheral function compatibility minimizes 

the need for changes to source programs. 

Pin compatibility eliminates 

the need for changes to the 

board design.

ADD 

SUB 

CMP 

MOV 

PUSH/POP 

SHA 

SHL 

MUL* 1 

DIV* 2 

* 1 : 32bits 32bits=32bits 

* 2 : 32bits 32bits=32bits 

Concepts 

Clock 

Instruction 1 IF ID OR/OPR/OW 



IF ID OR1 OR2 OPR OW 

Instruction 2 

IF ID OR1 OR2 OPR OW 

IF ID OR1/OR2 OPR OW 

IF ID OR1/OR2 OPR OW 

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 

1 2 3 4 5 

High-Speed Processing 

The M16C Family provides high-speed processing under a variety of conditions. 

M16C High-Speed Instruction Execution 

The M16C Family is designed 

so that each CPU execution 

stage takes one clock cycle. For 

most instructions, the execution 

time is equivalent to that of a 

general RISC MCU. 

High-Speed Interrupts (M32C) 

Interrupt Request Accepted 

Interrupt Request Generated 

M16C Core 

Conventional 

M32C/80 Core 

High-Speed 

Interrupt 

struction 

struction 

(One interrupt can be set as 

a high-speed interrupt.) 

Instruction 

Instruction 

32-Bit Instructions 


Conventional MCU 

Clock 

Instruction 1 

Minimum Instruction Execution Time = 1 Clock Cycle 

Instruction Execution Time 

Minimum Instruction Execution Time 

General RISC 

Clock 

Instruction 1 IF ID OR1/OR2 OPR OW 



Instruction 4 

Instruction 5 

Interrupt Sequence 

High-Speed 

The M32C/80 provides enhanced support for 32-bit instructions. 

Interrupt Sequence 

Instructions in Interrupt 

Routine 

Instruction Function Addressing Modes 

Add without carry 

Subtract without borrow 

Compare 

Transfer 

Save 


Shift logical 

Signed multiply 

Signed divide 

IF: Instruction Fetch 

ID: Instruction Decode 

OR1/OR2: Operand Read 

OPR: Operation 

OW: Execute 

Instructions in Interrupt 

Routine 

Execution in 1/4 the Cycles Usually Required* 

* The interrupt recovery instruction uses three cycles (1/2 the usual). 

* Because there are two banks of registers, interrupt switching can 

be performed in a single cycle. 

* The normal interrupt sequence of the M32C/80 uses 14 cycles. 

Immediate-register, immediate-memory, register-register, register-memory, memory-register, memory-memory 




Immediate, register, memory 

Register, memory (on-chip barrel shifter) 

Register, memory (on-chip barrel shifter) 

Memory-memory, register-memory 

Memory-memory, register-memory 

14

15 

Concepts Abundant Peripheral Functions 

The M16C Family includes high-performance on-chip functions for a variety of applications. 

Block Diagram — M16C/62P 

Serial Interface 

UART0 

UART1 

BEAN* 1 

I 2 C 

UART 

8 

8 8 8 8 

8 8 

Port P0 

R0H R0L 

R0H R0L 

SB 

R1H R1L 

R1H R1L 

USP 

R2 

R2 

ISP 

R3 

R3 

INTB 

A0 

A0 

PC 

A1 

A1 

FLG 

FB 

FB 

Port P11 Port P14 Port P12 

* 

8 2 8 8 

2 * 2 * 2 * 2 

Port P7 Port P8 Port P85 Port P9 Port P10 

Port P1 Port P2 Port P3 Port P4 Port P5 Port P6 

VCC2 System 

VCC1 System 

Peripheral Functions 

A/D Converter 

16-Bit Timer 

10-Bit 8 Channels, 

Extendable to 26 Channels 

Outputs (Timer A): 5 

Inputs (Timer B): 5 

UART or Clock-Synchronous 

Serial I/O 

(8-Bit 3 Channels) 

3-Phase Motor Control Circuit 

CRC Operation Circuit (CCITT Type) 

Generating Polynomial: X 

Monitor Timer (15-Bit) 

D/A Converter 


DMAC (2 Channels) 

VCC1 System 

VCC2 System 

Port P13 

16 +X12 + X5 System Clock Generator 

Xin - Xout 

Xcin - Xcout 

PLL Frequency Synthesizer 


Clock-Synchronous Serial I/O 


+1 

M16C/60 Series CPU Core 

Memory 

ROM* 1 

RAM* 1 

Multiplier 

* 1 : ROM/RAM capacity differs depending on the device. 

* 2 : Ports P11 to P14 are implemented on 128-pin versions only. 

UART/Clock-Synchronous Serial I/O 

The M32C/80 has five on-chip 

UART/clock-synchronous serial I/O channels. 

MCU 




UART2 

UART3 

UART4 

Broad range of communication peripherals provides 

gateway functionality. 




Gateway Function 

Gateway Function 

SI/0 

IEBus 

(AVC-LAN) 






* 1: M32C/80 Only 

IC1 

IC2 

IC3 

TxD 

RxD 

CTS/RTS 

RxD 

TxD 

CTS/RTS 

VCC1 System 

Port Port Port 

4 

Port 5 

3 

2 

1 

0 

M16C(M&S) 

P93(SS) 

P90(CLK) 

P91(RXD3/STXD3) 

P92(TxD3/SRxD3) 

4 

Port 5 

3 

2 

1 

0 


P93(SS) 

P90(CLK) 



Port 5 4 

3 

2 

1 

IC4 M16C(S) 

P93(SS) 

P90(CLK) 



IC5 M16C(S) 

P93(SS) 

P90(CLK) 



Ports 0 to 4 output slave select signals. 

Port 5 is for the sync signal between masters. 


0 

SS low-level output selects slave operation. 

M&S : Used by master and slave. 

P93(SS) 

P90(CLK) 

S : Used only as slave. 



* Synchronous serial communication unit 

8 7 8 8 

UART Function 

In addition to normal UART capabilities, 

special functions are also supported. 

CTS/RTS Control Capability to Connect 2 Peripheral ICs 

CLK 

CLKS 

TxD 

Peripheral IC 1 

CLK 

Data 

Peripheral IC 2 

CLK 

Data 

(Does not apply to M16C/Tiny.) (Does not apply to M16C/70.) 

SSU*/Special Serial Communication (Master-Slave Communication) 

IEBus is a registered trademark of NEC Electronics Corporation.

AN27 

AN20 

AN07 

AN00 

AN7 

AN0 

AN EX1 

AN EX0 

Vcc 

GND 

Vcc 

GND 

A/D Converter 

High-Speed A/D Converter with Sample-and-Hold Vref Cutoff 

(1) Conversion Speed (ØAD = 10MHz) 

10-Bit: 3.3 µs 

8-Bit: 2.8 µs 

(2) Successive Conversion ±3 LSB Accuracy 

(3) High-Speed Sample-and-Hold 

10MHz Operation: 0.3 µs, 20MHz Operation: 0.15 µs (Target) 

TB2 

AN0(TB0) 

One-Shot Pulse 

AN1(TB1) 

One-Shot Pulse 

S/H 

A/D Converter 

Max. 26-Channel A/D Pins (M16C/62P) 

(M32C/64: Max. 34-Channel) 

(M16C/30P: Max. 10-Channel) 

(M16C/28: Max. 24-Channel) 

A/D Converter 

The analog circuit reference voltage, Vref, can be turned on or off. 

Turning off Vref when the A/D converter is not being used can 

help reduce current consumption. 

TB2 

Vref 

AVss 

Analog Input 

A/D Conversion Function with AN0 and AN1 Delay Triggers 

TB0 and TB1 One-Shot Operation Start 

A/D Conversion Timing 

TB0 and TB1 one-shot mode starts with TB2 underflow as the 

trigger. The TB0 and TB1 one-shot pulses act as the triggers 

for prioritized AN0 and AN1 A/D conversion with 

sample-and-hold. 

Measurement Error Avoidance (Unused A/D Overvoltage Processing) 

This feature helps prevent measurement error due to 

wraparound between channels, even if the other A/D 

inputs include input that exceeds the Vcc level. It also 

provides more accurate A/D conversion values. 

OFF 

ON 

S/H Trigger 

TB0 

One-Shot Mode 

Resistor 

S/H 

S/H Trigger 

TB1 S/H 

A/D Converter 

(2) Underflow of TB0 and TB1 are added as 

AN0 and AN1 A/D conversion triggers. 

Underflow Signal 

Trigger 

Trigger 

One-Shot Mode 

(1) One-shot mode is added for 

TB0 and TB1. 

(One trigger is output per cycle.) 

Note: There are no dedicated A/D trigger 

output pins. 

A/D Converter 

(ANO) 

(AN1) 

A/D 

(4) Part of A/D conversion 

sequence changed. 

(3) Sample-and-hold added exclusively to AN1. 

(Supports two A/D conversion requests in a short time.) 

16

17 

OFFFF 16 

Waveform Generator 

Register 1 Value 


Register 0 Value 

ICC 


Highly Functional Timers 

M16C MCUs have input and output timers that are used in combination with other peripheral functions. 

3-Phase Inverter PWM Output (Applicable to Motor Control Systems) 

2-Phase Pulse Signal 

Processing Function 

Phase A 

Phase B 


Phase Z 

3-Phase Inverter 

PWM Output 

High-Speed 

A/D Converter 

Encoder Input 

Phase Detection Circuit 

Intelligent I/O 

NMI 

U 

U 

V 

V 

W 

W 

Emergency 

Stop Input 

Current Monitor 

Position Detection 

Motor Driver 

Motor 

The timer’s count operation is independent of the operation 

of the CPU. Even if the CPU is stopped, it is possible to 

operate the timer by means of external signals or a subclock 

(32kHz, etc.), thereby reducing current consumption. 

XIN 

XCIN 

External Input 

I/O ports can be configured to implement different peripheral functions. 

Output Compare (Waveform Generator Function) 

Interrupts are generated when matches occur 

between the base timer and waveform generator 

register values, generating a PWM waveform. 

• Basic Waveform Output 

The following waveform output modes are implemented on all groups. 

(1) Single-Phase Waveform Output (2) Inverted Waveform Output 

(3) SR Waveform Output 

Base Timer Value 

Interrupt Request at Match with 

Waveform Generator Register 0 Value 

Interrupt Request at Match with 

Waveform Generator Register 1 Value 

Single-Phase Waveform Output OUTCx0 

OUTCx1 

Inverted Waveform Output OUTCx0 

OUTCx1 

SR Waveform Output OUTCx0 

Bit Modulation PWM 

High-frequency PWM output can be produced based 

on any bit between 6 and 16. 

Elapsed Time 

b15 b10 b9 b0 


Register 

32 16 8 4 2 1 

1 

2 

1 

4 

1 

8 

1 

16 

1 

32 

1 

64 

1 1 1 1 

128 256 512 1024 

PWM Duty Setting Bit Modulation Rate of Recurrence 

k=0~3F16 m=0~3FF16 

Base Timer Count 

Source 

PWM Frequency (4016) 

Output Waveform 

PWM Duty (k) Among 1,024 pulses, 

m pulses are added 

to the clock cycle duty. 

D/A Converter Application Example Using PWM Output 

High-resolution output can be 

obtained by changing the PWM 

duty by one clock cycle at a 

user-defined rate of recurrence. 

Independent Timer Operation 

Clock Generator 

Circuit 

1/32 


(Max. 40MHz) 

Timer 

Input Capture (Time Measurement Function) 

At trigger input the timer value is stored in the time 

measurement register, and an interrupt is generated. 

Trigger Input to 

INPC Pin 

Base Timer 

Count Source 

Base Timer 

Value 

Time Measurement 

Register Value 

(Both Edges Selected) 

Time Measurement 

Interrupt Request 

xx 

70 xx 

71 xx 

72 xx 

73 xx 

74 xx 

75 xx 

76 xx 

77 xx 

78 xx 

79 xx 

7a xx 

7b xx xx 

7c 7d xx 

7e xx xx 

7f 80 xx 

81 xx 

82 xx 

83 xx 

84 xx 

85 xx 

86 

XX71 XX76 XX78 XX7c XX80 

Input Capture Digital Filter Function 

Digital Filter Function (INPC10 to INPC17) 

Cleared to 0 

by a program. 

The trigger input level is determined every f1 or fBT1 and 

pulses are allowed to pass through when three matches 

occur. (The clock of the digital filter can be selected to match 

the noise band.) 

Filter Clock 

(f1 or fBT1) 

INPC Pin 

Trigger Signal After 

Passing Through 

Digital Filter 

Signals that do not match three times are eliminated. 

Signal Delay Caused by Digital Filter 

(Max. 3.5 Cycles of Filter Clock)

Bus Control 

As the CPU operation speed increases, timing control of the external devices becomes more difficult. 

Expanded Number of Wait Cycles 

1 to 7 Bus Wait Cycles 

BCLK 

Address 

CS 

Data (Read) 

RD 

Data (Write) 

WR 

BCLK 

Address 

CS 

Data (Read) 

RD 

Data (Write) 

WR 

1ø~3ø 1ø~6ø 

Expanded Number of Address and Data Hold Cycles 

(Support for Recovery Cycle Function) 

Recovery Cycle 

Enhanced External Bus Access Functions 

Address Hold 

Data Hold 

Dual Peripheral Power Supplies (5V and 3V) 

Possible to connect external 5V and 3V peripheral ICs 

without adding external circuitry. 

P6 to P10, P11, P14 : 2.7V VCC1 5.5V 

P0 to P5, P12, P13 : 2.7V VCC2 VCC1 

Access Cycles to External Area (32MHz) 

0 Wait Cycles 62.4ns 





5 Wait Cycles 218.4ns Function 

6 Wait Cycles 249.6ns Extension 


Possible to connect external ASIC or slow memory even 

when CPU operates at high speed. 

3.3V 3.3V (VCC2) 5V (VCC1) 5V 

3V IC 3V I/F M16C 5V I/F 5V IC 

Recovery cycle insertion can be 

selected by a program. 

Extended Address Hold 

Extended Data Hold 

Note: This specification applies to consumer products only. 

18

19 

XIN 

XIN 

XOUT 

PLL 


PLL Oscillator Circuit and Oscillation Stop Detection Circuit 

• The on-chip PLL supports a maximum operating frequency of 20MHz to 64MHz. 

• When XIN is interrupted, the oscillation stop detection circuit switches to the on-chip oscillator as a backup, 

allowing operation to continue. 

Counter A Phase 

Comparator 

On-Chip Oscillator Startup 

After a reset is cleared, 

operation starts using the 

low-speed on-chip oscillator. 

By using the high-precision 

high-speed on-chip oscillator, 

it is possible to configure a 

system that does not require 

an external resonator. 

Oscillation Stop 

Detection Circuit 

XIN 

VCO* 

XOUT 

On-Chip 

Oscillator 

High-Precision High-Speed On-Chip Oscillator 

• Highest precision in the industry over a range of temperatures and voltages. 

• The 40MHz clock generated can be used to operate 16-bit timers (timers RC and RD). 

XIN Clock 

Oscillator Circuit 

High-Speed 

On-Chip 

Oscillator 

40MHz 

Oscillation 

Frequency 

Divider 

Circuit 

Clock 

Selector 

Charge 

Pump 

CPU and Peripheral 

Functions 

Clock Source for 

Timers RC and RD 

High-Precision 

High-Speed On-Chip 

Oscillator 

Low-Speed 

On-Chip 

Oscillator 

Circuit for 

External 

Oscillator 

No external resonator needed. 

Power Supply Voltage Dependency 

Frequency 

Divider 

XCIN 

Oscillation Stop Detection Interrupt 

CPU Clock 

f1 

f8 

f32 

BCLK 

VCO:Voltage Controlled Oscillator 

Temperature Dependency 

R8C/20-29 High-Speed On-Chip Oscillator 

R8C/20-29 High-Speed On-Chip Oscillator 

Voltage Characteristics (40MHz) 

3.0% 

3.0% 

Temperature Characteristics (40MHz) 

2.5% 

2.5% 

2.0% 

2.0% 

1.5% 

1.5% 

1.0% 

1.0% 

0.5% 

0.5% 

0.0% 

2.5V 

-0.5% 

-1.0% 

3.0V 3.5V 4.0V 4.5V 5.0V 5.5V 6.0V 

0.0% 

-0.5% 

-25°C 

-50°C 

-1.0% 

0°C 25°C 50°C 75°C 100°C 125°C 150°C 

-1.5% 

-1.5% 

-2.0% 

-2.0% 

-2.5% 

-2.5% 

-3.0% 

Vcc 

-3.0% 

Ta 

Oscillation Error [%] 

Oscillation Error [%]

Reset Function (On-Chip Reset Circuit) 

• Voltage-Drop Interrupt (Enabled/Disabled by Software) 

Enables software detection of power supply voltage drops without external circuitry. 

• On-Chip Reset Circuit (Enabled/Disabled by Software) 

Prevents malfunctions caused by voltage dropping below the guaranteed operation voltage. 

RESET 

IC 

Vcc Vcc [V] 

Reset Cleared 

Voltage Detection Function Started by Software 

Voltage Drop Interrupt 

5.0 Vcc 

4.0 

2.7 

0 

Approx. 0.3Vcc 

Reset Pin 

CPU 

RESET 

IC 

No external reset 

IC needed. 

RESET 

IC 

CPU 

(Normal Operation) 

Reset 

Reset Cleared 

Optional Function Select Register 

• Several optional functions can be present in the flash memory. 

• Clock source of the watchdog timer can be selected before the reset. 

• Rom code can be protected against illegal access. 

• Low voltage detection function can be enabled before the reset. 

Optional Function Select Register (Address 0FFFFH) 

5.0 

Vdet2 

Vdet1 

Vdet0 

Reset Cleared 

0 

CPU 

RESET 

IC 

No external reset 

IC needed. 

RESET 

IC 

CPU 

bit7 bit6 bit5 bit4 bit3 bit2 bit1 bit0 

CSPROINI LVD0ON ROMCP1 ROMCR WDTON 

Other Functions 

CRC 

The CRC function can be used to improve data reliability. 

• On-chip hardware performs CRC calculations in two cycles. 

• Generating polynomial: X16 + X12 + X5 + 1 (CCITT standard) 

• Provides more powerful error verification than parity or checksum methods. 

RAM 

Send Data 0 

1 

2 

CRC 

CRC 

0 

1 

Data Input 

Calculated in 

2 Cycles 

8-Bit Data 

CRC Input Register 

CRC Code 

Generator Circuit 

X 16 + X 12 + X 5 + 1 

CRC Data Register 

16-Bit Code 

• The number of external reset ICs can be reduced. 

• Setting can be made before reset clearing using 

the optional function select register. 

RESET 

IC 

Vcc 

0.8Vcc or Above 

Reset 

Reset Pin 

Reset/Interrupt 

X-Y Data Converter 

Performs high-speed flipping, 

rotation, enlargement, 

and reduction of image data. 

Rotation (Flipping) 

Reset Cleared 

Enlargement Reduction 

Faster Image Recognition 

Z-Axis Bit Count 

Y-Axis Bit Count 

20

21 

Lineup of Products with On-Chip Flash Memory 

All series in the M16C Family include products with on-chip flash memory. 

Features of M16C MCUs with On-Chip Flash Memory 

1. High-Speed Programming/Erasing 

Programming 256KB of flash memory 

takes only four seconds (serial rewrite 

mode). This greatly reduces the 

programming burden in the volume 

production process. (M16C/62P) 

2. High Reliability 

High data storage reliability, erasing 

reliability, and programming reliability help 

prevent problems following mounting. 

List of Flash Programmers 

Manufacturer Product Model Writing Method 

Sunny Giken Inc. 

S550-MFW-1U 

S550-SFW1U 

Parallel (Gang) and Serial 

Serial 

Suisei Electronics System Co., Ltd. 

EFP-S2/S2V 

EFP-RC 

Parallel and Serial 

Serial 

Yokogawa Digital Computer Corporation 

NET IMPRESS 

Serial 

R0E000080KCE00(E8) 

Serial 

Renesas Solutions Corp. 

M3A-0665 

Serial 

M3A-0806 

Serial 

Please contact the writer manufacturer for information on MCU compatibility. 

On-Chip Flash Memory Functions 


COMport 

(RS232C) 

12V 

RS232C 

I/F 

+5V 

RxD 

TxD 

3. ROM Code Protect Function 

High-level security functionality is built in. 

4. Support for On-Line Programming 

(CPU Rewrite Mode) 

High-level security functionality is built in. 

5. Support for Data Flash Memory 

Products are available with extra-high 

guaranteed write/erase counts up to 

10,000 times 

Flash Programming Mode Data Flash 

Using flash rewriting program prepared by the customer, 

the user area can be erased and programmed. 

Example of Memory Allocation with Embedded Peripheral Circuit Control 

NMI 

RAM 

Serial Rewriting 

Program 

Interrupt Processing 

Program 

Variable Vector 

Table 

CPU 

User Flash 

ROM 

Program 

User-Defined I/O 

Boot 

ROM 

Program Moved 

to RAM 

Interrupt Requests 

from Peripheral 

Circuit 

Processing in 

Response 

to Interrupts 

Peripheral Circuit 

32+4KB Version 64+4KB Version 

00000 

00400 

SFR 

00000 

00400 

SFR 

007FF 

0F000 

0F800 

10000 

F8000 

FFFFF 

RAM1KB 

Internal reserved area 

Flash Memory 

Flash Memory 


Flash Memory 

32KB 

2KB 

2KB 

16KB 

8KB 

8KB 

RAM2KB 

00BFF 

0F000 


Flash Memory 2KB 

0F800 

10000 

2KB 

F0000 

FFFFF 


Flash Memory 

64KB 

Flash 

32KB 

16KB 

8KB 

8KB 

RAM 

CPU 

A small block of flash memory called data flash memory is 

provided separately from the program flash memory. This area 

supports a maximum erase count of 10,000 times. It can also 

be used as a substitute for external E 2 PROM. 

Small Flash Memory 

Block for Data Storage 

2 KB 2 

Data Flash 

Standard Rewrite 

Count: 10,000 Times* 

*Please see the hardware 

manual for details of 

individual products.

• 

• 

• 

• 

• 

RAM (KB) 

31 


R32C/100 Series 

R32C/100 Series Roadmap 


60MHz 

R32C/100 Series Features 

Memory Lineup 

CAN Automotive 

Network On-Chip 

Versions 

176pin 

512KB 

31KB 

Inherits the M16C/M32C features and employs the nextgeneration 

R32C/100 Series CPU core. 

32-bit CISC CPU core 

32-bit barrel shifter, 32-bit multiplier, and high-precision FPU 

on-chip 

Performs 32-bitX32-bit multiply-accumulate operations in one 

clock cycle. 

Max. 100MHz operation 

Register bit length extended from M32C/8X and number of 

registers increased. 

64-bit internal memory bus 

Short jumps with no penalty 

Memory Lineup (Flash versions include an additional 8KB of data flash.) 

ROM Less 128 256 384 512 1024 

ROM (KB) 

FlexRay Next-Generation 

Automotive Network 

On-Chip Version 

128KB 

12KB 

256KB 

20KB 

384KB 

24KB 

R32C/112 Block Diagram 


CPU Core 

32bit Multiplier 

Interrupt 

Single-precision FPU 

PLL 

RTC 32kHz 

WDT 

DMA- CRC 

RAM 31KB 

ROM 512KB 

Flash 

W/Protect 

Sound Processor 

10bit A/D 34ch 

8bit D/A 2ch 

DMAC 

IC:Input Capture OC:Output Compare 

100pin 144pin 

512KB 

32KB 

144pin 

512KB 

32KB 

Flash 

: Under Development : In Planning 

TimerA 5ch 

TimerB 6ch 

Three-phase 

Motor Control 

SIO/UART 9ch 

CAN 32slot 2ch 

Audio I/F 7ch 

Inteligent I/O IC:16ch OC:24ch 

: Flash 176-Pin 

Version 

: Under Development 

22

23 

• 

• 

• 

• 


M32C/80 Series 

M32C/80 Series Roadmap 

New Product 

In Mass 

Production 

In Mass 

Production 

In Mass 

Production 



CAN X 2ch 

32MHz@5V 

M32C/82 30MHz@5V 



32MHz@5V 


20MHz@5V 

New Product 

New Product 


CAN X 1ch 

32MHz@5V 

ROM-less 

10K/24K 

CAN X 1ch 

32MHz@5V 

CAN X 1ch 

32MHz@5V 

ROM-less 

8K 


CAN X 3ch 

32MHz@5V 



320KB+4KB 

24KB 

256KB 

20KB 

ROM-less 

10KB 

128KB 

10KB 

128KB/10KB 

256KB/20KB 

CAN X 1ch 

32MHz@5V 

M32C/87B 32MHz@5V 

R32C/80 Series Features 

CAN X 2ch 

32MHz@5V 

512KB 

31KB 

320KB 

24KB 

128KB 

10KB 

100pin 

ROM-less 

8K (BL) 1) 

100pin 

320KB+4KB 

18KB 384KB+4KB 

384KB+4KB 

24KB 

320KB 

24KB 

320KB+4KB 

24KB 

192KB 

16KB 

144pin 

128KB/10KB 

256KB/20KB 

384KB 

24KB 

128KB 

12KB 

18KB 

100pin 

100pin 

144pin 

512KB+4KB 

24KB 

100pin 

384KB 

24KB 

384KB+4KB 

24KB 

256KB 

20KB 

Downward compatible with M16C/80, allowing easy switchover 

if faster operation is required (32MHz@5V). 

Four basic arithmetic operation and transfer instructions are 

32-bit, and 32-bit multiply, divide, and fast shift (using on-chip 

barrel shifter) instructions provide high-speed operation 

processing. 

In addition to dedicated timer and SIO functions using intelligent 

I/O, additional PWM and SIO functions can be implemented. 

On-chip CAN (max. 2 channels: M32C/85, M32C/86, M32C/87, 

max. 3 channels: M32C/88) provides support for a range of 

applications. 

On-chip input-capture timer and output-compare timer, with 

support for sensor input, are ideal for applications such as motor 

control. 

IEBus is a registered trademark of NEC Electronics Corporation. 

144pin 

384KB 

31KB 

144pin 

512KB+4KB 

18KB 

384KB+4KB 

24KB 

512KB+4KB 

31KB 

768KB+4KB 

48KB 

512KB+4KB 

24KB 

320KB 

24KB 

100pin 

M32C/87 Block Diagram 


CPU Core 

32MHz 

Multiplier 

Interrupt 

DMA-II/DTC 

RAM Max. 48KB 

ROM Max. 1MB 

Flash/Mask 

W/Protect 

384KB 

24KB 


384KB 

24KB 

144pin 

100pin 

1MB+4KB 

48KB 

PLL 

On-Chip Osc 

RTC 32kHz 

WDT 

CRC 

10bit A/D Max. 34ch 

8bit D/A 2ch 

DMAC 

Intelligent I/O IC:8ch OC:16ch 


144pin 

512KB 

31KB 

M32C/9X 

64MHz@5V 

Under 

Development 

Under 

Development 

TimerA 5ch 

TimerB 6ch 

Three-phase 

Motor Control 

ROM Correction 

SIO/UART 7ch 

IrDA 1ch 

LVD 

CAN 0-2ch 

Mask 

Flash 

ROM-less 

1) BL: On-chip boot loader : New Product : Under Development

RAM (KB) 

M32C/80 Series Memory Line up 


48 

31 

24 

20 

18 

16 

12 

10 

8 


(CAN:1) 


ROM-less 


(CAN:1) 


(CAN:1) 


(CAN:1) 


(CAN:2) 


(CAN:2) 


(CAN:1) 


(CAN:3) 


(CAN:1) 

128 192 256 320 384 512 768 1000 

ROM (KB) 


M32C/87 (CAN:0,1,2) 


(CAN:2) 


(CAN:3) 


(CAN:3) 


(CAN:0,1,2) 

M32C/87 (CAN:0,1,2) 

M32C/83 (CAN:1) 




(CAN:0,1,2) 

: ROM-less 100-pin version 

: Mask 100-pin version 

: Flash 100-pin version 

: ROM less 144-pin version 



24

25 

RAM (KB) 

12 

8 

4 

2 

1 


M16C/Tiny Series 

M16C/Tiny Series Roadmap 

Memory Lineup 



20MHz@3.0-5.5V 

10MHz@2.7-5.5V 

M16C/26B 

24MHz@4.2-5.5V *1 

20MHz@3.0-5.5V 

10MHz@2.7-5.5V 


20MHz@3.0-5.5V 

10MHz@2.7-5.5V 



20MHz@3.0-5.5V 

10MHz@2.7-5.5V 

24KB+4KB 

1KB 

24KB 

1KB 

64pin 

M16C/28B 

24MHz@4.2-5.5V *1 

20MHz@3.0-5.5V 

10MHz@2.7-5.5V 

42pin 

48KB+4KB 

4KB 

48pin 

64KB+4KB 

2KB 

48KB 

2KB 



M16C/26A M16C/26B M16C/26A 




24 48 64 96 128 

80pin 

48KB+4KB 

2KB 


64KB 

4KB 

*2 

85pin 

128KB+4KB 

12KB 

64KB+4KB 

4KB 

64KB 

4KB 

42pin 

64KB+4KB 

2KB 

64KB 

2KB 

96KB+4KB 

8KB 

96KB 

8KB 

64pin 

96KB+4KB 

8KB 

48pin 

96KB 

8KB 

64pin 

128KB+4KB 

12KB 

80pin 

128KB 

12KB 

80pin 

*2 

85pin 

128KB+4KB 

12KB 

128KB 

12KB 

*1 PLL used for 24MHz operation. 

*2 85-pin package available for M16C/28 flash version only. 

M16C/28 M16C/28B 

Mask Flash 










ROM (KB) 

: Under Development

• Small foot print (7mm square, 48pins) and high-speed 

operation (20MHz@5V). 

• Instructions and peripheral functions are compatible with 

M16C/62P for easy program portability. 

• 3-phase motor control timer, enabling motor control in 

compact products. 

• Data flash area can be used in place of external EEPROM. 

• Higher frequency version (24MHz@5V) under development 

(M16C/26B). 

• 

• 

Small foot print and high-speed operation (20MHz@5V) 

Instructions and peripheral functions are compatible with 


3-phase motor control timer, enabling motor control in 


• Support for max. 2 I2C-bus channels using multimaster I2C-bus • Data flash area can be used in place of external EEPROM. 

• Higher frequency version (24MHz@5V) under development 

(M16C/28B). 

• Small package (7mmX7mm: 85pins) available for flash 

versions only (except 128KB products). 

• 

• 

• 

• 

M16C/26A Group Features 

M16C/28 Group Features 


Adds CAN 2.0B to M16C/28. Compatible with 

M16C/28. 

Small mounting area and high-speed operation (20MHz@5V) 

Instructions and peripheral functions are compatible with 


Retains 3-phase motor control timer, enabling motor control in 


Input-capture and output-compare functions for more flexible 

signal control 

• Support for max. 2 I2C-bus channels using multimaster I2C-bus • Data flash area can be used in place of external EEPROM. 

M16C/26A Block Diagram 


CPU Core 

20MHz/ 

24MHz* 

Multiplier 



CPU Core 

20MHz/ 

24MHz* 

Multiplier 

Interrupt 

RAM Max. 12KB 

ROM Max. 128KB 

MASK/Flash 

With Protect 




CPU Core 

20MHz 

Multiplier 

Interrupt 

RAM Max. 12KB 


MASK/Flash 

With Protect 

On-Chip Osc 

RTC 32kHz 

WDT 

* M16C/26B uses PLL for 24MHz operation. 

PLL 

On-Chip Osc 

RTC 32kHz 

WDT 

CRC 


IC/OC 8ch 

LVD 

DMAC 

* M16C/28B uses PLL for 24MHz operation. 

PLL 

On-Chip Osc 

RTC 32kHz 

WDT 

CRC 


IC/OC 8ch 

LVD 

DMAC 

TimerA 5ch 

TimerB 3ch 

Interrupt CRC ROM Correction 

RAM Max. 2KB 

ROM Max. 64KB 

MASK/Flash 

With Protect 

PLL 


Three-phase 

Motor Control 

SIO/UART 

3ch(I 2 C/IE-bus) 

DMAC LVD 

TimerA 5ch 

TimerB 3ch 

Three-phase 

Motor Control 


SIO/UART 


SIO Max. 2ch 

Multimaser I 2 C 

TimerA 5ch 

TimerB 3ch 

Three-phase 

Motor Control 


SIO/UART 


SIO Max. 2ch 

Multimaser I 2 C 

CAN 2.0B 1ch 


26

27 

RAM (KB) 

31 

24 

20 

16 

12 

10 

5 

4 

3 



M16C/62 Roadmap 

Higher 

Speed 

• 

• 

• 


24MHz@3.0-5.5V 

10MHz@2.7-5.5V 


16MHz@3.0-3.6V 

10MHz@2.2-3.6V 


10MHz@2.7-3.6V 

7MHz@2.2-3.6V 


16MHz@4.2-5.5V 

10MHz@2.7-5.5V 

ROM-less 

3K,10K 

128KB 

10KB 

64KB 

8KB 

M16C/62P Group Features 

ROM-less 

4K,10K,20K,31K 

128KB 

10KB 

256KB 

20KB 

256KB 

20KB 

256KB 

20KB 

64KB+4K 

4KB 

128KB 

10KB 

Retains the features of the M16C/62A(M/N). 

Wide range of memory options (ROM/RAM: ROM less/4KB to 

512KB/31KB) 

High-speed operation (24MHz, 1.5 times as fast as 

M16C/62A(N)) 

Supports 3V and 5V peripheral power supplies, allowing 

direct connection to 3V memory and 5V devices. 

• SIO (3 channels) supports a subset of the IEBus and I2C-bus standards, allowing connection of a large number of devices. 

• Insertion of from 0 to 3 wait states can be selected, allowing 

connection of slower devices. 

• Enhanced watchdog timer, oscillation stop detection circuit, 

and new reset circuit on-chip 

Memory Lineup 


ROM-less 

128KB 

10KB 

256KB 

20KB 

M16C/62P Block Diagram 


CPU Core 

24MHz 

Multiplier 

512KB+4K 

31KB 

PLL 

On-Chip Osc 

RTC 32kHz 

WDT 


8bit D/A 2ch 

TimerA 5ch 

TimerB 6ch 

Three-phase 

Motor Control 

Interrupt CRC 


RAM Max. 31KB 


MASK/Flash 

With Protect 

256KB 

20KB 

SIO/UART 


SIO 2ch 

DMAC LVD 

48 64 96 128 192 256 320 384 512 ROM (KB) 

80pin 

32KB 

3KB 

100pin 

80pin 

80pin 

256KB 

20KB 

100pin 

48KB 

4KB 

100pin 

80pin 

100pin 

512KB 

31KB 

128pin 

ROM-less 

Flash 

Mask 







: Flash 128-pin version

RAM (KB) 

31 

20 

16 

10 

5 



Enhanced 

Communication 

• 

• 

• 

M16C/6N Roadmap 

M16C/6N4,5 

CAN X 2ch or 1ch 

20MHz@4.2-5.5V 

M16C/6NK Group Features 

128 192 

M16C/6NK,L,M,N 

CAN X 2ch or 1ch 

20MHz@4.2-5.5V 

128KB+4KB 

5KB 

256 

384KB+4KB 

31KB 

256KB+4KB 

10KB 

Retains the features of the M16C/62P (CPU core, low power 

consumption, EMI characteristics, peripheral functions) and adds 

CAN (2.0B) support. 

M16C/6NK, M16C/6NM: CAN 2.0B 2 channels, 

M16C/6NL, M16C/6NN: CAN 2.0B 1 channel 

Additional communication functions (CAN, serial interface: 

5 channels (M16C/6NK, M16C/6NL)/ 

7 channels (M16C/6NM, M16C/6NN) 

Improved failsafe functions such as enhanced watchdog timer 

and oscillation stop detection circuit, additional external interrupts 

(9 channels: M16C/6NM, M16C/6NN) 

Memory Lineup 


M16C/6NK Block Diagram 


CPU Core 

24MHz 

Multiplier 

PLL 

On-Chip Osc 

RTC 32kHz 

WDT 


8bit D/A 2ch 

TimerA 5ch 

TimerB 6ch 

Three-phase 

Motor Control 

Interrupt CRC 


RAM Max. 31KB 


MASK/Flash 

With Protect 

384 

512KB+4KB 

31KB 

128KB 

5KB 

512 

256KB 

10KB 

192KB 

10KB 

100pin 

SIO/UART 


SIO Max. 4ch 

DMAC CAN2.0B Max. 2ch 

ROM (KB) 

100pin 

256KB 

20KB 

128pin 

Flash 

Mask 






28

29 

RAM (KB) 

Optimized 

Memory 

Size and 

Peripheral 

Functions 

6 

5 

Mask Version in 

Mass Production 


16MHz@3.0-5.5V 

10MHz@2.7-5.5V 

96 

ROM-less 

6KB 

128 

96KB 

5KB 

96KB+4K 

5KB 

96KB 

5KB 

TimerA 3ch 

TimerB 3ch 

Interrupt CRC 


RAM Max. 6KB 10bit A/D 18ch SIO/UART 3ch 


MASK 

With Protect 

160 

128KB 

5KB 

128KB+4K 

5KB 

128KB 

5KB 

160KB 

6KB 

160KB 

6KB 

DMAC 

192 

192KB 

6KB 

192KB+4K 

6KB 

192KB 

6KB 

ROM (KB) 

100pin 

ROM-less 

Flash 

One Time Flash 

One-time flash: Products with on-chip flash memory that can be programmed only once. : New Product : Under Development 

• 

• 

• 

• 


M16C/30P Group 

M16C/30P Group Roadmap 


Compatible with M16C/62P while achieving lower cost 


through reduced functions and ROM/RAM capacity. 

Operating frequency of 16MHz (3V to 5V) 

Reduced peripheral functions (timer: 6 channels, SIO: 3 channels, M16C/60 

A/D; 18 channels), limited to most commonly used functions. 

CPU Core 

Package: 100-pin package only. 

16MHz 

RTC 32kHz 

Support for single-chip, memory expansion, and microprocessor 

modes 

Multiplier 

WDT 

Flash and one-time flash versions under development. 

Compatible with development support tools for the M16C/62P. 

Memory Lineup 


ROM-less 

: New Product 

Mask 


: One Time Flash 100-pin version 



: Mask 100-pin version

• 

• 

• 

• 

Memory Line up 

RAM (KB) 

6 

5 


M16C/39P Group 

M16C/39P Group Roadmap 


16MHz@3.0-5.5V 

10MHz@2.7-5.5V 


128 

192KB 

6KB 

SiP combining M16C/30P general MCU and VFD 

controller/driver 

Retains features of the M16C/62P while slimming down 

ROM/RAM and peripheral functions. 

34 user-configurable high-voltage ports (setting support for 2 to 

16 digits) 

Dimmer function, variable frame cycle 

SiP: Solution Integrated Product 

Memory Lineup 

(Development Use Only) 

128KB 

5KB 


192 


CPU Core 

16MHz 

SIO 3ch* 1 

(I 2 C/IE-bus) 

10bit A/D 

ROM 

Mask 

RAM 

16bit 

Multiplier 

TimerA 

TimerB 

CRC 

DMAC 

Clock Generator 

WDT 

(Development Use Only) 

192KB 

6KB 

ROM (KB) 

VFD 

Controller 

Driver 

*1. One of the three SIO channels is used for VFD control. Therefore, 

two SIO channels are available to the user. 

Flash 

Mask 




30

31 

• 

• 

• 

• 

• 

• 


ASSP 

M16C/6V, M16C/6H Roadmap 

M16C/6V Group 

On-Chip OSD 

M306V7 

ROM 256K-512K 

OSD clock 40MHz 

CC/ID1 data slicer x2 

M306H3 

ROM128K 

Data slicer 

M16C/6V Group Features 

M306V8 

Flash ROM 512K 


CC/ID1 data slicer x2 

M306H5 

ROM128-256K 

Data slicer 

On-chip OSD or data slicer for control of closed 

caption function or TV with ID1 function 

Memory options from 256Kbytes to 512Kbytes 

OSD supports display of 636 to 890 characters: 

32 charactersX16 lines or 40 charactersX16 

lines. 

Retains the features of the M16C/62P (low power 

consumption, EMI/EMS characteristics, peripheral 

functions). 

M16C/6H Group Features 

MCU with on-chip multi-slicer with 

worldwide compatibility and designed for 

DVD/HDD recorders. 

Support for TELETEXT, PDC, VPS, EPG-J, XDS, 

WSS, VideoID, etc. 

Retains the features of the M16C/62P (low power 

consumption, EMI/EMS characteristics, peripheral 

functions). 

M306H7 

ROM128-256K 

Data slicer 

M306Vx 

TELETEXT(support level2.5) 


2004 2005 2006 

M16C/6V7 Block Diagram 


CPU Core 

16MHz 


Interrupt 


Flash/Mask 

W/Protect 

RAM 

TimerA 5ch 

TimerB 6ch 

PWM 

DMAC 

PLL 

Real Time Clock 

M16C/6H7 Block Diagram 


CPU Core 

16MHz 


Interrupt 


Flash/Mask 

W/Protect 

RAM 

TimerA 5ch 

TimerB 6ch 

PWM 

DMAC 

PLL 

Real Time Clock 

M16C/6H Group 

On-Chip Data Slicer 

: Under Development : In Planning 

[Year] 

SIO/UART 2ch 

WDT 

OSD function 

32char X 16 

42char X 16 

CRC HSYC Counter 

8bit D/A 2ch 

8bit D/A 6ch 


Power On Reset 

SIO/UART 3ch 

SIO 2ch 

WDT 

CRC 

10bit A/D 8ch 



IR I/O 

Multimaster I 2 C 2ch 

OSD Clock 

Slicer 

CRC Calculator 

Circuit for EPG-J 

Ghost Cancellation Circuit 

Sync Signal 

Low-Voltage RTC 

Slicer RAM 

Multimaster I 2 C

• 

• 

• 

• 

• 

• 

M16C/6S Group Features 

MCU with on-chip power line modem developed by 

Yitran (IT800) for power line communication 

Uses frequency band from 100kHz to 400kHz for power line 

communication, enabling a data transfer rate of 7.5kbps. 

Retains the features of the M16C/62P (low power consumption, 

EMI/EMS characteristics, peripheral functions). 


On-chip USB controller with full-speed support 

USB pull-up power supply circuit, USB clock generator circuit, 

many USB control functions 

Audio interface function implemented through addition of multi-bit 

serial I/O, memory card interface enhanced by strengthened 

CRC calculation function. 

Retains the features of the M16C/62P (low power consumption, 


M16C/6S Block Diagram 


CPU Core 

15.36MHz 


Interrupt 

ROM 

Flash 96KB 

W/Protect 

RAM 

TimerA 5ch 

PWM 

DMAC 

SIO/UART 2ch (I 2 C) 

UART 1ch I 2 C 

SIO 1ch 

WDT 

CRC 



CPU Core 

16MHz 


Interrupt 


Flash/Mask 

W/Protect 

RAM 

TimerA 5ch 

PWM 

DMAC 

SIO/UART 2ch (I 2 C) 

Multifunction 2-Channel UART 

WDT 

CRC 




Power Line Communication 


USB 2.0 Compliance 

USB Pull-Up Power 

Supply Output Pin 


32

33 


R8C/Tiny Siries 

R8C/Tiny Series Roadmap 

Pin 

Count 

32pin 

32pin 

20pin 

20pin 

20pin 

80pin 

64pin 

52pin 

48pin 

48pin 

New Product 

New Product 

New Product 

New Product 

Under 

Development 

New Product 

New Product 

R8C/27 ★ 


8KB+2KB 

512B 

8KB 

512B 

R8C/12, R8C/13 


R8C/29 ★★ 


R8C/2D ★ 

R8C/2C ★ 

R8C/2B ★ 

R8C/2A ★ 







8KB+2KB 

512B 

8KB 

512B 

R8C/19, R8C/1B 

R8C/18, R8C/1A 



48KB+2KB 

2.5KB 

48KB 

2.5KB 

48KB+2KB 

2.5KB 

48KB 

2.5KB 

16KB+2KB 

512B 

16KB 

1KB 

32KB+2KB 

2KB 

32KB 

2KB 

32KB+2KB 

2KB 

32KB 

2KB 

8KB+2KB 

512B 

8KB 

512B 

16KB+2KB 

1KB 

16KB 

1KB 

8KB+4KB 

512B 

8KB 

512B 

16KB+2KB 

1KB 

16KB 

1KB 

4KB+4KB 

512B 

4KB 

384B 

64KB+2KB 

3KB 

64KB 

3KB 

64KB+2KB 

3KB 

64KB 

3KB 

32KB+2KB 

2KB 

32KB 

2KB 

48KB+2KB 

2.5KB 

48KB 

2.5KB 

48KB+2KB 

2.5KB 

48KB 

2.5KB 

12KB+2KB 

768B 

12KB 

768B 

24KB+2KB 

1.5KB 

24KB 

1.5KB 

12KB+4KB 

768B 

12KB 

768B 

8KB+4KB 

512B 

8KB 

512B 

48KB+2KB 

2.5KB 

48KB 

2.5KB 

64KB+2KB 

3KB 

64KB 

3KB 

64KB+2KB 

3KB 

64KB 

3KB 

16KB+2KB 

1KB 

16KB 

1KB 

32KB+2KB 

1.5KB 

32KB 

1.5KB 

16KB+4KB 

1KB 

16KB 

1KB 

12KB+4KB 

768B 

12KB 

768B 

: New Product 

64KB+2KB 

3KB 

64KB 

3KB 

96KB+2KB 

5KB 

96KB 

5KB 

16KB+4KB 

1KB 

16KB 

1KB 

128KB+2KB 

6KB 

128KB 

6KB 

CAN Functionality 

Flash 

Automotive Support 

: Under Development : In Planning

• 

• 

R8C/18-1B Group Features 

High-precision, on-chip oscillator (8MHz) 

• On-chip multimaster I2C-bus On-chip clock-synchronous serial I/O (SSU) with chip select 

• Data flash area can be used in place of external E2PROM. R8C/19 Group, R8C/1B Group 

• On-chip switchable sink or source-type large-current drive ports. 

• On-chip power-on reset function and voltage detection function 

eliminate need for separate reset IC. 

• 

• 

R8C/20-23 Group Features 

R8C/Tiny Series for automotive applications 

CAN 2.0B added. Upward compatible with R8C/22 Group, 

R8C/23 Group, R8C/20 Group, and R8C/21 Group. 

Support for high-temperature operation 

J version: -40 to 85°C 

K version: -40 to 125°C 

• Support for high-speed operation 

J version: VCC = 2.7 to 3.0V (f(XIN) =10MHz) 

J version: VCC = 3.0 to 5.5V (f(XIN) = 20MHz) 

K version: VCC = 2.7 to 3.0V (f(XIN) = 10MHz) 

K version: VCC = 3.0 to 5.5V (f(XIN) = 16MHz) 

• High-precision, high-speed on-chip oscillator (40MHz) 

• Data flash area can be used in place of external E2PROM. (R8C/21 Group, R8C/23 Group) 



• 


Support for low-voltage operation 

VCC = 2.2 to 2.7V (f(XIN) = 5MHz) 




• On-chip subclock oscillator circuit (32.768kHz) 

• On-chip timer RD for motor control 

• On-chip multimaster I2C-bus • On-chip clock-synchronous serial I/O (SSU) with chip select 

• Data flash area can be used in place of external E2PROM. (R8C/25 Group) 



• On-chip switchable sink- or source-type 

large-current drive ports. 

R8C/18-1B Block Diagram 


CPU Core 

Max. 20MHz 

Multiplier 

Interrupt 

Flash 

Data Flash 2KB 

RAM 

POR/LVD 

LED Drive Port 

R8C/20-23 Block Diagram 


CPU Core 

Max. 20MHz 

Multiplier 

Interrupt 

Flash 


RAM 

POR/LVD 

Low-Speed 

On-Chip Osc 

High-Speed 

On-Chip Osc 

Main-Clock 

Max. 20MHz 


Detection 

WDT 

A/D Converter 

Low-Speed 

On-Chip Osc 

High-Speed 

On-Chip Osc 

Main-Clock 

Max. 20MHz 


Detection 

WDT 

A/D Converter 

CAN 

(R8C/22 and R8C/23 Only) 



CPU Core 

Max. 20MHz 

Multiplier 

Interrupt 

Flash 


RAM 

POR/LVD 


Low-Speed 

On-Chip Osc 

High-Speed 

On-Chip Osc 

Main-Clock 

Max. 20MHz 

Sub-Clock 

32kHz 


Detection 

WDT 

A/D Converter 

Timer X 

Timer Y 

Timer C 

SIO/UART 2ch 

SSU 

/Multi-master I 2 C 

Hardware LIN 

Timer RA 

Timer RB 

Timer RD 

Timer RE 

SIO/UART 2ch 

SSU 


Hardware LIN 

Timer RA 

Timer RB 

Timer RD 

Timer RE 

(RTC) 

SIO/UART 2ch 

SSU 


Hardware LIN 


34

35 

• 


R8C/Tiny Series 



VCC = 2.2 to 2.7 V(f(XIN) = 5MHz) (N and D versions) 


VCC = 3.0 to 5.5V (f(XIN) = 16MHz) (K version) 

VCC = 3.0 to 5.5V (f(XIN) = 20MHz) (other than K version) 



(N and D versions) 


• Data flash area can be used in place of external E2PROM. (R8C/27 Group, R8C/29 Group) 



• On-chip switchable sink- or source-type large-current drive ports. 

(N and D versions) 

• 

R8C/2A-2D Group Features 


VCC = 2.2 to 2.7 V(f(XIN) = 5MHz) 





• On-chip D/A converter 

• Additional 16-bit timer channel (timer RF) 

• Support for motor control by on-chip timer RD 


• Data flash area can be used in place of external E2PROM. 

(R8C/2B Group, R8C/2D Group) 



• On-chip switchable sink- or source-type 

large-current drive ports. 



CPU Core 

Max. 20MHz 

Multiplier 

Interrupt 

Flash 


RAM 

POR/LVD 


R8C/2A-2D Block Diagram 


CPU Core 

Max. 20MHz 

Multiplier 

Interrupt 

Flash 

Data Flash 2KB WDT 

Timer RF 

RAM 

POR/LVD 


Low-Speed 

On-Chip Osc 

High-Speed 

On-Chip Osc 

Main-Clock 

Max. 20MHz 

Sub-Clock 

32kHz 


Detection 

WDT 

A/D Converter 

Low-Speed 

On-Chip Osc 

High-Speed 

On-Chip Osc 

Main-Clock 

Max. 20MHz 

Sub-Clock 

32kHz 


Detection 

A/D Converter 

D/A Converter 

Timer RA 

Timer RB 

Timer RC 

Timer RE 

(RTC) 

SIO/UART 2ch 

SSU 


Hardware LIN 

Timer RA 

Timer RB 

Timer RC 

Timer RD 

Timer RE 

(RTC) 

SIO/UART 2ch 

SSU 


Hardware LIN 

IEBus is a registered trademark of NEC Electronics Corporation.

• 

• 

• 

• 

• 


On-Chip CAN 

On-Chip CAN Lineup 

R8C/22, 23 Group Features 

Power supply voltage: 3.0 to 5.5 V/Max. 20MHz, 2.7 to 

5.5V/Max. 10MHz 

ROM/RAM capacity: 32KB/2KB, 48KB/2.5KB, 64KB/3KB 

- Data flash 1KBX 2 blocks (R8C/23 only) 

Clock generator circuits: 2 on-chip circuits 

- XIN-XOUT main clock (on-chip oscillation stop detection circuit) 

- High-speed (40MHz)/low-speed on-chip oscillators 

Voltage detection circuits (LVD): 2 circuits 

Power-on reset (POR) 

Multifunction timers 

8-bit timer: 3 channels (timer RA, timer RB, timer RE) 

16-bit timer: 2 channels (timer RD) 

Serial I/O 

Clock-synchronous/UART: 1 channel, UART: 1 channel 

I2C-bus/SSU: 1 channel 

H/W-LIN (uses UART and timer RA) 

CAN: 16 message boxes: 1 channel 

A/D converter: 10-bitX12 channels 

• Ports 

• 

• 

• 

• 

• 

Higher Speed, 

Enhanced Functions 

Slimmed-Down Functions, 

Lower Pin Count 






- Pull-up resistor: Settable for all ports (excluding dedicated input 

ports) 

Watchdog timer: 1 channel (supports hardware resets) 

Package: 48-pin LQFP (7mmX7mm, 0.5mm pitch) 


High-speed operation and large-capacity on-chip memory 

- M32C/80 core, 32MHz@5V operation 

- On-chip 1MB flash and 48KB RAM is tops in the M16C Family. 

Abundant on-chip peripheral functions 

- Abundant on-chip peripheral functions such as CAN, serial, 

and IrDA 

• M32C/87: CAN 2 channels 

• M32C/87A: CAN 1 channel 

• M32C/87B: CAN not implemented 

- On-chip intelligent I/O 

Implementation of functions such as PWM output and SIO 

communication based on 16-bit timer. 

Support for easier to use functions 

- Supports 3V and 5V peripheral power function, allowing direct 

connection to 3V memory and 5V devices. 

Backward compatibility 

- Pin compatible and peripheral function compatible with products 

such as the M16C/62P, while retaining features including low 

noise, low power consumption, and high ROM efficiency. 


CANX2 M32C/87 

CANX0,1,2 


CANX1 

M16C/6N4 

CANX2 


CANX1 

R8C/22,23 

CANX1 


CANX1 

M16C/6N5 

CANX1 


CANX1 



CPU Core 

32MHz 

Multiplier 

Interrupt 

DMAC 

DMAC-II 

RAM Max. 48KB 

ROM Max. 1MB 

Flash / Mask 

With Protect 


CANX1 

M16C/6NK,6NM 

CANX2 

: New Product 



CPU Core 

Max. 20MHz 

Multiplier 

Interrupt 

Flash 


RAM 

POR/LVD 

Low-Speed 

On-Chip Osc 

High-Speed 

On-Chip Osc 

Main-Clock 

Max. 20MHz 


Detection 

WDT 

A/D Converter 

CAN 

(16 Message Boxes) 

PLL TimerA 5ch 

On-Chip Osc. TimerB 6ch 

RTC 32kHz 

WDT 

Three-phase 

Motor Cont. 

CRC CAN Max. 2ch 

10bit A/D ROM Correction 

8bit D/A 2ch SIO 7ch 

LVD 


CANX3 


CANX2 

M16C/6NL,6NN 

CANX1 


Timer RA 

Timer RB 

Timer RD 

Timer RE 

SIO/UART 2ch 

SSU 


Hardware LIN 

IrDA 1ch 


Input Cap 8ch. Output Comp.16ch 

Communication Func. (H/W IEBus) 


36

37 

• 

• 

• 

• 

• 


ROM-Less Versions 

R8C/26-29 M16C ROM-less Group Versions Features 


16MHz@3.0-5.5V 

10MHz@2.7-5.5V 


24MHz@3.0-5.5V 

10MHz@2.7-5.5V 

ROM-less 

6KB 

100pin 

M16C ROM-less Product Features 


Higher Speed 


32MHz@5.0V 

ROM-less 

4KB 

ROM-less 

10KB 

DMA-II/DTC 

RAM 


32MHz@5.0V 

ROM-less 

8KB 

100pin 

ROM-less 

20KB 

External ROM products ranging from M16C core to M32C core M32C/80 Block Diagram 

Support for function (separate bus) facilitating connection of 

external memory if large memory capacity is required and function 

PLL 

(multiplex bus) to reduce the number of pins used 

Products are available with enhanced bus interfaces supporting 

a variety of timing requirements. 

Support for simultaneous connection of two voltages, 3.3V for 

memory interface and 5V for peripheral functions 

Retains the features of the M16C Family (low power consumption, 


In addition to a full emulator, a compact emulator is under 

development. 


CPU Core 

32MHz 

Multiplier 

Interrupt 

DMAC 

WDT 

CRC 

0.5mm pitch, 144pins 

20mmX20mm 


14mmX20mm 

On-Chip Osc 

RTC 32kHz 

10bit A/D 

8bit D/A 2ch 

Group M16C/30P M16C/62P M16C/80 M32C/80 M32C/84 

RAM Capacity 

6KB 

4KB 

10KB 

20KB 

31KB 

10KB 

24KB 

8KB 10KB 

LVD 

100pin 

ROM-less 

10KB 

ROM-less 

31KB 

TimerA 5ch 

TimerB 6ch 

Three-phase 

Motor Cont. 


SIO 5ch 

Boot Loader 

144pin 

100pin 

ROM-less 

: New Product 

: New Product 


14mmX14mm

Middleware Products from 


Page 56 

Development Tools 

In partnership with leading vendors, Renesas offers an array of development environments to customers for use in the development of their 

products. In addition, a wide selection of middleware, starter kits, and evaluation boards are available that can help reduce the time and 

expense of development. Renesas provides total support for the product development efforts of its customers. 

Middleware 

Providing backup for the creation of 

market-leading products. 

Middleware Products from 

Renesas Page 57 

Real-Time OS Products from 

Renesas Partners Page 55 

High-speed and compact 

embedded OS. 

OS 

(Operating Systems) 

Board and Hardware Design 

Aids from Renesas Partners 

M3T-MR308/4 and M3T-MR30/4 

Real-Time OS Page 39 

Evaluation Tools 

Demo Sets 

Page 58 

Easily experience the superior performance 

and many functions of M16C MCUs. 

Platforms 

Integrated Development 

Environment 

High-performance 

Embedded Workshop 

M3A-0806 Flash 

Development Toolkit 

Page 43 

M3A-0806 Flash 

Programmer 

Page 45 

Support for a wide range of 

F-ZTAT TM MCUs. 

Programmers 

Compilers from Renesas 

Partners Page 55 

C Compiler Packages 

Page 39 

Programmers from Renesas Partners 

Page 56 

Generate compact and 

high-performance code. 

Programming Languages 


Environments/CASE 

Powerful and complete support for 

developing embedded systems. 

Integrated Development Environment 

(High-performance Embedded Workshop) 

Page 39 


Environments from 


Page 55 

PC7501 Emulator Page 41 

Compact Emulator Page 42 

E8 Emulator Page 43 

PC4701U Emulator Page 44 

A wide selection of emulators for 

a variety of applications. 

Emulators 

Emulators from 


Page 55 

Renesas Starter Kit for Initial Development See page 45 for details. 

User-Friendly Development Tools For Use With Renesas MCUs 

Programming Language 

C Compiler 

Free Evaluation 

Version 

Integrated 

Development 

Environment 



Platform Emulator 

CPU Board 

E8 

Programmer 

Flash 

Development 

Toolkit 

Free Evaluation Version 

CD-ROM Containing 

Starter Kit Software Tools 

and Quick Start Guide 

E8 On-Chip 

Debugging Emulator CPU Board 

All in One Package 

38

39 

Integrated Development Environment Providing Powerful and 

Complete Support for Developing Embedded Systems 

The integrated development environment brings together the tools needed for developing applications, including a compiler and 

debugger (emulator software). All steps can be performed on a single host system, including design, coding, evaluation, and verification. 

High-performance Embedded Workshop Integrated Development Environment 

• Integrated and centralized control over all tools, from the 

editor to the debugger 

• Automated execution of compiling, assembling, and linking 

• Per-project management of source files 

• Easy-to-use GUI based on Microsoft Windows 

• Project management in a networked environment 

• Testing support functions (See page 42 for details.) 

• Macro generator support function for recording and 

replaying build and debug operations 

• Supports storing and comparing test image files 

containing the contents of test result windows generated 

by macros, etc. 

• Auto-update function 

• Automatically detects upgrades to software tools via the 

Internet and immediately downloads and installs them. 

• Document update function 

• Automatically searches for and downloads of the latest 

documents related to the MCU used in the project. 

• Flexible extended functions to match the usage 

environment 

• Build a custom GUI environment using TCL/TK 

version 8.4.1. 

• Target server function (COM) supports control of 

High-Performance Embedded Workshop by an external 

program. 

• Works with products from Renesas partner companies 

• Works in conjunction with CASE* tools. 

• Works in conjunction with version control tools. 

* CASE: Computer Aided Software Engineering 

C Compiler Package 

C Compiler 

• Conforms to ANSI* world standard 

• Optimization functions for extracting top performance from the MCU 

• Many #pragma extended functions 

• Support for use of near/far designations with variables 

• Function for calculating stack size to be used 

* ANSI: American National Standards Institute 

Real-time OS 

• Common User Interface 

(Framework) 

• Project Manager 

• Builder 

• Editor 

Support Tools 

(Software) 

Support Tools 

(Hardware) 

Target System 

CPU Boards 

Simulator/Debugger 

A simulated target system can be created in the GUI input/output 

window, making it possible to perform simple system debugging even 

if no target system exists. 

• Target-less debugging of individual software modules 

• Drag-and-drop support 

• C language/assembly language source-level debugging 

• Support for source file editing 

• Trace function 

• RAM monitor function 

• Virtual port I/O and virtual interrupts 

• GUI implementation of target I/O functions 

Package Lineup 

• M3T-NC308WA C compiler package for M32C/80 and M16C/80 Series 

• M3T-NC30WA C compiler package for M16C/60, M16C/30, M16C/20, 

M16C/10, M16C/Tiny, and R8C/Tiny Series 

* All compiler product packages include a simulator/debugger. 

* Order numbers (product numbers starting with R) for software products are listed 

under "Tools" on pages 47 to 54. 

Provides easy control of large-scale and complex applications in real time. 

Reduces program development time and improves reusability and 

maintainability. 

• Conforms to µITRON4.0 standard.* 

• Compact size suitable for ROM programming. 

• Context selection function allows reduction of amount of RAM used. 

• Support for high-speed interrupts 

• Simple initialization settings for application programs used with 

M3T-MR308/4 or M3T-MR30/4 

• Configurator provided. 

• Wide array of operating system debugging functions when combined with 

a debugger from Renesas 

Evaluation 

Debugging 

Emulator/ 

Debugger Simulator 

Emulator 

CASE Tools, Etc. 

Products from 


Application 

Programs 

Code Editing 

Compiling 

Linking 

Common Front End (Framework) 

Middleware 

Real-time OS 

User System Evaluation Board T-Engine Board 

C/C++ Compiler/ 

Linker 

MISRA C 

Checker 

• Latest Software Tools 

• Latest Documents 

• Support Information 

(FAQs, Tool News, Etc.) 

Internet 

Download/ 

View 

Renesas Integrated 

Development Environment 



Editor 

Documents 

Integrated Conceptual Image of High-performance Embedded Workshop 

SQMlint MISRA C Rule Checker 

• Installs as an addition to a Renesas compiler. 

• Enables automatic checking of program code based on MISRA C rules 

during compiling. 

• Guidelines for correcting compiling errors make it easy to make 

corrections to program code. 

• Automatic checking dramatically reduces the time required for 

reviewing source code and improves development efficiency. 

• Effective for improving the quality of many types of embedded systems, 

not just systems for the automotive field. 

• Support for MISRA-C:2004 (Planned for March 2007.) 

* Note: Prepared by the nonprofit organization MISRA, MISRA C is a set of C 

language usage guidelines for software intended for automotive applications. 

It specifies 127 rules for C language code. 

Package Lineup 

• M3T-MR308/4 real-time operating system for M32C/80 and M16C/80 

Series 

• M3T-MR30/4 real-time operating system for M16C/60, M16C/30, 

M16C/20, M16C/10, and M16C/Tiny Series 

* Copyright for the µITRON specification belongs to the TRON Association. TRON, 

ITRON, and µITRON refer to computer specifications and not to specific products 

or groups of products. 

* See "Tools" on pages 47 to 54 for details of the operating environments for different MCU series. 

* MISRA: Motor Industry Software Reliability Association. "MISRA" is a registered trademark of MIRA Ltd., held on behalf of the MISRA Consortium.

Emulators (Packaged with High-performance Embedded Workshop Integrated Development Environment) 

Functions 

High-performance Embedded High 

Workshop Debugger 

Performance 

Full-Scale 

Development 

• Common debugger interface with 

emulator 

• Simple and direct GUI 

• Easy drag-and-drop operations 

Low Price 

E8 Emulator Page 43 

On-Chip Debugging Emulator 

• Can also be used as a flash programming tool. 

• Powered by USB bus; no external power supply required. 

Monitor Debugger* 

• Can be embedded in user 

programs for on-board monitoring. 

• Available on the Web as a free download. 

Evaluation/Medium- or 

Small-Scale Development 

Starter Kit Page 45 

High 

Performance 

PC7501 Emulator Page 41 

Full-Spec Emulator 

• Support for MCUs operating at over 20MHz 

• Many debugging functions, including real-time 

trace and RTOS support 

• Online upgrades 

PC4701U Emulator Page 44 

Full-Spec Emulator 

• Support for MCUs with operating 

frequencies up to 20MHz 

Compact Emulators Page 42 

• In-circuit emulators combining solid functionality, low price, 

and compact size 

• All-in-one packages including all software required for development 

• Support for full-scale development with many functions such as 

real-time trace 

• Frees up emulation resources, allowing full emulation. 

• Support for main MCU products in the M16C Family 

• Product list: 

- CPU board 

- E8 Emulator 

- C Compiler (free evaluation version), etc. 

Application 

Initial Implementation/ 

Small-Scale Development 

* System in which a monitor program (control program for debugging) is written to the MCU and debugging is performed. 

Note: See "Tools" on pages 47 to 54 for listings of the products composing each emulator system. 

Medium- or Large-Scale 

Development 

40

41 

PC7501 Emulator 

Web 

Advanced Functionality Full-Featured Emulator for M16C Family MCUs 

http://www.renesas.com/pc7501 

The PC7501 is a full-featured emulator that supports M16C Family MCUs with operating frequencies exceeding 20MHz. 

Through measures such as switching emulation probes, it allows the user to build an emulation system compatible with 

today's MCUs and the new MCUs of tomorrow. 

• Full-bus-trace emulator for M16C Family MCUs operating 

at 66MHz 

• Compact design with functions packed into the case of a 

conventional system emulation pod 

• Further extends the many debugging functions of the 

PC4701U. 

• Flexible support for new MCU products by changing the 

firmware 

• Support for USB, LPT parallel, and LAN communication 

interfaces 

• The MCU is positioned on the probe block directly above 

the user target for enhanced electrical equivalency. 

• AC adapter complying with safety standards supplied. 

• Support for power supply voltages of 100 to 240V, 50/60Hz 

PC7501 Emulator Unit Emulation Probe 

• Complies with international standards 

(FCC standards, CE marking) 

Product Composition 

• Emulator unit 

• Software CD-ROM (emulator/debugger, etc.) 

• Power, parallel, and USB cables 

• Emulation probe connector cable 

User's manual 

• 

Main Specifications 

• M32C/80 Series 

• M16C/60 Series 

Supported MCUs • M16C/30 Series • M16C/Tiny Series • R8C/Tiny Series 

See the following URL for details. 

http://www.renesas.com/pc7501 

Real-time trace 

Max. operating frequency 

Supported MCU modes 

66.7MHz (depending on product) 

Single-chip mode, memory expansion mode, microprocessor mode 

Real-time RAM monitor 

Emulation memory 

Supported power supply voltage 

Power supply to MCU 

4MB standard (depends on MCU specifications) 

2.2-5.5V (depending on product) 

From DC power supply of PC7501 

Execution time 

measurement 

Software breaks 64 points 

C0 coverage 

Hardware breaks 

8 points (execution address, bus detect, interrupt, 

external trigger signal) 

External trigger inputs/event outputs 

PC interface 

Hardware break • AND, OR, simultaneous AND, state transition Overseas standards 

combinations • Bus count: 255 times 

Exception event detection Access protect 

• 

• 

• 

• 

• 

• 

• 

• 

Runs on top of High-performance Embedded Workshop under Microsoft Windows. 

Simple and direct GUI 

Easy drag-and-drop operations 

Many basic debugging functions, including C language/assembly language sourcelevel 

debugging 

Real-time RAM monitoring 

High-level debugging functions such as real-time trace, C0 coverage, and duration 

measurement 

Online help in HTML format 

The latest version of High-performance Embedded Workshop is available for 

download on the Renesas Web site: http://www.renesas.com/hew_download. 

• 256K cycles 

• Trace content: Address, data, MCU status, external 

trigger, timestamp 

• Trace modes: 5 (break, before, about, after, full) 

• Writing can be turned on or off for specific events. 

• 4,096bytes (256bytes 16 blocks) 

• Data, end address attributes (read, write, non-access) 

• Execution time from program start to end 

• Maximum, minimum, and average execution time 

and traversal count for 4 specified segments 

• Count clock: MCU clock or 16MHz 

8,192Kbytes (256Kbytes 32 blocks) 

External trigger inputs 8 or event outputs (break 1, event 7) 

LPT parallel, USB, LAN (10BASE-T) 

Compliant 

Debugging Functions of High-performance Embedded Workshop 

Easy-to-use emulator/debugger 

Screen Capture of PC7501 Emulator/Debugger Window


Supported MCUs 

Series Group 

Compact emulator 

M32C/81, M32C/82, M32C/83 S30830T-CPE 

(developed by Sunny Giken Inc.) 

M32C/80 M32C/80, M32C/84, M32C/85 M30850T3-CPE*1 


M30870T2-CPE 

M16C/80 M16C/80 

M30800T-CPE 


M30620T-CPE 

M16C/60 M16C/62P 

M3062PT3-CPE*2 

Product 

M16C/6K(M306K9) 

M306K9T2-CPE 



M3062PT3-CPE*2 

M16C/Tiny M16C/28 


All groups 

Note: Support for R8C/28-29 and 

M3028BT2-CPE*3 

R8C/Tiny R8C/2A-2D currently in preparation. 

See the following URL for details. 

http://www.renesas.com/cpe 

R0E521000CPE00 

Supported 

MCU modes 

Compact Emulators 

• Single-chip mode 

• Memory expansion mode 

• Supported MCU modes differ depending on the MCU product. 

Web 

In-Circuit Emulators Combining Solid Functionality, Low Price, and Compact Size 

Software breaks 


Real-time trace 

Real-time RAM 

monitor 

Execution time 

measureme 

C0 coverage 

PC interface 

Dimensions 

Operating 

environment 

http://www.renesas.com/cpe 

Though small in size, these compact emulators provide the solid debugging functions of full-spec units. 

The product package includes software tools such as an integrated development environment, C compiler, assembler, 

and debugger. Customers can begin development work on application programs right away after purchasing it. 

• All-in-one packages including all software required for development 

• Compact design 

• Support for memory expansion mode and single-chip mode 

• Low price 

• Solid implementation of basic debugging functions 

• Real-time RAM monitor function 

• Real-time trace function 

USB interface support 

• 



• Software CD-ROM (emulator/debugger, cross tool 

free evaluation version) 

• Power and USB cables 

User's manual, etc. 

• 

64 points 

2 points (address match, bus match, max. 

255 times bus count setting supported) 

Note: The hardware break function and trace point 

function cannot be used at the same time. 

• Recording 256K cycles of bus data 

supported (address, data, MCU status) 

• 5 trace mode settings: break, before, about, 

after, full 

• Writing can be turned on or off for specific 

events. 

• 1,024 (256bytes 4 blocks) 

• Data, access history 

• Execution time from program start to end 

• Count clock: 10MHz 

Not implemented 

USB (USB1.1, full speed) 

60mm 85mm 

Windows XP, Windows Me, Windows 98SE, 

Windows 2000 

*1. The M30850T3-CPE is the successor to the M30850T2-CPE. 

*2. An emulation memory function and microprocessor mode can be added 

by connecting an optional emulation memory board. 

*3. The M3028BT2-CPE is the successor to the M30290T2-CPE. 

Enhanced Development Efficiency from Test Support Functions of High-performance Embedded Workshop 

• Macro Generator Support Function 

The macro generator support function can be used to record 

repeated operations such as project control, building, and 

debugging in a macro file (command script file). Marcos can be 

conveniently recorded and played from a toolbar. 

• Test Support Function 

Stores the contents of test result windows as test image files. 

The test image files can then be compared later on. 

Extra Convenience by Combining Macro Generator 

Support Function and Test Support Function 

For example, you could record the steps in the test procedure 

in a macro file and record the anticipated test values in a test 

image file. The results can then be compared easily each time 

the test is run, improving efficiency. 

Macro 

Command 

Script 

Macro Toolbar 

Record Play Stop 

Pause 

Overview of Test Support Function 

User-Defined Macros 

Execute 

Reexecute 

Macro 

Memory 

Register 

Save status 

Memory 

Register 

Memory 

00 00 00 11 

12 87 98 FF 

0B 00 12 FA 

Register 

R0 000000 

R1 00000A 

Test Image 

Memory 

00 

12 

0B 

00 

87 

00 

00 

98 

12 

Register 

11 

FF 

FA 

R0 000013 

R1 00000A 

Compare Result Output 

Failed at register 

RO 

Src = 0x00000000 

Dest = 0x00000013 

42

43 

• 

• 

• 

• 

• 

• 

• 

E8 Emulator 

On-Chip Debugging Emulator for General MCUs Tiny Series Products 

Web 

http://www.renesas.com/e8 

Compact design: 97mm X 65mm X 22mm 

Provides real-time emulation at the CPU's max. 

operating frequency, allowing evaluation under 

conditions similar to the end product. 

Compatible with High-performance Embedded 

Workshop V. 4 integrated development environment for 


Series 






Group 

M32C/84, M32C/85, M32C/87, M32C/88 

M16C/62P, M16C/6N4, M16C/6N5, M16C/6NK, M16C/6NL, M16C/6NM, 

M16C/6NN 


M16C/26, M16C/26A, M16C/28, M16C/29 

ease of use and enhanced development efficiency. 

Connects to the PC using the USB bus, so no dedicated 

power supply is required for the emulator. 

Can also supply power to the user's system, allowing 

development without an external power supply. 

Can be used as a flash memory programming tool. 

The 14-pin user interface is compatible with the E7 

emulator, so the E8 can be used with systems 

compatible with the E7. 

The emulator comes packaged with the following 

software. Customers can begin development and 

debugging work on application programs right away 

after purchasing it. 

Max. operating frequency 

Supported MCU modes 

Supported power supply voltage 

Power supply to MCU 

Software breaks 


Special breaks 

Trace 

PC interface 

Operating environment 

R8C/10, R8C/11, R8C/12, R8C/13, R8C/14, R8C/15, R8C/16, R8C/17, 

R8C/18, R8C/19, R8C/20, R8C/21, R8C/22, R8C/23, R8C/24, R8C/25 


(R8C/26, R8C/27, R8C/28, R8C/29, R8C/2A, R8C/2B, R8C/2C, R8C/2D 

currently in preparation) 

Max. operating frequency of target MCU 

Single-chip mode, memory expansion mode (supported MCU modes differ depending on the MCU product) 

2.7V to 5.5V (within guaranteed flash programming operation range of target MCU) 

Supplied by emulator (3.3V or 5.0V, max. 300mA) or from Vcc on user board. 

255 points 

Number of points differs depending on the MCU product. *1 

4 address break points on R8C/14 to R8C/1B. Otherwise 2 address break points + 1 data condition break point. 

Forced break using BREAK key. 

Number of jumps differs depending on the MCU product. *1 

Jump source PC trace (jump source address for latest 4 jumps) on R8C/14 to R8C/1B. 

USB 1.1/2.0 full speed 

Windows 98SE/Me/2000/XP 

• High-performance Embedded Workshop integrated User interface 14-pin connector (Sumitomo 3M Limited model 7614-6002) (sold separately) *Compatible with E7 emulator. 

development environment 

• Cross tool (free evaluation version) 

• Flash development toolkit (free evaluation version) 

The latest versions of the bundled software can be 

downloaded free of charge from the E8 emulator Web 

site. 

Connected using supplied user interface cable 

Target ports and 

R8C/14 to R8C/17: Communication using single mode pin 

connections 

R8C/10 to R8C/13: Communication using P00, P37, CNVss 

Dimensions (mm) 97 65 22 

Overseas standards Compliant 

*1 See the E8 emulator Web site for details on specific MCU products. http://www.renesas.com/e8 

This is the debugger module of the High-performance 

Embedded Workshop integrated development environment. 

Using the emulator's break function and many source-level 

debugging functions, it is possible to perform debugging under 

conditions very similar to the finished product when the user's 

system is completed. 

• All functions are implemented using operations common to 

other Renesas tools. 

• 

• 

Debugging Using 

the E8 as an Emulator 

In addition to emulator/debugger capabilities, it is possible to 

E8 Emulator Unit 

realize a seamless integrated development environment that 

combines a building environment and debugging environment 

by installing a C compiler package. 

Programming can be accomplished easily using the writing 

flash memory mode. 

The Flash Development Toolkit is a dedicated programming 

tool that makes it possible to write and rewrite programs to 

MCUs with on-chip flash memory when they are already 

mounted in the user's system. 

• 

• 

Programming Using 

the E8 as a Programmer 

Bundled 

Emulator/Debugger Software 

Flash Development Toolkit (free evaluation version) 

Bundled 

Software 

Supports a wide variety of Renesas MCUs. 

Flexible, easy-to-use GUI 

The software has a main window mode providing high-level 

functions, as well as a basic mode designed for on-site 

programming. 

Dedicated Web site for Flash Development Toolkit: 

http://www.renesas.com/fdt 

Note: To program the MCU in the finished product, use the HS6400FDIW3SR full product 

version (available for purchase) instead of the free evaluation version that is bundled 

with the E8. The full version includes technical support and an upgrade service.

PC4701U Emulator 

Full-spec Emulator for M16C MCUs operating up to 20MHz 

Web 

http://www.renesas.com/pc4701u 

The PC4701U makes it possible to build an emulation system that supports a variety of MCUs by combining it with an 

emulation pod matching the target MCU. 

• Includes debugging functions such as advanced break and real-time 

trace. 

• Includes evaluation functions such as C0 coverage and time 

measurement. 

• Real-time RAM monitor function is standard. 

Support for MCUs with operating frequencies up to 20MHz 

• 


• M16C Family 

Operating Environment 

• Microsoft Windows XP, Windows Me, Windows 2000, Windows 98SE 



• USB cable, etc. 

• Emulator/debugger supporting High-performance Embedded Workshop 

(Latest version available for download on Web site.) 

PC4701U Emulator Unit 

Emulation Pod 

44

45 

Renesas Starter Kit 





M32C/84-88 

M16C/62P, 30P 

M16C/6NK 

M16C/28, 29 


R8C/10-13 

R8C/1A, 1B 

R8C/20-23 

R8C/24, 25 

R8C/26, 27 

M3A-0665 FoUSB 

M3A-0806 

Initial Implementation Tools 

Low Cost and Support for Basic Functions 

This is a user-friendly evaluation tool for Renesas MCUs. The included E8 emulator and High-performance 

Embedded Workshop integrated development environment provide support for coding and debugging. 

In addition, using the Flash Development Toolkit it is possible to perform on-board programming of MCUs. 

Lineup 


Product No. 

Group Series 

R0K330879S000BE (mounted MCU:M32C/87) 

R0K33062PS000BE (mounted MCU:M16C/62P) 

R0K3306NKS000BE (mounted MCU:M16C/6NK) 

R0K330290S000BE (mounted MCU:M16C/29) 

R0K33026AS000BE (mounted MCU:M16C/26A) 

R0K521134S000BE (mounted MCU:R8C/13) 

R0K5211B4S000BE (mounted MCU:R8C/1B) 

R0K521237S000BE ★★ (mounted MCU:R8C/23) 

R0K521256S000BE (mounted MCU:R8C/25) 

R0K521276S000BE ★★ (mounted MCU:R8C/27) 


• CPU board 

• E8 on-chip debugging emulator unit 

• Software CD-ROM 

• High-performance Embedded Workshop integrated development environment 

• M3T-NC30WA C compiler (free evaluation version) 

• M3T-NC308WAC compiler (free evaluation version) 

• E8 emulator/debugger 

• Flash memory programmer 

Flash Development Toolkit (free evaluation version), etc. 

Connecting cable, etc. 

• 

The M3A-0665 FoUSB functions as an on-chip debugger and can be controlled from the High-performance 

Embedded Workshop environment or the KD30/KD3083 debugger. Simply connect the PC and USB monitor board 

target MCU to perform software debugging. 

• Support for 5V power supply via USB connection 

• Compact and easy to carry 


R8C/10, R8C/11, R8C/12, and R8C/13 Group, M16C/62P, M16C 62A, 

and M16C 62M Group, M16C/6N Group, M16C/24 Group, M16C/26A, 

M16C/28, and M16C/29 Group, M16C/1N Group, M16C/80 Group, 

M32C/83, M32C/84, M32C/85, M32C/86, and M32C/87 Group 


Microsoft Windows XP, Windows Me, Windows 2000, Windows 98SE 

M3A-0665 FoUSB Composition 

• USB monitor board 

• USB cable (for connecting PC) 

• Flat cable (for connecting target) • 10-pin connector (HIF3BA-10D-2.54) 

• Software CD-ROM 

• Documentation (on CD-ROM) 

Note: This product can also function as a flash writer. 

Details: http://www.renesas.com/programmer 

The M3A-0806 is a flash writer that uses standard serial I/O mode 2 (UART mode). 

It rewrites programs using only four lines (TxD, RxD, GND, and Vcc). If the supplied 

cable is used, there is no need for an RS-232C driver for the target board. 

Note that the M3A-0806 does not support rewriting of the data area. 

• 

Package includes PC software and a custom serial cable. 

Very economically priced flash writer 


R8C/10 to R8C/1B, M16C/26A, M16C/28, M16C/29, M16C/62A, M16C/62M, 

M16C/62P, M16C/6N, M16C/80, M32C/83, M32C/84, M32C/85, M32C/86 


Microsoft Windows XP, Windows Me, Windows 2000, Windows 98SE, Windows 98 

Note: The flash rewriting (Flashstarter) software used by the M3A-0806 is 

distributed free of charge. The EXE file and source code are available for download 

from the Renesas Web site. 

http://www.renesas.com/download 

Note: The target board is not included. 


Windows is a registered trademark of Microsoft Corporation of the United States.

MEMO 

46

47 

Development Tools for M32C/80 Series 

MCU Introductory tools Software tools Hardware tools Programming tool 

Series Group Starter kit RTOS 










— 

M3A-0835 or 

M3A-0836 

Renesas Starter Kit for 


(R0K330879S000BE) 

*1 

M3T-MR308/4 

*2 

C compiler 

package 

M3T-NC308WA 

*3 

(MISRA C *4) 

IDE 


Embedded 

Workshop *5 

Onchip 

debugging 

emulator 

— 

E8 

*6 


M30850T3-CPE 

*7 *12 

In-circuit emulator 

Emulator Emulation probe 

PC7501 

*8 

M30850T2-EPB 

— M30830T-EPB *9 

M30850T3-CPE 

*7 *12 

M30870T2-CPE 

*7 

M30850T2-EPB 

M30870T-EPB 

M32C/88 — M30880T-EPB 

Flash programmer 

— 

Flash Development Toolkit 

*10 

(E8 emulator is necessary 

at programming.) 

or M3A-0806 *11 

Flash Development Toolkit 

*10 

(E8 emulator is necessary 

at programming.) 

*1. CPU board, Onchip debugging emulator E8, software (Integrated development environment High-performance Embedded Workshop, C compiler package M3T-NC308WA free evaluation version, E8 

emulator debugger, Flash Development Toolkit free evaluation version) and others are included. 

*2. M3T-MR308/4 is the generic name for real-time OS development kit (M3T-MR308K/4) and mass production contract (M3T-MR308S/4). 

*3. M3T-NC308WA includes integrated development environment (High-performance Embedded Workshop), C compiler, assembler and simulator debugger. 

*4. MISRA C rule checker SQMlint (type name: R0C00000SCW01R) is an optional product for the Renesas C compiler. 

*5. High-performance Embedded Workshop is included with C compiler package and Emulator debugger. 

*6. E8 emulator includes software (High-performance Embedded Workshop, E8 emulator debugger, Evaluation version of C compiler package, Evaluation version of Flash Development Toolkit). Depending 

on the time of delivery, the bundled software you purchased may include the previous version. 

*7. Compact emulator includes software (Emulator debugger, Evaluation version of C compiler package M3T-NC308WA). Depending on the time of delivery, the bundled software you purchased may 

include the previous version. 

*8. PC7501 emulator bundles emulator debugger. 

*9. At 20MHz or less, you can use the combination of emulator debugger M3T-PD308, emulator PC4701U and emulation pod M30830T-RPD-E. 

*10. There are two kinds of Flash Development Toolkit (type name HS6400FDIW3SR): product version (with technical support) and free evaluation version (w/o technical support). The E8 emulator (type 

name R0E000080KCE00) is necessary for programming. 

*11. Data flash area are not available on M32C/84 and M32C/85 groups. 

*12. M30850T3-CPE is the successor product of the M30850T2-CPE. With the optional emulation memory board R0E330850MSRC0, emulation memory allocation function and micro-processor mode are 

available. 

Accessories for M32C/80 Series 

MCU Accessories 

Series Group Package type Package name Previous code Recommended accessories *1 


100 pin 0.5mm pitch LQFP 

100 pin 0.65mm pitch QFP 

PLQP0100KB-A 

PRQP0100JB-A 

100P6Q-A 

100P6S-A 

M3T-F160-100NSD (optional) 

M3T-F160-100NRB (optional) 





100 pin 0.5mm pitch LQFP PLQP0100KB-A 100P6Q-A M3T-F160-100NSD (optional) 



100 pin 0.65mm pitch QFP PRQP0100JB-A 100P6S-A M3T-F160-100NRB (optional) 



144 pin 0.5mm pitch LQFP PLQP0144KA-A 144P6Q-A M3T-FLX-144NSD (optional) 

*1. Various other useful accessory tool products are also available. For more information visit http://www.renesas.com/accessory 

(optional): Not included with compact emulator, emulation pod or probe. Purchase it separately. 

Development Tools for M16C/80 Series 

MCU Software tools Hardware tools Programming tool 


Series Group RTOS C compiler package IDE Compact emulator 

Flash programmer 

Emulator Emulation probe 


M3T-NC308WA *2 

M30800T-CPE 

M30803T-RPD-E M3A-0655 or 

M16C/80 M16C/80 M3T-MR308/4 *1 

Embedded 

PC4701U *5 

(MISRA C *3) 

(RAM 10K) 

(RAM 24K) *6 

M3A-0806 

Workshop *4 





*5. PC4701U emulator bundles emulator debugger. 

*6. Please contact us when you use this for the M16C/80T group for automotive applications. 

Accessories for M16C/80 Series 


Series Group Package type Package name Previous code 

Recommended 

accessories *1 

100 pin 0.5mm pitch LQFP PLQP0100KB-A 100P6Q-A M3T-F160-100NSD(optional) 

M30800T-PTC(included) + 

M16C/80 M16C/80 100 pin 0.65mm pitch QFP PRQP0100JB-A 100P6S-A 

M3T-100LCC-DMS(optional) + 

M3T-FLX-100NRB(optional) 

144 pin 0.5mm pitch LQFP PLQP0144KA-A 144P6Q-A M3T-FLX-144NSD(optional) 


(optional): Not included with compact emulator, emulation pod or probe. Purchase it separately. 

(included): Included with emulation pod or probe. 

s

Operating Environment for M32C/80 and M16C/80 Series 

Product type Product name Host machine (OS) 

RTOS M3T-MR308/4 *1 IBM PC/AT compatibles (Windows XP, Me, 98, 2000, NT 4.0) 

C compiler package M3T-NC308WA *2 IBM PC/AT compatibles (Windows XP, Me, 98, 2000, NT 4.0) 

MISRA C rule checker SQMlint *3 

IBM PC/AT compatibles (Windows XP, Me, 98, 2000, NT 4.0) 

IDE High-performance Embedded Workshop *4 

IBM PC/AT compatibles (Windows XP, Me, 98SE, 2000) 

Simulator debugger Simulator Debugger for M32C Series *5 

PC7501 Emulator Debugger for M32C Series *6 

PC4701 Emulator Debugger for M32C Series *6 


Emulator debugger 

Compact Emulator Debugger for M32C Series *6 

FoUSB/UART Debugger for M32C Series *6 

E8 Emulator Software *6 


Flash and PROM Programming Flash Development Toolkit *7 



*2. M3T-NC308WA includes integrated development environment (High-performance Embedded Workshop), C compiler, assembler and simulator 

debugger. 



*5. Simulator debugger is included with C compiler package. 

*6. Emulator debugger is bundled with emulators. 

*7. There are two kinds of Flash Development Toolkit (type name HS6400FDIW3SR): product version (with technical support) and free evaluation 

version (w/o technical support) . The E8 emulator (type name R0E000080KCE00) is necessary for programming. 

Development tools for M16C/60, 30, 20, and 10 Series 

MCU Introductory tools Software tools Hardware tools Programming tool 

Series Group MCU Starter kit RTOS 

C compiler 

package 

IDE 

Onchip 

debugging 

emulator 

Compact emulator *7 


Emulation 

Emulator *9 

probe or pod 

Flash programmer *16 

M16C/62A M3A-0654G02 

M30620T-CPE 

M30620T2-RPD-E 

M3A-0665 or 



M3A-0654G01 

— 

M3A-0665 

— 

PC4701U M30620TL-RPD-E 

M3062NT3-RPD-E 

M3A-0806 *17 

*18 




(R0K33062PS000BE) 

*1 

E8 *6 

or 

M3A-0665 

M3062PT3-CPE *21 PC7501 M3062PT2-EPB *10 

Flash Development Toolkit *19 

(E8 emulator is necessary at 

programming.), 

M3A-0665, 

M3A-0806 *17 

M16C/6V 

M306V2 

M306V7 

— 

— 

PC4701U 

M306V2T-RPD-E 

M306V7T-RPD-E 

M3A-0665 

*20 

M16C/6K M306KA 

— 

M306KA T2-CPE 

★★ 

— — 

*16 ★★ 



M306N4 

M306N5 

M306NK 

M306NL 

M306NM 

M306NN 

M306H3 


M16C/6NK 

(R0K3306NKS000BE) 

*1 

M3T-MR30/4 *2 

M3T-NC30WA *3 

(MISRAC *4) 


Embedded Workshop *5 

E8 *6 

or 

M3A-0665 

— 

PC7501 M306NKT-EPB *11 

M306H3T3-RPD-E 

Flash Development Toolkit *19 ★★ 


programming.) 

or 

M3A-0665, 

M3A-0806 *17 

M16C/6H M306H5 PC4701U M306H5T3-RPD-E 

*16 


M16C/6S M306S0 

M306H7 M306H7T3-RPD-E 

— 


M16C/30L 

— 

PC4701U 


M3062NT3-RPD-E 

M30302 


M16C/30P M16C/62P 

(R0K33062PS000BE) *1 

E8 *6 M3062PT3-CPE *21 PC7501 M3062PT2-EPB *10 

— 

— 

— 

M3062PT3-CPE 

+ M306S0T-PRB *8 

M16C/39P M30392 PC7501 

M16C/20 M16C/24 M30245 

M16C/10 M16C/1N M301N2 

— 

PC7501 

PC4701U 

M3062PT2-EPB *12 

+ M306S0T-PRB *8 

M3062PT2-EPB *13 

+ M30396T-PRB *14 



programming.) 

or 

M3A-0806 *17 

— 



programming.) 

M30245T3-RPD-E M3A-0665 


+ M301N2T-PRB *15 

*1. CPU board, Onchip debugging emulator E8, software (Integrated development environment High-performance Embedded Workshop, C compiler package M3T-NC30WA free evaluation version, E8 emulator debugger, Flash Development Toolkit free 

evaluation version) and others are included. 


*3. M3T-NC30WA includes integrated development environment (High-performance Embedded Workshop), C compiler, assembler, and simulator debugger. 


*5. High-performance Embedded Workshop is included with C compiler package and emulator debugger. 

*6. E8 emulator includes software (High-performance Embedded Workshop, E8 emulator debugger, Evaluation version of C compiler package, Evaluation version of Flash Development Toolkit). Depending on the time of delivery, the bundled software you 

purchased may include the previous version. 

*7. Compact emulator includes software (Emulator debugger, Evaluation version of C compiler package M3T-NC30WA). Depending on the time of delivery, the bundled software you purchased may include the previous version. 

*8. Signal conversion board for M16C/6S group M16C/6S0. 

*9. You can download the latest version from Web. 

*10 When the operating frequency is 16MHz or less, you can use the combination of PC4701U and M3062PT3-RPD-E. 

*11 When the operating frequency is 16MHz or less, you can use the combination of PC4701U and M306NKT3-RPD-E for M306N4 and M306NK. 

*12.When the operating frequency is 16MHz or less, you can use the combination of PC4701U, emulation pod M3062PT3-RPD-E and M306S0T-PRB. 

*13 When the operating frequency is 16MHz or less, you can use the combination of PC4701U, emulation pod M3062PT3-RPD-E, and M30396T-PRB. 

*14 Signal conversion board for M16C/39P group 

*15 Pod probe for the M16C/1N group. 

*16 Programmers by partner vendors are also available. For detailed information concerning programmers, supported MCUs, and applicability to mass-production or production equipment, please contact the concerned manufacturers. 

*17 Data flash area are not available. 

*18 For OTP MCUs of the M16C/62A, you can use the PROM programming adapter PCA7413F-80 for PRQP0080JA-A(previous code 80P6S-A) package and PCA7412F-100 for PRQP0100JB-A(previous code 100P6S-A) package with R4945/R4945A 

programmers(ADVANTEST CORPORATION). 

*19 There are two kinds of Flash Development Toolkit (type name HS6400FDIW3SR): product version (with technical support) and free evaluation version (w/o technical support) . The E8 emulator (type name R0E000080KCE00) is necessary for 

programming. 

*20 For OTP MCUs of the M16C/62V, you can use the PROM programming adapter PCA7412F-100 for PRQP0100JB-A(previous code 100P6S-A) package with R4945/R4945A programmers(ADVANTEST CORPORATION). 

*21 With the optional emulation memory board R0E33062PMSRC0, emulation memory allocation function and micro-processor mode are available. 

★★ Under development 

— 

M3A-0806 *17 

48

49 

Series Group 


16C/30 

Compact Emulators for M16C/62P and M16C/30P Group 



Target MCU Product Type 

Package type Package name Previous code Name 

80 pin 0.65 mm pitch QFP PRQP0080JA-A 80P6S-A M3062PT3-CPE-1 

100 pin 0.65 mm pitch QFP PRQP0100JB-A 100P6S-A 

M3062PT3-CPE-2 

M3062PT3-CPE-5 

100 pin 0.5 mm pitch LQFP PLQP0100KB-A 100P6Q-A M3062PT3-CPE-3 

128 pin 0.5 mm pitch LQFP PLQP0128KB-A 128P6Q-A M3062PT3-CPE-4 

Components *1 

Compact emulator M3062PT3-CPE *2 

Converter board M3062PT-80FPB 


Converter board M30800T-PTC 

IC socket IC61-1004-051 


Converter board M3T-F160-100NRB 


Converter board M3T -F160-100NSD 


Converter board M3T -FLX-128NRD 

*1. On debugging, compact emulator with an MCU-dependent converter board is connected to a user system. Compact emulator and converter 

board are also sold separately. 

*2. With the optional emulation memory board R0E33062PMSRC0, emulation memory allocation function and microprocessor mode are available. 

Accessories for M16C/60, 30, 20, and 10 Series 


80 pin 0.65mm pitch QFP PRQP0080JA-A 80P6S-A 

Recommended 

accessories *1 

M3T-FLX-100LCC(included) + 

M3T-100LCC-80QSB(optional) 

100 pin 0.5mm pitch LQFP PLQP0100KB-A 100P6Q-A M3T-FLX-100NSD(optional) 

100 pin 0.65mm pitch QFP PRQP0100JB-A 100P6S-A M3T-FLX-100NRB(optional) 

80 pin 0.65mm pitch QFP PRQP0080JA-A 80P6S-A M3062PT-80FPB(optional) 

100 pin 0.4mm pitch TQFP PTQP0100LB-A 100PFB-A M3T-F160-100NSE(optional) 


100 pin 0.65mm pitch QFP PRQP0100JB-A 100P6S-A M3T-F160-100NRB(optional) 

80 pin 0.65mm pitch QFP PRQP0080JA-A 80P6S-A M3062PT-80FPB(optional) 


100 pin 0.65mm pitch QFP PRQP0100JB-A 100P6S-A M3T-F160-100NRB(optional) 

128 pin 0.5mm pitch LQFP PLQP0128KB-A 128P6Q-A M3T-F160-128NRD(optional) 

M306V2 100 pin 0.65mm pitch QFP PRQP0100JB-A 100P6S-A M3T-FLX-100NRB(optional) 

M306V7 100 pin 0.65mm pitch QFP PRQP0100JB-A 100P6S-A M3T-F160-100NRB(optional) 

Series Group MCU Package type Package name Previous code 








Emulator 

PC4701U 

PC4701U 

PC7501 

PC4701U 

M16C/6K M306KA 144 pin 0.4mm pitch TQFP PTQP0144LA-A 144PFB-A M3T-FLX-144NSE(optional) 

M306KAT2-CPE 

★★ 

M306N4 100 pin 0.5mm pitch LQFP PLQP0100KB-A 100P6Q-A M3T-F160-100NSD(optional) 

M306N5 100 pin 0.65mm pitch QFP PRQP0100JB-A 100P6S-A M3T-F160-100NRB(optional) 

M16C/6N M306NK 

M306NL 


PC7501 

M306NM 

M306NN 

128 pin 0.5mm pitch LQFP PLQP0128KB-A 128P6Q-A M3T-F160-128NRD(optional) 

M306H3 116 pin 0.65mm pitch LQFP PLQP0116JA-A 116P6A-A M306H2T-PTC(included) 

M16C/6H 

M306H5 

M306H7 



PLQP0116JA-A 

PRQP0100JB-A 

116P6A-A 

100P6S-A 

M306H2T-PTC(included) 

M30800T-PTC(included) + 

LCC socket (included) 

PC4701U 

M16C/6S M306S0 64 pin 0.5mm pitch LQFP PLQP0064KB-A 64P6Q-A *2 PC7501 



M16C/30L M30302 





PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

M3T-FLX-100NSD(optional) 

M3T-FLX-100NRB(optional) 

M3T-F160-100NSD(optional) 

M3T-F160-100NRB(optional) 

PC4701U 




PLQP0100KB-A 

PRQP0100JB-A 

100P6Q-A 

100P6S-A 

M3T-F160-100NSD(optional) 

M3T-F160-100NRB(optional) 

PC7501 

M16C/39P M30392 100 pin 0.65mm pitch QFP PRQP0100JB-A 100P6S-A M3T-F160-100NRB(optional) 





M30245 

M301N2 



PLQP0100KB-A 

PLQP0048KB-A 

100P6Q-A 

48P6Q-A 

M3T-FLX-100NSD(included) 

M30102T-PTC(optional) 

PC4701U 


*2. Accessories are attached to signal conversion board M306S0T-PRB. 

(included): Included with emulation pod or probe. 

(optional): Not included with emulation pod or probe. Purchase it separately. 

★★ Under development or evaluation: product name may be changed. When MCU is under development, restrictions and other limitations for tools may arise.

Operating Environment for M16C/60, 30, 20, and 10 Series 


RTOS M3T-MR30/4 *1 


C compiler package M3T-NC30WA *2 IBM PC/AT compatibles (Windows XP, Me, 98, 2000, NT 4.0) 

MISRA C rule checker SQMlint *3 IBM PC/AT compatibles (Windows XP, Me, 98, 2000, NT 4.0) 

IDE High-performance Embedded Workshop *4 IBM PC/AT compatibles (Windows XP, Me, 98SE, 2000) 

Simulator debugger Simulator Debugger for M16C and R8C/Tiny Series *5 

PC7501 Emulator Debugger for M16C/60,30,10, M16C/Tiny and 

R8C/Tiny Series *6 

PC4701 Emulator Debugger for M16C/60,30,10 and M16C/Tiny 



Series *6 

Compact Emulator Debugger for M16C and R8C/Tiny Series *6 

FoUSB/UART Debugger for M16C and R8C/Tiny Series *6 



Flash and PROM 

Programming 

Flash Development Toolkit *7 IBM PC/AT compatibles (Windows XP, Me, 98, 2000, NT 4.0) 







*7. There are two kinds of Flash Development Toolkit (type name HS6400FDIW3SR): product version (with technical support) and free evaluation version 

(w/o technical support) . The E8 emulator (type name R0E000080KCE00) is necessary at the programming. 

Development tools for M16C/Tiny Series 

MCU Introductory tool Software tool Emulator (Emulator debugger is included. *6) Programming tool 

Onchip 


C compiler 

Compact 

Series Group MCU Starter kit RTOS 

IDE 

debugging 

package 

emulator 

Emulation 

Programmer 

Emulator 

emulator 

probe 

M30260 Renesas Starter Kit for 

Flash Development 



Toolkit *10 

M30263 

(R0K33026AS000BE) 

(E8 emulator 

*1 

is necessary at 

M30280 


programming.) 

M16C/Tiny M16C/28 

M3T-MR30/4 M3T-NC30WA *3 

M3028BT2-CPE 

M3028BT-EPB 

M30281 

Embedded Workshop E8 *7 

PC7501 

or 

Renesas Starter Kit for *2 

(MISRA C *4) 

*8 

*9 

*5 

M3A-0806 *11 

M30290 


or 


(R0K330290S000BE) 

Programmers by 

M30291 

*1 

partner vendors are 

also available. 

*1. CPU board, Onchip debugging emulator E8, software (Integrated development environment High-performance Embedded Workshop, C compiler package M3T-NC30WA free evaluation version, E8 

emulator debugger, Flash Development Toolkit free evaluation version) and others are included. 


*3. M3T-NC30WA includes integrated development environment (High-performance Embedded Workshop), C compiler, assembler, and simulator debugger. 


*5. High-performance Embedded Workshop is included with C compiler package and emulator debugger. 

*6. You can download the latest version from Web. 

*7. E8 emulator includes software (High-performance Embedded Workshop, E8 emulator debugger, Evaluation version of C compiler package, Evaluation version of Flash Development Toolkit). Depending 

on the time of delivery, the bundled software you purchased may include the previous version. 

*8. M3028BT2-CPE is the successor product of the M30290T2-CPE. It supports 24MHz operation of M16C/Tiny series MCUs. The conversion board for the target connection is necessary for M3028BT2- 

CPE. The set sales of the emulator and the conversion board are also available. For details, please refer to the lists of "Set Package of Compact Emulator for M16C/Tiny Series" and "Converter Board 

for M16C/Tiny Series". 

*9. M3028BT-EPB is the successor product of the M30290T-EPB. It supports 24MHz operation of M16C/Tiny series MCUs. The conversion board for the target connection is necessary for M3028BTEPB. 

The set sales of the emulator and the conversion board are also available. For details, please refer to the lists of "Set Package of PC7501Emulation Probe for M16C/Tiny Series" and "Converter 

Board for M16C/Tiny Series". 

*10. There are two kinds of Flash Development Toolkit (type name HS6400FDIW3SR): product version (with technical support) and free evaluation version (w/o technical support) . The E8 emulator (type 


*11. Cannot rewrite the data flash area. 

Set Package of Compact emulator for M16C/Tiny Series 

Series Group 

Package type 

Target MCU 

Package name Old package 

name 


(M30263) 

42 pin 0.8 mm pitch SSOP PRSP0042GA-B 42P2R-E M3028BT2-CPE-1 


(M30260) 


48 pin 0.5 mm pitch LQFP PLQP0048KB-A 48P6Q-A M3028BT2-CPE-2 


(M30281) 


(M30291) 



(M30280) 


(M30290) 



(M30280) 

85 pin 0.65 mm pitch TFLGA PTLG0085JB-A 85F0G M3028BT2-CPE-5 

*1. Compact emulator and converter board are also sold separately. 

Product name Components *1 

Compact emulator M3028BT2-CPE 

Converter board M30263T-42SSB 


Converter board M30260T-48FPD 






Converter board M30280T-85LGF 

50

51 

Set Package of PC7501 Emulation probe for M16C/Tiny Series 

Series Group 



(M30263) 


(M30260) 


(M30281) 


(M30291) 


(M30280) 


(M30290) 


(M30280) 


Package type Package name 

42 pin 0.8 mm pitch SSOP PRSP0042GA-B 42P2R-E M3028BT-EPB-1 

48 pin 0.5 mm pitch LQFP PLQP0048KB-A 48P6Q-A M3028BT-EPB-2 



85 pin 0.65 mm pitch TFLGA PTLG0085JB-A 85F0G M3028BT-EPB-5 

*1. Emulation probe and converter board are also sold separately. 

Converter Board for M16C/Tiny Series *1 

Series Group 




(M30263) 


(M30260) 


(M30281) 


(M30291) 


(M30280) 


(M30290) 


(M30280) 


Package type Package name 

Old package 

name 

Old package 

name 

Product name Components *1 

Product name 

42 pin 0.8 mm pitch SSOP PRSP0042GA-B 42P2R-E M30263T-42SSB 

48 pin 0.5 mm pitch LQFP PLQP0048KB-A 48P6Q-A M30260T-48FPD 



85 pin 0.65 mm pitch TFLGA PTLG0085JB-A 85F0G M30280T-85LGF 

*1. Various other useful accessory tool products are also available. 

Operating Environment for M16C/Tiny Series 

Emulation probe M3028BT-EPB 

Converter board M30263T-42SSB 








Converter board M30280T-85LGF 


RTOS M3T-MR30/4 *1 


C compiler package M3T-NC30WA *2 







PC7501 Emulator Debugger for M16C/60,30,10, M16C/Tiny and R8C/ 



Tiny Series *6 












*7. There are two kinds of Flash Development Toolkit (type name HS6400FDIW3SR): product version (with technical support) and free evaluation version (w/o technical 

support) . The E8 emulator (type name R0E000080KCE00) is necessary for programming.

Development tools for R8C/Tiny Series 

MCU Introductory tool Software tool Emulator (Emulator debugger is included.) Programming tool 

Series Group Starter kit *1 C compiler package IDE 



R8C/11 Renesas Starter Kit for 


R8C/12 (R0K521134S000BE) 


R8C/14 M3A-0115 


(with E8) 

R8C/16 M3A-0117 


(with E8) 

R8C/18 — 

R8C/19 — 

R8C/1A Renesas Starter Kit for 

R8C/1B 

R8C/1B (R0K5211B4S000BE) 

★★ 


★ 

R8C/21 Renesas Starter Kit for 

★ 


(R0K521237S000BE) 


★ 

★★ 


★ 




★ 


★ 


★★ 


★★ 

R8C/2A 

★ 


★ 

R8C/2C 

★ 

R8C/2D 

★ 



(R0K521256S000BE) 



(R0K521276S000BE) 

★★ 

— 

Product version of 

M3T-NC30WA *2 

or 

Evaluation version of 

M3T-NC30WA *3 

(MISRA C *4) 

Product version of 

M3T-NC30WA *2 ★★ 

or 

Evaluation version of 

M3T-NC30WA *3 ★★ 

(MISRA C *4) 


Embedded 

Workshop *5 


Embedded 

Workshop *5 

★★ 

Onchip 

debugging 

emulator 

E8 *6 

E8 *6 

(ROM 

32K/48K 

available) 

E8 *6 

(ROM 

16K/32K 

available) 

E8 *6 

★★ 


R0E521000CPE00 

*7 

R0E521000CPE00 

*7 

★★ 


Emulator Emulation pod 

PC7501 

R0E521000EPB00 

*8 

R0E521000EPB00 

*8 

★★ 

Programmer 


Toolkit *9 

(E8 emulator 


programming.) 

or 

M16C Flash Starter 

M3A-0806 *10 


Toolkit *9 

(E8 emulator 


programming.) 

or 


M3A-0806 *10 ★★ 


Toolkit *9 

(E8 emulator 


programming.) 

or 


M3A-0806 *10 ★★ 


Toolkit *9 ★★ 

(E8 emulator 


programming.) 

IC Socket 

Board *11 

*1. CPU board, On-chip debugging emulator E8, software (High-performance Embedded Workshop, E8 emulator debugger, Evaluation version of C compiler package M3T-NC30WA, Evaluation version of 

Flash Development Toolkit) are included with Starter Kit. Depending on the time of delivery, the bundled software you purchased may include the previous version. The latest version can be downloaded 

in Renesas Web (free of charge). http://www.renesas.com/tool_download 


*3. Evaluation version of M3T-NC30WA includes integrated development environment, C compiler, assembler and simulator debugger. Evaluation version compiler can be downloaded from Renesas web 

site (free of charge). Note that evaluation version compiler is functionally equivalent to professional version for 60 days after it is installed, but after the lapse of this period its use is limited to 64KB. 

Technical support and upgrade service are not provided. 

*4. Installation of an optional product MISRA C rule checker SQMlint (type name: R0C00000SCW01R) adds MISRA C rule inspection functions. 


*6. E8 (type name:R0E000080KCE00) emulator includes software (High-performance Embedded Workshop, E8 emulator debugger, Evaluation version of C compiler package M3T-NC30WA, Evaluation 

version of Flash Development Toolkit). Depending on the time of delivery, the bundled software you purchased may include the previous version. The latest version can be downloaded in Renesas Web (free 

of charge). http://www.renesas.com/tool_download 

*7. The conversion board for the target connection is necessary for R0E521000CPE00. The set sales of the emulator and the conversion board are also available. For details, please refer to the lists of 

"Set Package of Compact Emulator for R8C/Tiny Series". 

*8. The conversion board for the target connection is necessary for R0E521000EPB00. The set sales of the emulator and the conversion board are also available. For details, please refer to the lists of "Set 

Package of PC7501 Emulation Probe for R8C/Tiny Series". 

*9. There are two kinds of Flash Development Toolkit (type name HS6400FDIW3SR): product version (with technical support) and free evaluation version (w/o technical support) . The E8 emulator (type 


*10. Flash Programmer which supports standard serial I/O mode 2 (UART) and includes the M16C Flash Starter Software (for Windows). 

*11. IC socket board is a programming adaptor board which corresponds to the programmer. 

★ New Product 

★★ Under development or evaluation: product name may be changed. When MCU is under development, restrictions and other limitation for tools may arise. 

★★★ In planning 

M3A-0112 

M3A-0114 

M3A-0114 

M3A-0114 

— 

★★★ 

— 

52

53 


Set Package of Compact Emulator for R8C/Tiny Series 


Product name 

Components 

(Compact emulator and converter board are also sold separately.) 

Group 


Package name Compact emulator Converter board *1 




PLQP0032GB A 

*Previous code : 32P6U A 

(32 pin 0.8mm pitch LQFP) 

R0E521134CPE00 

R0E521134CFG00 





PLSP0020JB A 

*Previous code : 20P2F A 

(20 pin 0.65mm pitch LSSOP) 

R0E521174CPE00 R0E521174CSJ00 

R8C/18 PLSP0020JB A 




R0E521174CPE00 R0E521174CSJ00 

R8C/1A PRDP0020BA A 


*Previous code : 20P4B 

(20 pin 1.778mm pitch SDIP) 

R0E521174CPE10 R0E521174CDB00 





PLQP0048KB A 

*Previous code : 48P6Q A 


R0E521237CPE00 

R0E521000CPE00 

R0E521237CFK00 

R8C/24 PLQP0052JA A 


*Previous code : 52P6A A 


R0E521258CPE00 R0E521258CFJ00 

R8C/26 ★ PLQP0032GB A 




R0E521276CPE00 R0E521276CFG00 

R8C/28 ★★ PLSP0020JB A 




R0E521174CPE00 R0E521174CSJ00 


PLQP0064KB A 



R0E5212BACPE10 

★★ 

R0E5212BACFK00 

★★ 


PLQP0064GA A 



R0E5212BACPE00 

★★ 

R0E5212BACFG00 

★★ 



PLQP0080KB A 



R0E5212DACPE00 

★★ 

R0E5212DACFK00 

★★ 

*1. Converter board, socket for user system connection and user's manual are included. 


★★ Under development

Set Package of PC7501 Emulation Probe for R8C/Tiny Series 


Product name 

Components 

(Emulation probe and converter board are also sold separately.) 

Group Package name Emulation probe Converter board *1 





PLQP0032GB A 



R0E521134EPB00 

R0E521134CFG00 





PLSP0020JB A 



R0E521174EPB00 R0E521174CSJ00 

R8C/18 PLSP0020JB A 




R0E521174EPB00 R0E521174CSJ00 

R8C/1A PRDP0020BA A 


*Previous code : 20P4B 

(20 pin 1.778mm pitch SDIP) 

R0E521174EPB10 R0E521174CDB00 





PLQP0048KB A 



R0E521237EPB00 

R0E521000EPB00 

R0E521237CFK00 

R8C/24 PLQP0052JA A 


*Previous code : 52P6A A 


R0E521258EPB00 R0E521258CFJ00 

R8C/26 ★ PLQP0032GB A 




R0E521276EPB00 R0E521276CFG00 

R8C/28 ★★ PLSP0020JB A 




R0E521174EPB00 R0E521174CSJ00 


PLQP0064KB A 



R0E5212BAEPB10 

★★ 

R0E5212BACFK00 

★★ 


PLQP0064GA A 



R0E5212BAEPB00 

★★ 

R0E5212BACFG00 

★★ 



(PLQP0080KB A 



R0E5212DAEPB00 

★★ 

R0E5212DACFK00 

★★ 

*1. Converter board, socket for user system connection and user 's manual are included. 


★★ Under development 

Operating Environment for R8C/Tiny Series 


C compiler package M3T-NC30WA *1 







PC7501 Emulator Debugger for M16C/60,30,10, M16C/Tiny and R8C/ 



Tiny Series *5 











*6. There are two kinds of Flash Development Toolkit (type name HS6400FDIW3SR): product version (with technical support) and free evaluation version (w/o technical 

support). The E8 emulator (type name R0E000080KCE00) is necessary for programming. 

54

55 

Altium Limited 

Renesas M16C Software 

Development Tool 

IAR Systems 

IAR C-SPY ROM-monitor debugger 

IAR C-SPY PC7501 emulator debugger 

IAR C-SPY E8 emulator debugger 

IAR Systems AB 

PO Box 23051, SE75023 Uppsala, Sweden 

TEL: +46 18 16 78 00 

FAX: +46 18 16 78 38 

E-mail: info@iar.se 

http://www.iar.com 

Tokyo Eletech Corporation 

NQPACK families, SICA, CSPACK families 


CMX-RTX 

ETAS Group 

RTA-OSEK 

Partners Tools 

Powerful alliances between Renesas and its partner companies support the product development work of 

our customers. 

Coding Tools 

12A Rodborough Rd, 

Frenchs Forest NSW 2086 

TEL: +61 2 9975 7710 

FAX: +61 2 9975 7720 

E-mail: info@altium.com 

http://www.altium.com/tasking 

KPIT Cummins Infosystems Limited 

KPIT GNU Tools 

KPIT Infosystems Limited 

Talisman House, 181-183 Kings Road Reading, 

Berkshire RG1 4EX, UK 

TEL: +44 118 951 9400 

FAX: +44 118 951 9409 

E-mail: kpituk@kpitcummins.com 

http://www.kpitgnutools.com/ 

Emulation & Debugging 

3-10 Akihabara, Taito-ku TOKYO 

110-0006 Japan 

TEL: +81-3-5295-1661 

FAX: +81-3-5295-1775 

E-mail: info@tetc.co.jp 

http://www.tetc.co.jp/ 

OS 

12A Rodborough Rd, Frenchs Forest 

NSW 2086 

TEL: +61 2 9975 7710 

FAX: +61 2 9975 7720 



LiveDevices, ETAS Group 

Atlas House Link Business Park Osbaldwick 

Link Road Osbaldwick York YO103JB, Great Britain 

TEL: +44 1904 562580 

FAX: +44 1904 562581 

E-mail: info@livedevices.com 

http://en.etasgroup.com/products/rta/index.shtml 

SEGGER Microcontroller Systeme GmbH 

Real-time OS embOS 

TEL: +49 (0) 2103-2878-0 

E-mail: info@segger.com 

http://www.segger.com/ 

Gaio Technology Co., Ltd. 

IDE for embedded real-time systems OPEN plus 

Gaio Technology, Inc. 

TEL: 1-800-293-9053 

FAX: 408-351-3370 

Email: info@gaio.com 

http://www.gaio.com/ 


IAR EWM16C, IAR EWM32C 

TEL: +49 (0) 2103-2878-0 



Sophia Systems Co., Ltd. 

Emulator EJ-Debug, UniSTAC II, HyperSTAC 

6-2 Minami-kurokawa, Asao-ku, 

Kawasaki-shi, Kanagawa, 215-8588, Japan 

TEL: +81 44 989 7110 

FAX: +81 44 989 7014 

E-mail: sales@sophia.com 

http://www.sophia.com 


Emulator advicePlus, Emulator advice 

Keio-Fuchu 1-Chome Building, 3rd FL., 

1-9 Fuchucho, Fuchu-shi, Tokyo, 183-8516 Japan 

TEL: +81-42-333-6222 

FAX: +81-42-352-6107 

E-mail: info-ovs@yokogawa-digital.com 

http://www.yokogawa-digital.com/en/ 

CMX Systems, Inc. 

CMX-Tiny+, CMX-RTX 

12276 San Jose Blvd, Suite 119, 

Jacksonville, FL 32223 

TEL: +1 904-880-1840 

FAX: +1 904-880-1632 

Email: cmx@cmx.com 

http://www.cmx.com/ 

Mentor Graphics 

Nucleus µiPLUS, RTOS Nucleus PLUS 

Embedded Systems Division Headquarters 

739 North University Blvd. 

Mobile, AL 36608 

TEL: (251) 661-5770 

FAX: (251) 661-5788 

info@acceleratedtechnology.com 

http://www.mentor.com/embedded/ 

Vector Informatik GmbH 

CANoe, osCAN 

Ingersheimer Str.24, D-70499 Stuttgart 

TEL: +49 711 80670-0 

FAX: +49 711 80670-111 

E-mail: info@vector-infomatik.de 

http://www.vector-informatik.de/ 

IAR Systems 

IAR Embedded Workbench ,visualSTATE 

IAR Systems AB 

PO Box 23051, SE75023 Uppsala, Sweden 

TEL: +46 18 16 78 00 

FAX: +46 18 16 78 38 

E-mail: info@iar.se 

http://www.iar.com 

Red Hat, Inc. 

Red Hat GNUPro 

Red Hat, Inc. 

TEL: +1-919-754-3700 

http://www.redhat.com/ 


Compact emulator S30830T-CPE, 

S3062PT-CPE 


Email: support_apl@renesas.com 

http://www.sunnygiken.co.jp/english/ 

Enea Embedded Technology 

OSE Epsilon RTOS 

P.O. Box 1033 Skalholtsgatan 9 

SE-164 21 Kista, Sweden 

TEL: +46 (0)8 507 140 00 

FAX: +46 (0)8 507 140 40 

Email: info@enea.se 

http://www.enea.com 

Quadros Systems, Inc. 

Real-time OS RTXC 

Quadros Systems, Inc. (formerly 

Embedded Power Corporation) 

Email: sales@quadros.com 

http://www.quadros.com/

Visit our Web site for the latest information. http://www.renesas.com/partners 

Middleware & Drivers 


CMX Systems, Inc. 

CMX MicroNet, CMX TCP/IP CMX TCP/IP, CMX-FFS, 

CMX-FFS-FAT, CMX-MicroNet 

12A Rodborough Rd, 

Frenchs Forest NSW 2086 

TEL: +61 2 9975 7710 

FAX: +61 2 9975 7720 



sevenstax GmbH 

Internet communication sevenstax 

Hamburger Allee 43, 30161 Hannover 

TEL: +49(0)511/473 860 4 

FAX: +49(0)721/151 505 622 

info@sevenstax.de 

http://www.sevenstax.de 

Flash & PROM Programming 

12276 San Jose Blvd, Suite 119, 

Jacksonville, FL 32223 

TEL: +1 904-880-1840 

FAX: +1 904-880-1632 

Email: cmx@cmx.com 

http://www.cmx.com/ 

Ubiquitous Corporation 

TCP/IP-OS and Middleware 

Flash Support Group, Inc 

HI-LO System Research Co., Ltd. 

Programmer AF9708, AF9709B, AF9723 Universal Programmer ALL-11 

9162-1 Miyakoda-cho, Hamamatsu-shi, 

Shizuoka 431-2102, Japan 

TEL: +81-53-428-8380 

FAX: +81-53-428-8377 

E-mail: support@j-fsg.co.jp 

http://www.j-fsg.co.jp/ 

Minato Electronics Inc. 

Model 1894 

TEL: +81-45-592-5549 

FAX: +81-45-591-5618 

E-mail: h_kinoshita@minato.co.jp 

http://www.minato.co.jp/index_e.asp 


Flash Microcomputer Programmer 

S550-MFW1U, SFW-62SA 


Email: support_apl@renesas.com 

http://www.sunnygiken.co.jp/english/ 

Wave Technology Co., Ltd. 

Flash programming and testing 

system Y1100-8 

TEL: +81-3-5304-1885 

FAX: +81-3-5304-1886 

E-mail: sales@y1000.com 

http://www.y1000.com/index_e.html 

Shinjuku Center Bldg.10F, 1-25-1 

Nishi-Shinjuku, Shinjuku-Ku, Tokyo 

163-0610, JAPAN 

TEL: +81-3-5908-3451 

FAX: +81-3-5908-3452 

info@ubiquitous.co.jp 

http://www.ubiquitous.co.jp/ 

TEL: +886-2-8792-3301 

FAX: +886-2-8792-3285 

E-mail: sales@hilosystems.com.tw 

http://www.hilosystems.com.tw/ 


Programming tool for Renesas flash 

microcontrollers with on-chip flash 

Flasher 4 

TEL: +49 (0) 2103-2878-0 



System General Corp. 

T9600 

1623 South Main Street, Milpitas, 

CA 95035 

TEL: +1 408-263-6667 

Email: sales@systemgeneral.com 

http://www.systemgeneral.com/ 


In-circuit Flash Micom Programmer 

MegaNETIMPRESS, C"arNETIMPRESS 

J-Tower, 6th Fl., 1-1 Nikko-cho, 

Fuchu-shi, Tokyo, 183-0044 Japan 

TEL: +81-42-333-6224 

FAX: +81-42-352-6109 

E-mail: info-impress@yokogawa-digital.com 

http://www.yokogawa-digital.com/en 


emFile, emLoad, emWin 

TEL: +49 (0) 2103-2878-0 



Vector Informatik GmbH 

CANbedded 

Ingersheimer Str.24, D-70499 Stuttgart 

TEL: +49 711 80670-0 

FAX: +49 711 80670-111 

E-mail: info@vector-infomatik.de 

http://www.vector-informatik.de/ 

Leap Electronic Co., Ltd. 

SU3000 Gang-8 programmer 

6F-4, No. 4, Lane 609, ChungHsin Rd., 

Sec. 5, Sanchung, Taipei Hsien, Taiwan 

TEL: +886 2 2999-1860 

FAX: +886 2 2999-9873 

E-mail: service@leap.com.tw 

http://www.leap.com.tw 

Suisei Electronics System Co., Ltd. 

EFP-RC, EFP-S2/S2V 

TEL: +81-6-6913-4531 

FAX: +81-6-6913-4534 

E-mail: support@suisei.co.jp 

http://www.suisei.co.jp/index_e.html 

Tokyo Eletech Corporation 

SICA 

3-10 Akihabara, Taito-ku TOKYO 

110-0006 Japan 

TEL: +81-3-5295-1661 

FAX: +81-3-5295-1775 

E-mail: info@tetc.co.jp 

http://www.tetc.co.jp/ 

56

57 

Middleware 

M16C Middleware 

HTTPD 

TCP/IP 

Protocol Stack 

Ethernet 

Ethernet 

Contoroller IC 

ATA 

HDD 

FAT16 

FAT32 

File System 

Software 

Application Program 

µITRON-OS* 1 

ATAPI 

M16C Family 

CD-ROM 

Hardware 


FAT16 

Kana-Kanji 

Converter 

SD/MMC 

Memory Card 

JPEG 

Compression/Extraction 

Image Capture 

CMOS Sensor 

User 

Application 

DATF 

Data Flash 

R8C/Tiny, M16C/Tiny 

TCP, UDP 

IP, ICMP, ARP 

OS(µITRON) 

Middleware 

Hardware-Dependent 

Drivers 

* 1 . Operating system only required when using TCP/IP. 

DOS File System/Library Features R8C/Tiny and M16C/Tiny Data Flash Driver Features 

Support for DOS-compatible FAT file system interface 

• Support for 14 file system functions 

• Support for 12-bit FAT and 16-bit FAT 

• Support for long file names (Long file names may not contain 

kanji characters.) 

• Max. 26 drives may be connected. 

• File names may contain up to 260 S-JIS characters. 

Path: a:¥a¥a¥a ... a¥aaaaaaa 260 characters 

• Long file names may contain up to 255 Unicode characters. 

File name: Aaaa ... aaa 255 characters 

Source code for ATA card diver sample program provided. 

(Driver software for Renesas BGO flash memory also available.) 

DOS File Data 

JPEG Compression/Decompression Library Features TCP/IP Protocol Stack Features 

JPEG (Joint Photographic Experts Group of CCITT-ISO/IEC) 

compression using baseline method 

Compresses full-color image data (24 bits per pixel) to 1/10 

to 1/20 its original size and decompresses compressed data. 

High-speed conversion 

• Compression time: Approx. 0.5 seconds (XIN = 16MHz, 5V) 

• Decompression time: Approx. 0.4 seconds (XIN = 16MHz, 5V) 

• Sampling ratio: Y:Cb:Cr = 4:2:2 

• QCIF (144 160 3 (RGB)): Approx. 70,000 pixels 

Compact libraries that can be stored in internal ROM/RAM 

• Compression: Approx. 5KB ROM/approx. 4KB RAM 

• Decompression: Approx. 6KB ROM/approx. 6KB RAM 

JPEG Library 

Decompression 

YCbCr Data JPEG Data 

Compression 

Compact design for embedded systems 

ROM: Approx. 3KB, RAM: approx. 100B (including stack) 

Management of various data sizes 

Support for static setting of stored data (types) and sizes 

Supported data update count: 1,000,000 times 

The maximum number of data updates is dependent on the data type 

and size. In the R8C/Tiny Series, the maximum number of data updates 

is 1,740,000 with three data type settings (2-byte, 4-byte, and 16-byte) 

and assuming all data is updated at an average rate. 

Previous data can be restored if a system shutdown occurs when a 

data update is in progress. 

Function to prevent extended CPU monopolization by the data flash driver 

Interruption and restarting of driver functions, time interrupts, etc., 

ensure that processing continues at regular intervals during data updates. 

Application Program 

Custom API 

Data Flash I/F 

Features 

• Protocol processing performed using M16C on-chip memory 

only. 

• Client-side processing performed by M16C. 

Specifications 

• Conforms to µITRON TCP/IP API specification. 

http://www.itron.gr.jp/SPEC/tcpip-j.html 

• Support for TCP, UDP, IP, ICMP, and ARP. 

In addition, PPP, httpd, smtp, and pop3 support are being 

considered. 

httpd etc 

Ethernet PPP 

DATF Driver

Demo Sets 

CAN Communication Demo Set for Industrial Applications (M16C/29) 

Features 

• CAN employing starter kit for M16C/29 

Enables direct measurement of CAN 

communication waveforms on the bus. 

CAN Controller Features 

• Communication speed: 

Max. 1Mbps 

• Bus length: 40m/1Mbps 

• Protocol specification: Ver. 2.0B 

• Hardware synchronization/resynchronization 

Evaluation Board* 1 

Audio Decompression/Audio Output Demo Set (M16C/26A) 

Features 

• Decompresses compressed audio data stored in the MCU's 

on-chip flash memory and produces PWM output for audio 

playback. The data compression format is ADPCM. 

• The demo kit consists of an audio board (board with an amplifier, 

LPF, and compact speaker mounted on it) connected to the 

Renesas Starterkit for M16C/26A. 

CAN 

Controller 

Evaluation Board 


CAN 

Transceiver 

(HA13721FP) 

CAN 

Controller 

CAN 

Transceiver 

(HA13721FP) 

CAN Bus CAN Bus 

CAN_L 

* 1 . OAKS16-29CAN manufactured by Oaks Electronics Co., Ltd. used. 

58










M16C/6S 






















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48P6Q-A/PLQP0048KB-A 

(0.5mm pitch) 


(0.5mm pitch) 

1B4 

5230 

20P2F-A/PLSP0020JB-A 

(0.65mm pitch) 

R5F2111 

4FP 

4041 

32P6U-A/PLQ0032GB-A 

(0.8mm pitch) 

52P6A-A/PLQP0052JA-A 

(0.5mm pitch) 

551100 

R5F21256S 

NFP 


(0.5mm pitch) 


(0.5mm pitch) 

80P6S-A/PRQP0080JA-A 


100PFB/PTQP100LB-A 

(0.4mm pitch) 

85FOG/PTLG0085JB-A 

(7mm 7mm) 

59 

Functions/Applications 

Applications 

: Ideal : Suitable 

AV/Home Use 

Series Group 

PC Related Automotive (Applicable Products Available) 

Audio 

Video 

Appliances 

Amusement 

PC 

Storage 

Imaging 

Display 

Engine 

Driving Safety 

Body/Chassis 

Navigation/ 

Information 

Car Audio 

Mobile 

Networking 

Industrial/Security 

Notes 

Large-capacity 

flash applications 

Package Photos

























R8C/2C 

R8C/2D 


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144P6Q-A/PLQP0144KA-A 

(0.5mm pitch) 


(0.5mm pitch) 

100P6S-A/PRQP0100JB-A 


60 

Applications 

: Ideal : Suitable 

AV/Home Use 

Series Group 

PC Related Automotive (Applicable Products Available) 

Audio 

Video 

Appliances 

Amusement 

PC 

Storage 

Imaging 

Display 

Engine 

Driving Safety 

Body/Chassis 

Navigation/ 

Information 

Car Audio 

Mobile 

Networking 

Industrial/Security 

Notes 


: New Product

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M16C/28, 28B 

M16C/26A, 26B 










* Multimaster I 2 C 

Functions/Applications 

Standard Functions 

CPU, memory bus functions 

Clock power supply functions 

Peripheral functions 

On-chip 

memory 

Clocks 

A/D converters 

D/A converter 

Timers 

Watchdog 

Serial I/F 

Advanced 

communication 

Display 

I/O ports 

On-chip debugging 

functions 

Operation 

functions 

Operating 

voltage 

Voltage detection 

External bus 

extensions 

CPU 

DMA 

Multiplier 

Multiply-accumulate instruction 

Barrel shifter 

DMAC 

DTC/DMAII 

RAM 

Flash memory 

Mask ROM 

One-time PROM 

QzROM 

ROM-less 

Data flash 

Program security 

Address/data separate buses 

Address/data multiplex bus 

DRAM controller 

PLL 

Subclock/RTC 


Oscillation stop detection 

Frequency divider circuit 

Low-power-consumption mechanism 

Low-voltage detection/LVD 

5V 

3V 

8-bit 

10-bit 

S & H 

8-bit 

Input capture 

Output compare 

bit 

Functions 

16-bit 

PWM output 

Real-time ports 

Event counter 

2-phase encoder input 

3-phase inverter output 

Clock non-synchronous serial 

Clock synchronous serial 

I 2 C bus 

IEBus 

Smart card/SIM 

Synchronous serial communication unit 

CAN 

LIN 

HDLC 

USB Function 

IrDA 

OSD 

Data slicer 

Fluorescent display tube controller 

CRC 

X/Y conversion 

Large-current drive ports 

N-channel open-drain ports 

On-chip pull-up resistors 


On-board flash rewriting 

Series 

Group 

61

CPU, memory bus functions 

Clock power supply functions 

Peripheral functions 

Standard Functions 

CPU 

DMA 

On-chip 

memory 

External bus 

extensions 

Clocks 

Voltage detection 

Operating 

voltage 

A/D converters 

D/A converter 

Timers 

Watchdog 

Serial I/F 

Advanced 

communication 

Display 

Operation 

functions 

I/O ports 


functions 

Series 

Group 

Multiplier 

Multiply-accumulate instruction 

Barrel shifter 

DMAC 

DTC/DMAII 

RAM 

Flash memory 

Mask ROM 

One-time PROM 

QzROM 

ROM-less 

Data flash 

Program security 

Address/data separate buses 

Address/data multiplex bus 

DRAM controller 

PLL 

Subclock/RTC 


Oscillation stop detection 

Frequency divider circuit 

Low-power-consumption mechanism 

Low-voltage detection/LVD 

5V 

3V 

8-bit 

10-bit 

S & H 

8-bit 

Input capture 

Output compare 

bit 16-bit 

PWM output 

Real-time ports 

Functions Event counter 

2-phase encoder input 

3-phase inverter output 

Clock non-synchronous serial 

Clock synchronous serial 

I 2 C bus 

IEBus 

Smart card/SIM 

Synchronous serial communication unit 

CAN 

LIN 

HDLC 

USB Function 

IrDA 

OSD 

Data slicer 

Fluorescent display tube controller 

CRC 

X/Y conversion 

Large-current drive ports 

N-channel open-drain ports 

On-chip pull-up resistors 


On-board flash rewriting 


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: New Product : Under Development 

* Note: This function not implemented on J.K version. 

62

63 

ROM size (bytes) 

4K 

4K+2K 

8K 

8K+2K 

8K+4K 

12K 

12K+2K 

12K+4K 

16K 

16K+2K 

16K+4K 

24K 

24K+2K 

24K+4K 

32K 

32K+2K 

F-ZTAT (Flash Memory) Versions 

Memory Options (ROM/RAM) 

RAM size (bytes) 

384 512 768 1K 1.5K 2K 2.5K 3K 4K 5K 6K 8K 10K 12K 






















































R8C/26 ★ R8C/20 ★ 







: New Product 

: Under Development


48K 

48K+2K 

48K+4K 

64K 

64K+2K 

64K+4K 

96K 

96K+2K 

96K+4K 

128K 

128K+2K 

128K+4K 

160K 

192K 

192K+4K 

256K 

256K+4K 

320K+4K 

384K+4K 

512K 


512K+4K 

1MB+4K 

2K 2.5K 


3K 4K 5K 6K 8K 10K 12K 18K 20K 24K 31K 48K 

M16C/26A M16C/28 


M16C/1N M16C/28 


★ 

R8C/22★ R8C/24★ R8C/2A★ R8C/2C★ R8C/21★ R8C/23★ R8C/25★ R8C/2B★ R8C/2D★ R8C/20★ R8C/22 




M16C/62P M16C/28 











M32C/85 M16C/6N 




M32C/85 M16C/6N 


★ 

R8C/24★ R8C/2A★ R8C/2C★ R8C/21★ R8C/23★ R8C/25★ R8C/2B★ R8C/2D★ R8C/20★ R8C/22★ R8C/20★ R8C/22★ R8C/21★ R8C/22★ R8C/21★ R8C/23★ M16C/30P★★ M16C/30P★★ M16C/30P★★ M16C/6N 

M16C/30P★★ M16C/30P★★ M16C/30P★★ M16C/30P★★ RAM size (bytes) 




: New Product 


64

65 


4K 

4K+2K 

8K 

8K+2K 

8K+4K 

12K 

12K+2K 

12K+4K 

16K 

16K+2K 

16K+4K 

24K 

24K+2K 

24K+4K 

32K 

32K+2K 

F-ZTAT (Flash Memory) Versions 

Memory Options (Pin count) 

20 32 42 48 

Pin count 

52 64 80 85 100 





















































M16C/26A M16C/26A 









: New Product 

: Under Development


48K 

48K+2K 

48K+4K 

64K 

64K+2K 

64K+4K 

96K 

96K+2K 

96K+4K 

128K 

128K+2K 

128K+4K 

160K 

192K 

192K+4K 

256K 

256K+4K 

320K+4K 

384K+4K 

512K 


512K+4K 

1MB+4K 

42 48 52 64 

Pin count 

80 85 100 128 144 




















R8C/24 R8C/2A ★ 





R8C/24 R8C/2A ★ R8C/2C ★ 




R8C/2B ★ R8C/2D ★ 















M16C/30P ★★ 














































: New Product 


66

67 


ROM-less 

24K 

32K 

48K 

64K 

96K 

128K 

160K 

192K 

256K 

320K 

384K 

512K 

Mask Versions 


RAM size (bytes) 

1K 2K 3K 4K 5K 6K 8K 10K 12K 16K 18K 20K 24K 31K 




















M16C/30P M32C/80 M16C/80 












M16C/62P M16C/62N 







M16C/6N M16C/62P 

M16C/62P M16C/6N 




M16C/62P M16C/80 M16C/62P 


















M32C/87



ROM-less 

24K 

32K 

48K 

64K 

96K 

128K 

160K 

192K 

256K 

320K 

384K 

512K 

42 48 64 80 100 128 144 




M16C/26A M16C/26A M16C/28 







Pin count 


































































M16C/62P M32C/84 















68

69 

Group 


Group 


Group 


Group 


Group 


M32C/80 Group Product Number List 

Memory Type 

On-Chip Memory 

(Bytes) 

ROM RAM 

ROM-less 

ROM-less 

(embedded boot 

loader) 

M30800SAFP 

M30800SAGP 

– 8K 32 31.3 

128K 

320K 

384K 

10K 

12K 

24K 

31K 

Product No. 

M30800SAFP-BL 

M30800SAGP-BL 

M30810MC-XXXFP 

M30810MC-XXXGP 


M3081LMC-XXXFP 

M3081LMC-XXXGP 

M3081NMC-XXXGP 

M30823MW-XXXFP 

M30823MW-XXXGP 


M30823MH-XXXFP 

M30823MH-XXXGP 


M30827MH-XXXFP 



M30833FJFP 

-20 to 85 

3.0 to 5.5 [24MHz] 

512K – 31K M30833FJGP 32 31.3 or 

1 

4.2 to 5.5 [32MHz] 

-40 to 85 

M30835FJGP 

-20 to 85 

or 

-40 to 85 


Memory Type 


(Bytes) 

ROM RAM 

Mask ROM 

Product No. 

Clock Oscillation Min. Instruction Operating 

Frequency Execution Time Temperature 

(MHz) (ns) Range (°C) 




Operating Voltage 

(V) 


(V) 

Input 

Ports 

-20 to 85 

32 31.3 or 

-40 to 85 

3.0 to 5.5 [20MHz] 

4.2 to 5.5 [32MHz] 

1 


Memory Type 


(Bytes) 

ROM RAM 

Mask ROM 

Product No. 




-20 to 85 

3.0 to 5.5 [20MHz] 

30 31.2 or 

1 

4.2 to 5.5 [30MHz] 

-40 to 85 


Memory 

Type 

Flash 

memory 

Product Number List 

On-Chip Memory (Bytes) Clock Oscillation Min. Instruction Operating 

Data 

ROM Flash RAM 

Product No. Frequency Execution Time Temperature 



3.0 to 5.5 [24MHz] 

4.2 to 5.5 [32MHz] 


(V) 


(V) 

I/O 

Ports 

1 47 

Input 

Ports 

Input 

Ports 

Memory 

Type 

On-Chip Memory (Bytes) 

Data 

ROM Flash RAM 

Product No. 






(V) 

128K 10K M30840MC-XXXGP 


M30840ME-XXXFP 

Mask ROM 192K – 16K M30840ME-XXXGP 

M30842ME-XXXGP 


320K 24K M30843MW-XXXGP 


320K 

M30843FWGP 

M30845FWGP 

M30843FHFP 

32 31.3 

-20 to 85 

or 

-40 to 85 

3.0 to 5.5 [24MHz] 

4.2 to 5.5 [32MHz] 

1 

Flash 

memory 

384K 

4K 24K 

M30843FHGP 

M30845FHGP 

M30843FJFP 

512K 

M30843FJGP 

M30845FJGP 

M30840SFP 

ROM-less – – 10K M30840SGP 

M30842SGP 

I/O 

Ports 

87 

87 

123 

87 

123 

I/O 

Ports 

87 

123 

87 

123 

87 

123 

Input I/O 

Ports Ports 

123 

Input I/O 

Ports Ports 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

47 

83 

Functions 

• Input timers: 6 

• Output timers: 5 

• 10-bit A/D converter: 10 channels 

• 8-bit D/A converter: 2 channels 

• DMAC: 4 channels 

• DMACII: Started by all variable vector 

interrupts 

• Serial interface ports: 5 

• Watchdog timer: 1 

• CRC code generator circuit 

• X-Y conversion circuit 

Functions 



• 10-bit A/D converter: 100pin:24ch, 

144pin:36ch 




interrupts 



• CAN controller: 1 channel 



Functions 




144pin:36ch 




interrupts 

• Intelligent I/O: 3 groups 





Functions 




144pin:34ch 




interrupts 







Functions 




144pin:34ch 




interrupts 







• PLL frequency converter circuit 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

Packages 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

Packages 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

Packages 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

Packages 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

Packages 

100P6S-A PRQP0100JB-A 

100P6Q-A PLQP0100KB-A 

144P6Q-A PLQP0144KA-A 







100P6Q-A PRQP0100JB-A 


100P6S-A PLQP0100KB-A 








144P6Q-A PLQP0144KA-A

Group 


Group 



Memory 

Type 


Data 

ROM Flash RAM 

Product No. 





Mask ROM – M30853MW-XXXGP 

320K 


M30853FWFP 

Flash 

memory 

384K 

512K 

4K 

24K 

M30853FWGP 

M30855FWGP 

M30853FHFP 

M30853FHGP 

M30855FHGP 

M30853FJFP 

M30853FJGP 

M30855FJGP 

32 31.3 

-20 to 85 

or 

-40 to 85 

3.0 to 5.5 [24MHz] 

4.2 to 5.5 [32MHz] 

1 



(V) 

Input I/O 

Ports Ports 

Memory 

Type 


Data 

ROM Flash RAM 

Product No. 


M30873MHA-XXXGP 





(V) 

M30873MHB-XXXGP 

384K 24K 


M30875MHA-XXXGP 

M30875MHB-XXXGP 

M30876MJ-XXXFP 

Mask ROM – M30876MJ-XXXGP 

M30876MJA-XXXFP 

M30876MJA-XXXGP 

512K 31K M30876MJB-XXXFP 

M30876MJB-XXXGP 

M30878MJ-XXXGP 

M30878MJA-XXXGP 

M30878MJB-XXXGP 

M30873FHGP 

M30873FHAGP 

M30873FHBGP 

384K 24K 

M30875FHGP 

M30875FHAGP 

M30875FHBGP 

M30876FJGP 

M30876FJAGP 

M30876FJBGP 

32 31.3 

-20 to 85 

or 

-40 to 85 

3.0 to 5.5 [24MHz] 

4.2 to 5.5 [32MHz] 

1 

512K 31K 

M30878FJGP 

M30878FJAGP 

M30878FJBGP 

M30879FKGP 

Flash 

memory 

M30879FKAGP 

768K 

4K M30879FKBGP 

M3087BFKGP 

M3087BFKAGP 

M3087BFKBGP 

M30879FLFP 

48K M30879FLGP 

M30879FLAFP 

M30879FLAGP 

1M 

M30879FLBFP 

M30879FLBGP 

M3087BFLGP 

M3087BFLAGP 

M3087BFLBGP 

87 

123 

87 

123 

87 

123 

87 

123 

Input I/O 

Ports Ports 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

Functions 




144pin:34ch 




interrupts 








Functions CAN 

Controler 




144pin:34ch 



• DMACII: Started by all variable 

vector interrupts 


• Serial interface ports: 

100pin:6,144pin:7 





2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 

2ch 

1ch 

— 













100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

Packages 

Packages 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PLQP0100KB-A 

PLQP0144KA-A 

PLQP0100KB-A 

PLQP0144KA-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

70

71 

24K 

1K 

M30260M3A-XXXGP 

M30263M3A-XXXFP 

48K 

64K 

24K 

48K 

— 

4K 

2K 

1K 

2K 





M30260F3AGP 

M30263F3AFP 

M30260F6AGP 

M30263F6AFP 

M30260F8AGP 

M30263F8AFP 

20 50 

64K 

M30260F8BGP 

24 41.7 

64K 

4K 

96K 

— 

8K 

128K 12K 

48K 

64K 

4K 

20 50 

96K 

4K 

8K 

128K 12K 

24 41.7 

64K 

4K 

96K 

— 

8K 

128K 12K 

20 50 

96K 

8K 

4K 

128K 12K 

★★ 

M30263F8BGP★★ M30280M8-XXXHP 

M30281M8-XXXHP 

M30280MA-XXXHP 


M30280MC-XXXHP 


M30280F6HP 

M30281F6HP 

M30280F6WG 

M30280F8HP 

M30281F8HP 

M30280F8WG 

M30280FAHP 

M30281FAHP 

M30280FAWG 

M30280FCHP 

M30281FCHP 

M30280FCBHP★★ M30281FCBHP★★ Group 

Memory 

Type 


Data 

ROM Flash RAM 

Product No. 




Mask ROM 


(M16C/26B) 

Flash 

memory 

Mask ROM 

-20 to 85 


(M16C/28B) 

or 

-40 to 85 

Flash 

memory 



Mask ROM 






M30290FAHP 

Flash 

memory 

M30291FAHP 

M30290FCHP 

M30291FCHP 

Note: Specifications of products currently under development are subject to change. 

Group 



M16C/26A, 28, 29 Group Product Number List 



(V) 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

4.2 to 5.5 [24MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

4.2 to 5.5 [24MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

Input I/O 

Ports Ports 

— 

39 

33 

39 

33 

39 

33 

39 

33 

39 

33 

39 

33 

39 

33 

71 

55 

71 

55 

71 

55 

71 

55 

71 

71 

55 

71 

71 

55 

71 

71 

55 

71 

55 

71 

55 

71 

55 

71 

55 

71 

55 

71 

55 

Functions 

Packages 


42P2R PLSP0042GA-B 



• 10-bit A/D converter: 

12 channels (48-pin version) 

• Serial interface ports: 3 (48-pin version) 


• 3-phase PWM output ports: 6 


48P6Q-A 

42P2R 

48P6Q-A 

42P2R 

48P6Q-A 

42P2R 

48P6Q-A 

42P2R 

PLQP0048KB-A 

PLSP0042GA-B 

PLQP0048KB-A 

PLSP0042GA-B 

PLQP0048KB-A 

PLSP0042GA-B 

PLQP0048KB-A 

PLSP0042GA-B 












• Input capture ports: 8 

• Output compare ports: 8 

80P6Q-A 

64P6Q-A 

80P6Q-A 

64P6Q-A 

PLQP0080KB-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A 


85F0G PTLG0085JB-A 

24 channels (80-pin version) 80P6Q-A PLQP0080KB-A 



5 (80-pin version) 



• Multimaster I 

85F0G 

80P6Q-A 

64P6Q-A 

85F0G 

80P6Q-A 

64P6Q-A 

PTLG0085JB-A 

PLQP0080KB-A 

PLQP0064KB-A 

PTLG0085JB-A 

PLQP0080KB-A 

PLQP0064KB-A 




64P6Q-A 

80P6Q-A 

64P6Q-A 

80P6Q-A 

64P6Q-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A 





2C-bus 








24 channels (80-pin version) 




• Multimaster I2C-bus • CRC code generator circuit 




Memory 

Type 


Data 

ROM Flash RAM 

Product No. 





(V) 

Input I/O 

Ports Ports 

Functions 


Packages 




— 16 62.5 — 80 

• I 


2 Mask ROM 

64K 

5K M30245M8-XXXGP 


-20 to 85 3.0 to 3.6 [16MHz] 

C: 1 channel 


Flash 

memory 

128K 10K 

M30245FCGP 

• USB 2.0 compatible transceiver 

(on-chip EP compatible FIFO) 

• Serial sound interface ports: 2 

• AND flash controller

Group 


Group 


M16C/30P Group Product Number List 

Memory 

Type 

96K 

128K 

Mask ROM 

160K 

Flash 

memory 

Flash 

memory 

(One-Time) 

ROM-less 


ROM 

Data 

Flash RAM 

192K 

96K 

128K 

192K 

96K 

128K 

160K 

192K 

— 

128K 

256K 

128K 

256K 

— 

— 

4K 

— 

— 

— 

— 

5K 

6K 

5K 

6K 

5K 

6K 

10K 

20K 

10K 

20K 

10K 

24K 

10K 

24K 

Product No. 

M30302MAP-XXXFP 

M30302MAP-XXXGP 

M30302MCP-XXXFP 

M30302MCP-XXXGP 

M30302MDP-XXXFP 

M30302MDP-XXXGP 

M30302MEP-XXXFP 

M30302MEP-XXXGP 

M30302FAPFP ★★ 

M30302FAPGP ★★ 

M30302FCPFP ★★ 

M30302FCPGP ★★ 

M30302FEPFP ★★ 

M30302FEPGP ★★ 

M30302GAPFP ★★ 

M30302GAPGP ★★ 

M30302GCPFP ★★ 

M30302GCPGP ★ 

M30302GDPFP ★★ 

M30302GDPGP ★ 

M30302GEPFP ★★ 

M30302GEPGP ★★ 

M30302SPFP 

M30302SPGP 




M30803MG-XXXFP 

M30803MG-XXXGP 

M30805MG-XXXGP 

M30800FCFP 

M30800FCGP 

M30802FCGP 

M30803FGFP 

M30803FGGP 

M30805FGGP 

M30800SFP 

M30800SGP 

M30802SGP 

M30803SFP 

M30803SGP 

M30805SGP 

M30800SFP-BL 

M30800SGP-BL 

M30802SGP-BL 

M30803SFP-BL 

M30803SGP-BL 

M30805SGP-BL 






(V) 

-20 to 85 

2.7 to 5.5 [10MHz, 1 wait] 

16 62.5 or 

1 87 

4.2 to 5.5 [16MHz] 

-40 to 85 



Memory 

Type 


ROM 

Data 

Flash RAM 




(V) 

-20 to 85 

2.7 to 5.5 [10MHz 

20 50 or 

1 

4.2 to 5.5 [20MHz] 

-40 to 85 

Input I/O 

Ports Ports 

Input 

Ports 

I/O 

Ports 

87 

123 

87 

123 

87 

123 

87 

123 

47 

83 

47 

83 

47 

83 

47 

83 

Functions 




• DMAC: 1 channel 



Functions 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

100P6S-A 

100P6Q-A 

144P6Q-A 

Packages 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0100JB-A 

PLQP0100KB-A 

PLQP0100JB-A 

PLQP0100KB-A 

PRQP100JB-A 

PLQP100KB-A 

PRQP100JB-A 

PLQP100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP100JB-A 

PLQP100KB-A 

PRQP100JB-A 

PLQP100KB-A 

PRQP100JB-A 

PLQP100KB-A 

PRQP100JB-A 

PLQP100KB-A 

PLQP0100JB-A 

PLQP0100KB-A 

Group 

Memory 

Type 


Data 

ROM Flash RAM 

Product No. 





(V) 

Input I/O 

Ports Ports 

Functions 


Packages 

128K 5K M30392MCP-XXXFP 


Mask ROM 


Flash 

memory 

192K 

— 

— 

6K 


M30392FEPFP* 

16 62.5 

2.7 to 5.5 [10MHz, No wait] 

-20 to 75 

4.2 to 5.5 [16MHz] 

1 53 




• IEBus: 1 


• Fluorescent display tube control 

high-voltage ports: 34 

100P6S-A PLQP0100JB-A 

*Flash memory version is only development use. 

Mask ROM 

Flash 

memory 

ROM-less 

ROM-less 

(embedded boot 

loader) 

: New Product 




(8+2) channels 

• 8-bit D/A converter: 

2 channels 







Packages 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0144KA-A 

72

73 



Group 

Memory 

Type 


ROM 

Data 

Flash 

RAM 

Product No. 





(V) 

Input 

Ports 

I/O 

Ports 

Functions 

Packages 

48K 

M30622M6P-XXXFP 

M30622M6P-XXXGP 

87 

100P6S-A 

100P6Q-A 

PRQP0100JB-A 

PLQP0100KB-A 

4K M30622M8P-XXXFP 


64K 




70 

80P6S-A PRQP0080JA-A 

M30622MAP-XXXFP 

87 


96K 5K M30622MAP-XXXGP 


M30623MAP-XXXGP 

70 


M30620MCP-XXXFP 

87 


128K 10K M30620MCP-XXXGP 


M30621MCP-XXXGP 

70 



87 


192K 



12K 


M30622MGP-XXXFP 

113 

87 

128P6Q-A 

100P6S-A 

PLQP0128KB-A 

PRQP0100JB-A 

M30622MGP-XXXGP 


256K 


M30624MGP-XXXFP 

113 

87 

128P6Q-A 

100P6S-A 

PLQP0128KB-A 

PRQP0100JB-A 

Mask ROM — 20K M30624MGP-XXXGP 



113 


M30622MWP-XXXFP 

87 


16K M30622MWP-XXXGP 


M30623MWP-XXXGP 

113 



87 


320K 24K M30624MWP-XXXGP 



113 



87 


31K M30626MWP-XXXGP 



113 


16K 

M30622MHP-XXXFP 

M30622MHP-XXXGP 

87 



• 10-bit A/D converter: (24 + 2) 

100P6S-A 

100P6Q-A 

PRQP0100JB-A 

PLQP0100KB-A 


384K 24K 





24 41.7 

-20 to 85 

or 

-40 to 85 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [24MHz] 

1 

113 

87 

113 

channels 

128P6Q-A 



100P6S-A 


100P6Q-A 


• CRC code generator circuit 128P6Q-A 

PLQP0128KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PLQP0128KB-A 


87 

• 3-phase PWM output ports: 6 100P6S-A PRQP0100JB-A 

31K M30626MHP-XXXGP 



113 


M30626MJP-XXXFP 

87 


512K 31K M30626MJP-XXXGP 


M30627MJP-XXXGP 

113 


M30622F8PFP 

87 


64K 4K M30622F8PGP 


M30623F8PGP 

70 


M30620FCPFP 

87 


128K 10K M30620FCPGP 


M30621FCPGP 

70 


M30624FGPFP 

87 


Flash 

memory 256K 4K 20K 

M30624FGPGP 

M30625FGPGP 

113 

100P6Q-A 

128P6Q-A 

PLQP0100KB-A 

PLQP0128KB-A 

M3062LFGPFP 


M3062LFGPGP 

87 


M30626FHPFP 


384K 

M30626FHPGP 


31K 

M30627FHPGP 

113 


M30626FJPFP 

87 


512K 

M30626FJPGP 


M30627FJPGP 

113 


4K 

M30622SPFP 

M30622SPGP 

100P6S-A 

100P6Q-A 

PRQP0100JB-A 

PLQP0100KB-A 

ROM-less — — 

10K 

20K 

M30620SPFP 

M30620SPGP 

M30624SPFP 

M30624SPGP 

87 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

31K 

M30626SPFP 

M30626SPGP 

100P6S-A 

100P6Q-A 

PRQP0100JB-A 

PLQP0100KB-A

M16C/62A,62M, 62N Group Product Number List 

Group 

Memory 

Type 


ROM 

Data 

Flash 

RAM 

Product No. 





32K 

3K M30622M4A-XXXGP 




64K 





M30622MAA-XXXFP 

5K M30622MAA-XXXGP 

Mask ROM 

96K — 

M30623MAA-XXXGP 

M30620MAA-XXXFP 

10K M30620MAA-XXXGP 

M30621MAA-XXXGP 

M30622MCA-XXXFP 


128K 

5K M30622MCA-XXXGP 

M30623MCA-XXXGP 

M30620MCA-XXXFP 

16 62.5 

10K M30620MCA-XXXGP 

M30621MCA-XXXGP 

M30624MGA-XXXFP 

256K 20K M30624MGA-XXXGP 

M30625MGA-XXXGP 

M30620FCAFP 

128K 10K M30620FCAGP 

Flash 

memory 

— 

M30621FCAGP 

M30624FGAFP 

256K 20K M30624FGAGP 

M30625FGAGP 

ROM-less — — 

3K 

10K 

M30622SAFP 

M30622SAGP 

M30620SAFP 

M30620SAGP 

M30620MCM-XXXFP 

-20 to 85 

or 

-40 to 85 

128K 10K M30620MCM-XXXGP 

M30621MCM-XXXGP 

Mask ROM 

M30624MGM-XXXFP 

256K 20K M30624MGM-XXXGP 


— 

M30625MGM-XXXGP 

M30620FCMFP 

10 100 

128K 10K M30620FCMGP 

Flash 

memory 

M30621FCMGP 

M30624FGMFP 

256K 20K M30624FGMGP 

M30625FGMGP 

M30620MCN-XXXFP 

10K M30620MCN-XXXGP 

128K 

M30621MCN-XXXGP 

Mask ROM — 12K 

M30622MGN-XXXFP 

M30622MGN-XXXGP 

M30624MGN-XXXFP 

16 62.5 

256K 20K M30624MGN-XXXGP 


64K 

8K 

M30625MGN-XXXGP 

M3062GF8NFP 

M3062GF8NGP 

M30620FCNFP 

10 100 

Flash 

memory 

128K 

— 

10K M30620FCNGP 

M30621FCNGP 

M30624FGNFP 

16 62.5 

256K 20K M30624FGNGP 

M30625FGNGP 


(V) 

2.7 to 5.5 [10MHz, 1 wait] 

4.2 to 5.5 [16MHz] 

2.2 to 3.6 [7MHz, 1 wait] 

2.4 to 3.6 [7MHz] 

2.7 to 3.6 [10MHz] 

2.2 to 3.0 [7MHz, 1 wait] 

2.4 to 3.0 [7MHz] 

3.0 to 3.6 [16MHz] 

2.2 to 3.6 

2.4 to 3.0 [7MHz] 

3.0 to 3.6 [16MHz] 

Input I/O 

Ports Ports 

Functions 

Packages 

87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 

80P6S-A PLQP0080JA-A 

87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 


87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 


87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 


87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 




87 


(8 + 2) channels 


100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 2 channels 


87 




100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0080JA-A 

70 



87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100JB-A 

70 


87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100JB-A 

70 


87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 


1 

47 

100P6S-A 

100P6Q-A 

100P6S-A 

PLQP0100JB-A 

PLQP0100KB-A 

PLQP0100JB-A 


87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 

87 

70 






80P6S-A 

100P6S-A 

100P6Q-A 

80P6S-A 

PLQP0080JA-A 

PLQP0100JB-A 

PLQP0100KB-A 

PLQP0080JA-A 

87 

2 channels 



100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 • Watchdog timer: 1 


87 


100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 


87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 


87 

87 




100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 

(8 + 2) channels (100pin only) 



87 

2 channels 



100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

87 



100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 


87 

100P6S-A 

100P6Q-A 

PLQP0100JB-A 

PLQP0100KB-A 

70 


74

75 

Group 


(M16C/6N4) 




(M16C/6NK) 


(M16C/6NL) 


(M16C/6NM) 


(M16C/6NN) 


M16C/6N Group Product Number List 


ROM 

Data 

Flash RAM 

Product No. 

128K 

— 

5K M306N4MC-XXXGP 

256K 10K M306N4MG-XXXGP 

128K 

256K 

4K 

5K 

10K 

M306N4FCFP 

M306N4FCGP 

M306N4FGFP 

M306N4FGGP 

128K 

192K 

256K 

384K 

512K 

192K 

256K 

384K 

512K 

192K 

256K 

384K 

512K 

192K 

256K 

384K 

512K 

— 

4K 

— 

4K 

— 

4K 

— 

4K 

— 

4K 

5K 

16K 

20K 

31K 

16K 

20K 

31K 

16K 

20K 

31K 

16K 

20K 

31K 

M306N5MC-XXXGP 

M306N5FCFP 

M306N5FCGP 

M306NKME-XXXGP 

M306NKMG-XXXGP 

M306NKFHGP 

M306NKFJGP 

M306NLME-XXXGP 

M306NLMG-XXXGP 

M306NLFHGP 

M306NLFJGP 

M306NMME-XXXGP 

M306NMMG-XXXGP ★★ 

M306NMFHGP 

M306NMFJGP 

M306NNME-XXXGP 

M306NNMG-XXXGP 

M306NNFHGP 

M306NNFJGP 

24 41.7 

Note: Specifications of products currently under development are subject to change. : Under Development 

Group 


Memory 

Type 

Mask ROM 

Flash 

memory 

Mask ROM 

Flash 

memory 

Mask ROM 

Flash 

memory 

Mask ROM 

Flash 

memory 

Mask ROM 

Flash 

memory 

Mask ROM 

Flash 

memory 

M16C/6V Group Product Number List 

Memory 

Type 

Mask ROM 

Flash 

memory 

256K 

348K 

512K 

256K 

348K 

512K 

— 

10K 

16K 

10K 

16K 

M306V7MG-XXXFP 

M306V7MH-XXXFP 

M306V7MJ-XXXFP 

M306V7MJA-XXXFP 

M306V7FGFP 

M306V7FHFP 

M306V7FJFP 

M306V7FJAFP 

M306V8FJFP★ 

Clock Oscillation 

Frequency 

(MHz) 

Min. Instruction 

Execution Time 

(ns) 


Data 


ROM Flash RAM 


Operating 

Temperature 

Range (°C) 

-40 to 85 

Operating 

Voltage 

(V) 

3.0 to 5.5 

[24MHz] 


(V) 

Input 

Ports 

16 62.5 -20 to 70 3.15 to 3.45 [24MHz] — 

1 

I/O 

Ports 

87 

113 

Input I/O 

Ports Ports 

76 

75 

Functions 







2 channels 




• CAN controller: 2 channels 100P6Q-A PLQP0100KB-A 


• CRC code generator circuit 100P6S-A PRQP0100JB-A 

• 3-phase PWM output ports: 5 100P6Q-A PLQP0100KB-A 



• 10-bit A/D converter: 100P6Q-A PLQP0100KB-A 



2 channels 


• Serial interface ports: 4 100P6S-A PRQP0100JB-A 

• CAN controller: 1 channels 


• CRC code generator circuit 100P6Q-A PLQP0100KB-A 







2 channels 













2 channels 












2 channels 













2 channels 







Functions 







• I 2 C: 2 (multimaster) 


• CCD: 2 circuits 

• Triple layer: 512 colors 

• OSD: Display character count - 

42 characters 16 lines 

Character types - 890 

Colored dots 






• I 2 C: 3 (multimaster) 


• CCD: 2 circuits 

• Triple layer: 512 colors 

• OSD: Display character count - 

42 characters 16 lines 

Character types - 890 

Colored dots 

100P6S-A 

116P6A-A 

Packages 

Packages 

PRQP0100JB-A 

PLQP0116JA-A 

: New Product

Group 


Group 


M16C/6H Group Product Number List 

Memory 

Type 

Mask ROM 

Flash 

memory 

128K 

256K 

128K 

256K 

5K 

8K 

5K 

8K 

M16C/6S Group Product Number List 

Memory 

Type 


ROM 

Data 

Flash RAM 



— 

M306H3MC-XXXFP 

M306H5MC-XXXFP 

M306H7MC-XXXFP★ 

M306H5MG-XXXFP 

M306H7MG-XXXFP ★ 

M306H3FCFP 

M306H5FGFP 

M306H7FGFP★★ 

16 

10 

16 

62.5 

100 

62.5 

-20 to 110 


ROM 

Data 

Flash RAM 




(V) 

4.5 to 5.5 [16MHz] 

4.75 to 5.25 [10MHz] 

4.5 to 5.5 [16MHz] 


(V) 

Input I/O 

Ports Ports 

96K — 24K M306S0FAGP 15.36 65 1 20 




• I 64P6Q-A PLQP0064KB-A 

2 -20 to 85 3.0 to 3.6 [15.36MHz] 

C: 3 


• Power line communication 

function 

1 

— 

1 

— 

1 

— 

87 

79 

87 

79 

87 

79 

Input I/O 

Ports Ports 

Functions 






• I 2 C: 3 

• IE-Bus: 1 


• CRC circuit 

• VBI data slicer 



• Real-time clock 




• I 2 C: 3 

• IE-Bus: 1 










• I 2 C: 4 (multimaster: 1) 

• IE-Bus: 1 










• I 2 C: 3 

• IE-Bus: 1 











• IE-Bus: 1 









• I 2 C: 3 

• IE-Bus: 1 










• I 2 C: 3 

• IE-Bus: 1 











• IE-Bus: 1 




Functions 

116P6A-A 

116P6A-A 

100P6S-A 

116P6A-A 

100P6S-A 

116P6A-A 

116P6A-A 

100P6S-A 

Packages 

PRQP0116JA-A 

PRQP0116JA-A 

PRQP0100JB-A 

PRQP0116JA-A 

PRQP0100JB-A 

PRQP0116JA-A 

PRQP0116JA-A 

PRQP0100JB-A 

Note: Specifications of products currently under development are subject to change. : New Product 


Flash 

memory 

Packages 

76

77 

Group 












R8C/Tiny Series Product Number List 

Memory 

Type 

Flash 

memory 

Flash 

memory 

Flash 

memory 



ROM 

Data 

Flash RAM 

8K 

12K 

16K 

8K 

12K 

16K 

8K 

12K 

16K 

8K 

12K 

16K 

8K 

12K 

16K 

8K 

12K 

16K 

8K 

12K 

16K 

8K 

12K 

16K 

4K 

8K 

12K 

16K 

4K 

8K 

12K 

16K 

4K 

8K 

12K 

16K 

— 

— 

4K 

4K 

— 

2K 

— 

2K 

— 

2K 

— 

512 

768 

1K 

512 

768 

1K 

512 

768 

1K 

512 

768 

1K 

512 

768 

1K 

512 

768 

1K 

512 

768 

1K 

512 

768 

1K 

384 

512 

768 

1K 

384 

512 

768 

1K 

384 

512 

768 

1K 

Product No. 

R5F21102FP 

R5F21102DFP 

R5F21103FP 

R5F21103DFP 

R5F21104FP 

R5F21104DFP 

R5F21112FP 

R5F21112DFP 

R5F21113FP 

R5F21113DFP 

R5F21114FP 

R5F21114DFP 

R5F21122FP 

R5F21122DFP 

R5F21123FP 

R5F21123DFP 

R5F21124FP 

R5F21124DFP 

R5F21132FP 

R5F21132DFP 

R5F21133FP 

R5F21133DFP 

R5F21134FP 

R5F21134DFP 

R5F21142SP 

R5F21142DSP 

R5F21143SP 

R5F21143DSP 

R5F21144SP 

R5F21144DSP 

R5F21152SP 

R5F21152DSP 

R5F21153SP 

R5F21153DSP 

R5F21154SP 

R5F21154DSP 

R5F21162SP 

R5F21162DSP 

R5F21163SP 

R5F21163DSP 

R5F21164SP 

R5F21164DSP 

R5F21172SP 

R5F21172DSP 

R5F21173SP 

R5F21173DSP 

R5F21174SP 

R5F21174DSP 

R5F21181SP 

R5F21181DSP 

R5F21182SP 

R5F21182DSP 

R5F21182NP 

R5F21182DD 

R5F21183SP 

R5F21183DSP 

R5F21183NP 

R5F21183DD 

R5F21184SP 

R5F21184DSP 

R5F21184NP 

R5F21184DD 

R5F21191SP 

R5F21191DSP 

R5F21192SP 

R5F21192DSP 

R5F21192NP 

R5F21192DD 

R5F21193SP 

R5F21193DSP 

R5F21193NP 

R5F21193DD 

R5F21194SP 

R5F21194DSP 

R5F21194NP 

R5F21194DD 

R5F211A1SP 

R5F211A1DSP 

R5F211A2SP 

R5F211A2DSP 

R5F211A2NP 

R5F211A2DD 

R5F211A3SP 

R5F211A3DSP 

R5F211A3NP 

R5F211A3DD 

R5F211A4SP 

R5F211A4DSP 

R5F211A4NP 

R5F211A4DD 




16 

20 

16 

20 

20 

20 

62.5 

50 

62.5 

50 

50 

50 

-20 to 85 

or 

-40 to 85 

(D version) 

-20 to 85 

or 

-40 to 85 

(D version) 

-20 to 85 

or 

-40 to 85 

(D version) 


(V) 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [16MHz] 

(R8C/10, R8C/12) 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 


2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

Input I/O 

Ports Ports 

2 

2 

3 

22 

13 

13 

Functions 

• Low-speed on-chip oscillator 

• High-speed on-chip oscillator (R8C/11, 

R8C/13) 

• Power-on reset (R8C/11, R8C/13) 

• Voltage detection circuit: 1 (R8C/11, 


• 8-bit timers: 3 

• 16-bit timer: 1 

• Input capture port: 1 

• Output compare ports: 2 (R8C/11, 



(R8C/10, R8C/12), 12 channels 





• High-speed on-chip oscillator 

• Power-on reset 

• Voltage detection circuits: 2 






• Serial interface port: 1 

• SSU: 1 (R8C/14, R8C/15) 

• Multimaster I 2 C-bus: 

1 (R8C/16, R8C/17) 



• High-precision High-speed on-chip 

oscillator (8MHz) 







• Comparator: 4 channels 

(R8C/18, R8C19) 


(R8C/1A, R8C1B) 


• SSU 

• Multimaster I 2 C-bus 


32P6U-A 

20P2F-A 

20P2F-A 

20P2F-A 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

Packages 

PLQP0032GB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A

Group 












R8C/Tiny Series Product Number List 

Memory 

Type 

Flash 

memory 

Flash 

memory 

Flash 

memory 

Flash 

memory 

Flash 

memory 

Flash 

memory 


ROM 

Data 

Flash RAM 

4K 

8K 

12K 

16K 

16K 

32K 

48K 

64K 

16K 

32K 

48K 

64K 

8K 

16K 

24K 

32K 

8K 

16K 

24K 

32K 

8K 

16K 

8K 

16K 

48K 

64K 

48K 

64K 

48K 

64K 

48K 

64K 

2K 

— 

2K 

— 

2K 

— 

2K 

— 

2K 

— 

2K 

384 

512 

768 

1K 

1K 

2K 

2.5K 

3K 

1K 

2K 

2.5K 

3K 

512 

1K 

1.5K 

512 

1K 

1.5K 

512 

1K 

512 

1K 

2.5K 

3K 

2.5K 

3K 

2.5K 

3K 

2.5K 

3K 

Product No. 

R5F211B1SP 

R5F211B1DSP 

R5F211B2SP 

R5F211B2DSP 

R5F211B2NP 

R5F211B2DD 

R5F211B3SP 

R5F211B3DSP 

R5F211B3NP 

R5F211B3DD 

R5F211B4SP 

R5F211B4DSP 

R5F211B4NP 

R5F211B4DD 

R5F21244SNFP 

R5F21244SDFP 

R5F21244SNLG 

R5F21246SNFP 

R5F21246SDFP 

R5F21246SNLG 

R5F21247SNFP 

R5F21247SDFP 

R5F21248SNFP 

R5F21248SDFP 

R5F21254SNFP 

R5F21254SDFP 

R5F21254SNLG 

R5F21256SNFP 

R5F21256SDFP 

R5F21256SNLG 

R5F21257SNFP 

R5F21257SDFP 

R5F21258SNFP 

R5F21258SDFP 

R5F21262SNFP 

R5F21262SDFP 

R5F21264SNFP 

R5F21264SDFP 

R5F21265SNFP 

R5F21265SDFP 

R5F21266SNFP 

R5F21266SDFP 

R5F21272SNFP 

R5F21272SDFP 

R5F21274SNFP 

R5F21274SDFP 

R5F21275SNFP 

R5F21275SDFP 

R5F21276SNFP 

R5F21276SDFP 

R5F21282SNSP 

R5F21282SDSP 

R5F21284SNSP 

R5F21284SDSP 

R5F21292SNSP 

R5F21292SDSP 

R5F21294SNSP 

R5F21294SDSP 

R5F212A7SNFP★ 

R5F212A7SDFP★★ 

R5F212A7SNFA★ 

R5F212A7SDFA★★ 

R5F212A8SNFP★ 

R5F212A8SDFP★★ 

R5F212A8SNFA★ 

R5F212A8SDFA★★ 

R5F212B7SNFP★ 

R5F212B7SDFP★★ 

R5F212B7SNFA★ 

R5F212B7SDFA★★ 

R5F212B8SNFP★ 

R5F212B8SDFP★★ 

R5F212B8SNFA★★ 

R5F212B8SDFA★★ 

R5F212C7SNFP★ 

R5F212C7SDFP★★ 

R5F212C7SNFA★★ 

R5F212C7SDFA★★ 

R5F212C8SNFP★ 

R5F212C8SDFP★★ 

R5F212C8SNFA★★ 

R5F212C8SDFA★★ 

R5F212D7SNFP★ 

R5F212D7SDFP★★ 

R5F212D7SNFA★★ 

R5F212D7SDFA★★ 

R5F212D8SNFP★ 

R5F212D8SDFP★★ 

R5F212D8SNFA★★ 

R5F212D8SDFA★★ 





20 

20 

20 

20 

20 

20 

50 

50 

50 

50 

50 

50 

-20 to 85 

or 

-40 to 85 

(D version) 

-20 to 85 

(N version) 

or 

-40 to 85 

(D version) 

-20 to 85 

(N version) 

or 

-40 to 85 

(D version) 

-20 to 85 

(N version) 

or 

-40 to 85 

(D version) 

-20 to 85 

(N version) 

or 

-40 to 85 

(D version) 

-20 to 85 

(N version) 

or 

-40 to 85 

(D version) 


(V) 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

2.2 to 5.5 [5MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

2.2 to 5.5 [5MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

2.2 to 5.5 [5MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

2.2 to 5.5 [5MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

2.2 to 5.5 [5MHz] 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

Input I/O 

Ports Ports 

3 

3 

3 

3 

2 

2 

13 

41 

25 

13 

55 

71 

Functions 










• Comparator: 4 channels 

(R8C/18, R8C19) 


(R8C/1A, R8C1B) 


• SSU 















• Hardware LIN function 

• SSU 
















• SSU 
















• SSU 

















• SSU 

















• SSU 



: New Product 

20P2F-A 

20P2F-A 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

20P2F-A 

20P2F-A 

28PJW-B 

20P4B 

52P6A-A 

52P6A-A 

64F0G 

52P6A-A 

52P6A-A 

64F0G 

52P6A-A 

52P6A-A 

52P6A-A 

52P6A-A 

52P6A-A 

52P6A-A 

64F0G 

52P6A-A 

52P6A-A 

64F0G 

52P6A-A 

52P6A-A 

52P6A-A 

52P6A-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

32P6U-A 

20P2F-A 

64P6Q-A 

64P6U-A 

64P6Q-A 

64P6U-A 

64P6Q-A 

64P6U-A 

64P6Q-A 

64P6U-A 

64P6Q-A 

64P6U-A 

64P6Q-A 

64P6U-A 

64P6Q-A 

64P6U-A 

64P6Q-A 

64P6U-A 

80P6Q-A 

Packages 

PLSP0020JB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLSP0020JB-A 

PLSP0020JB-A 

PWQN0028KA-B 

PRDP0020BA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PTLG0064JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PTLG0064JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PTLG0064JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PTLG0064JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PLQP0052JA-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLQP0032GB-A 

PLSP0020JB-A 

PLQP0064KB-A 

PLQP0064GA-A 

PLQP0064KB-A 

PLQP0064GA-A 

PLQP0064KB-A 

PLQP0064GA-A 

PLQP0064KB-A 

PLQP0064GA-A 

PLQP0064KB-A 

PLQP0064GA-A 

PLQP0064KB-A 

PLQP0064GA-A 

PLQP0064KB-A 

PLQP0064GA-A 

PLQP0064KB-A 

PLQP0064GA-A 

PLQP0080KB-A 


78

79 

Group 


Memory 

Type 

Mask ROM 

Mask ROM 


(Bytes) 

ROM RAM 

Product No. 

M30810MCT-XXXGP 

M30810MCV-XXXGP 

Clock Oscillation 

Frequency 

(MHz) 

Min. Instruction 

Execution Time 

(ns) 

Operating 

Temperature 

Range (°C)* 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

Operating 

Voltage 

(V) 

128K 10K 32 31.3 4.2 to 5.5 1 



-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

*Operation at temperatures exceeding 85°C is subject to conditions. Please contact Renesas Technology for details. 

Group 


M30833FJTGP 

M30833FJVGP 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

512K — 31K 32 31.3 4.2 to 5.5 1 

M30835FJTGP 

M30835FJVGP 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 


Group 


Flash 

memory 

Flash 

memory 


MCUs for Automotive (M32C/81 Group) Product Number List 

Memory On-Chip Memory (Bytes) Clock Oscillation Min. Instruction Operating 

Product No. Frequency 

Type Data 

Execution Time Temperature 

ROM Flash RAM 

(MHz) (ns) Range (°C)* 



Type Data 


ROM Flash RAM 


128K 

256K 

320K 

384K 

384K 

512K 

— 

4K 

10K 

20K 

24K 



M30840MCU-XXXGP★★ 

M30842MCU-XXXGP★★ 

M30843MGT-XXXGP 


M30843MGU-XXXGP★★ 


M30843MWT-XXXGP 


M30843MWU-XXXGP★★ 


M30843MHT-XXXGP 


M30843MHU-XXXGP★★ 


M30843FHTGP 

M30845FHTGP 

M30843FHUGP 

M30845FHUGP 

M30843FJTGP 

M30845FJTGP 

M30843FJUGP 

M30845FJUGP 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 

-40 to 85 

(T-Ver) 

Input 

Ports 

-40 to 105 

(U-Ver) 

32 31.3 

-40 to 85 

(T-Ver) 

4.2 to 5.5 1 

-40 to 105 

(U-Ver) 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 


Operating 

Voltage 

(V) 

Operating 

Voltage 

(V) 

Input 

Ports 

Input 

Ports 

I/O 

Ports 

87 

123 

I/O 

Ports 

87 

123 

I/O 

Ports 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

Functions 





• DMAC : Started by all 

variable vector interrupts 







• X-Y converter circuit 

















Functions 






























Functions 




100pin:26ch, 144pin:34ch 













100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

Packages 

PRQP0100JB-A 

PLQP0144KA-A 

Packages 

PLQP0100KB-A 

PLQP0144KA-A 

Packages 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

: Under Development

Group 


Mask ROM 

256K 

320K 

384K 

320K 

384K 

512K 

— 

4K 

20K 

24K 













M30853FWTGP 

M30855FWTGP 

M30853FWUGP 

M30855FWUGP 

M30853FHTGP 

M30855FHTGP 

M30853FHUGP 

M30855FHUGP 

M30853FJTGP 

M30855FJTGP 

M30853FJUGP 

M30855FJUGP 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 

32 31.3 

-40 to 85 

(T-Ver) 

4.2 to 5.5 1 

-40 to 105 

(U-Ver) 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 


Group 





Type Data 


ROM Flash RAM 


Flash 

memory 


Operating 

Voltage 

(V) 

Input 

Ports 

I/O 

Ports 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

87 

123 

Functions 


















Memory 

Type 


Data 

ROM Flash RAM 

Product No. 




Operating 

Voltage 

(V) 

Input 

Ports 

I/O 

Ports 

Functions 

M30880FWTGP 

-40 to 85 

87 • Input timers: 6 

320K 

M30882FWTGP 

M30880FWUGP 

M30882FWUGP 

(T-Ver) 

-40 to 105 

(U-Ver) 

123 

87 

123 





Flash 

memory 

384K 4K 18K 

M30880FHTGP 

M30882FHTGP 

M30880FHUGP 

M30882FHUGP 

M30880FJTGP 

32 31.3 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 

-40 to 85 

4.2 to 5.5 1 

87 

123 

87 

123 

87 








512K 

M30882FJTGP 

M30880FJUGP 

M30882FJUGP 

(T-Ver) 

-40 to 105 

(U-Ver) 

123 

87 

123 





100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

100P6Q-A 

144P6Q-A 

Packages 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 


Packages 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

PRQP0100KB-A 

PRQP0144KA-A 

80

81 

Group 




Type Data 


ROM Flash RAM 


Mask ROM 

Flash 

memory 


MCUs for Automotive (M16C/1N Group) Product Number List 

32K 

64K 

64K 

— 

4K 

1K 

3K 

3K 

M301N2M4T-XXXFP 

M301N2M4V-XXXFP 

M301N2M8T-XXXFP 

M301N2M8V-XXXFP 

M301N2F8TFP 

M301N2F8VFP 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 


Operating 

Voltage 

(V) 

Group 

Memory 

Type 


Data 

ROM Flash RAM 

Product No. 

Clock Oscillation Min. Instruction 

Frequency Execution Time 

(MHz) (ns) 

Operating 

Temperature 

Range (°C)* 

Operating 

Voltage 

(V) 

24K 1K 

M30260F3TGP 

M30260F3VGP 

20 

*1 

50 

*2 

-40 to 85 (T-Ver) 

-40 to 105 or -40 to 125 (V-Ver) 

3.0 to 5.5 

4.2 to 5.5 


Flash 

memory 48K 

64K 

4K 

2K 

M30260F6TGP 

M30260F6VGP 

M30260F8TGP 

M30260F8VGP 

20 

*1 

20 

*1 

50 

*2 

50 

*2 

-40 to 85 (T-Ver) 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

-40 to 105 or -40 to 125 (V-Ver) 

3.0 to 5.5 

4.2 to 5.5 

3.0 to 5.5 

4.2 to 5.5 

M30280M8T-XXXHP 20 50 -40 to 85 (T-Ver) 3.0 to 5.5 

64K 4K 

M30280M8V-XXXHP 

M30281M8T-XXXHP 

*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

Mask ROM — 


M30280MAT-XXXHP 

*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 


M30280MAV-XXXHP 


*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

96K 8K 


M30280FATHP 

*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

Flash 

memory 

4K 

M30280FAVHP 

M30281FATHP 

*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

M30281FAVHP *1 *2 -40 to 105 or -40 to 125 (V-Ver) 4.2 to 5.5 

M30290M8T-XXXHP 20 50 -40 to 85 (T-Ver) 3.0 to 5.5 

64K 4K 


M30291M8T-XXXHP 

*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

M30291M8V-XXXHP *1 *2 -40 to 105 or -40 to 125 (V-Ver) 4.2 to 5.5 

M30290MAT-XXXHP 20 50 -40 to 85 (T-Ver) 3.0 to 5.5 

Mask ROM 96K — 8K 



*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

M30291MAV-XXXHP *1 *2 -40 to 105 or -40 to 125 (V-Ver) 4.2 to 5.5 

M30290MCT-XXXHP 20 50 -40 to 85 (T-Ver) 3.0 to 5.5 


128K 12K 

M30290MCV-XXXHP 

M30291MCT-XXXHP 

*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

M30291MCV-XXXHP *1 *2 -40 to 105 or -40 to 125 (V-Ver) 4.2 to 5.5 

M30290FATHP 20 50 -40 to 85 (T-Ver) 3.0 to 5.5 

96K 8K 

M30290FAVHP 

M30291FATHP 

*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

Flash 

memory 

4K 

M30291FAVHP 

M30290FCTHP 

*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

128K 12K 

M30290FCVHP 

M30291FCTHP 

*1 

20 

*2 

50 

-40 to 105 or -40 to 125 (V-Ver) 

-40 to 85 (T-Ver) 

4.2 to 5.5 

3.0 to 5.5 

M30291FCVHP *1 *2 -40 to 105 or -40 to 125 (V-Ver) 4.2 to 5.5 

*1. 20MHz (-40 to 105°C), 16MHz (-40 to 125°C) 

*2. 50ns (-40 to 105°C), 62.5ns (-40 to 125°C) 


Input 

Ports 

I/O 

Ports 

Input I/O 

Ports Ports 

— 

39 

71 

55 

71 

55 

71 

55 

71 

55 

71 

55 

71 

55 

71 

55 

71 

55 

Functions 

16 62.5 

-40 to 85 

(T-Ver) 

4.2 to 5.5 — 37 




14 channels 

• 8-bit D/A converter: 48P6Q-A 

-40 to 125 

(V-Ver) 

[16MHz] 

1 channels 




Functions 




12 channels 



• 3-phase PWM output 

ports: 5 

• CRC code generator 

circuit 






27 channels (80-pin 

version) 




circuit 



ports: 13 

• Multimaster I 2C-bus 






27 channels (80-pin 

version) 





ports: 13 

• Multimaster I 2C-bus 


circuit 

• CAN controller: 

1 channel 

48P6Q-A 

80P6Q-A 

64P6Q-A 

80P6Q-A 

64P6Q-A 

80P6Q-A 

64P6Q-A 

80P6Q-A 

64P6Q-A 

80P6Q-A 

64P6Q-A 

80P6Q-A 

64P6Q-A 

80P6Q-A 

64P6Q-A 

80P6Q-A 

64P6Q-A 

Packages 

MCUs for Automotive (M16C/26A, 28, 29 Group) Product Number List 

PLQP0048KB-A 

Packages 

PLQP0048KB-A 

PLQP0080KB-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A 

PLQP0080KB-A 

PLQP0064KB-A

Group 

M16C/62T 




Type Data 


ROM Flash RAM 


Mask ROM 

Flash 

memory 

32K 

64K 

128K 

— 

3K 

4K 

5K 

10K 

M30623M4T-XXXGP 

M30622M8T-XXXFP 

M30622M8V-XXXFP 

M30623M8T-XXXGP 

M30623M8V-XXXGP 

M30622MCT-XXXFP 

M30622MCV-XXXFP 



M30620FCT-XXXFP 

M30620FCTFP 

M30620FCUFP 

M30621FCTGP 

M30621FCUGP 

16 

62.5 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 105 

(U-Ver) 

-40 to 85 

(T-Ver) 

Operating 

Voltage 

(V) 

4.2 to 5.5 

M30624FGU-XXXFP 

M30624FGUFP 

-40 to 105 

(U-Ver) 

256K 20K 

M30624FGT-XXXGP 

M30624FGTGP 

-40 to 85 

M30622ECT-XXXFP 

M30622ECTFP 

(T-Ver) 

M30622ECV-XXXFP 

-40 to 125 

One-Time 

PROM 

128K 5K 

M30622ECVFP 

M30623ECT-XXXGP 

(V-Ver) 

-40 to 85 

M30623ECTGP 

(T-Ver) 

M30623ECV-XXXGP 

-40 to 125 

M30623ECVGP 

(V-Ver) 

48K 

M3062CM6T-XXXGP 

-40 to 85 

4K M3062CM8T-XXXGP 

(T-Ver) 

64K 

M3062CM8V-XXXGP 

-40 to 125 

(V-Ver) 

Mask ROM 

96K 

— 

5K 

M3062CMAT-XXXGP 

M3062CMAV-XXXGP 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

M16C/62PT 

128K 10K 

M3062AMCT-XXXGP 

M3062AMCV-XXXGP 

24 41.7 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

4.0 to 5.5 

64K 

4K M3062CF8TGP 

-40 to 85 

M3062AFCTGP 

(T-Ver) 

Flash 

memory 

128K 

4K 

10K 

M3062AFCVGP 

M3062JFHTFP 

-40 to 125 

(V-Ver) 

-40 to 85 

384K 31K M3062JFHTGP 

(T-Ver) 

M3062JFHVGP 

-40 to 125 

(V-Ver) 


Input 

Ports 

1 

1 

I/O 

Ports 

70 

87 

70 

87 

70 

87 

70 

87 

70 

87 

Functions 























































































80P6S-A 

100P6S-A 

80P6S-A 

100P6S-A 

80P6S-A 

100P6S-A 

80P6S-A 

100P6S-A 

100P6Q-A 

100P6S-A 

80P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

Packages 

PRQP0080JA-A 

PRQP0100JB-A 

PRQP0080JA-A 

PRQP0100JB-A 

PRQP0080JA-A 

PRQP0100JB-A 

PRQP0080JA-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PRQP0080JA-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

82

83 

Group 






(M16C/6NK) 


(M16C/6NM) 

M306N4MCT-XXXFP 

128K 5K 

M306N4MCT-XXXGP 

M306N4MCV-XXXFP 

M306N4MCV-XXXGP 

M306N4MGT-XXXFP 

256K 10K 

M306N4MGT-XXXGP 

M306N4MGV-XXXFP 

M306N4MGV-XXXGP 

M306N4FCTFP 

128K 5K 

M306N4FCTGP 

M306N4FCVFP 

M306N4FCVGP 

M306N4FGTFP 

256K 10K 

M306N4FGTGP 

M306N4FGVFP 

M306N4FGVGP 

M306N5MCT-XXXFP 

M306N5MCT-XXXGP 

M306N5MCV-XXXFP 

128K 5K 

M306N5MCV-XXXGP 

M306N5FCTFP 

M306N5FCTGP 

M306N5FCVFP 

384K 

M306N5FCVGP 

M306NKFHTGP 

20 50.0 1 

512K 

★★ 

Memory 

Type 


Data 

ROM Flash RAM 

Product No. 

Clock Oscillation Min. Instruction Operating Operating 

Frequency Execution Time Temperature Voltage 

(MHz) (ns) Range (°C)* (V) 

Input 

Ports 

-40 to 85 

(T-Ver) 

-40 to 125 

Mask ROM 

— 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 125 

Flash 

memory 

4K 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

-40 to 85 

Mask ROM 

(T-Ver) 

-40 to 125 

— 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 125 

(V-Ver) 

-40 to 85 

(T-Ver) 

4.2 to 5.5 

[20MHz] 

M306NKFJTGP 

Flash 

memory 


MCUs for Automotive (M16C/6N Group) Product Number List 

384K 

512K 

384K 

512K 

384K 

512K 

4K 

31K 

M306NKFHVGP ★★ 

M306NKFJVGP 

M306NMFHTGP 

M306NMFJTGP 

M306NMFHVGP 

M306NMFJVGP 

-40 to 125 

(V-Ver) 

-40 to 85 

(T-Ver) 

-40 to 85 

(T-Ver) 



I/O 

Ports 

87 

113 

Functions 




26 channels 











26 channels 











26 channels 











26 channels 








100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

100P6S-A 

100P6Q-A 

Packages 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 

PRQP0100JB-A 

PLQP0100KB-A 



: Under Development

Group 









MCUs for Automotive (R8C/Tiny Series) Product Number List 

Memory 

Type 


Data 

ROM Flash RAM 




Operating 

Voltage 

(V) 

32K 

2K 

R5F21206JFP★ 

R5F21206KFP★ 

48K 2.5K 

R5F21207JFP★ 

R5F21207KFP★ 

64K — 3K 

R5F21208JFP★★ 

R5F21208KFP★★ 

96K 

5K 

R5F2120AJFP★★ 

R5F2120AKFP★★ 

128K 6K 

R5F2120CJFP★★ 

R5F2120CKFP★★ 

32K 

2K 

R5F21216JFP★ 

R5F21216KFP★ 

48K 2.5K 

R5F21217JFP★ 

R5F21217KFP★ 

64K 2K 3K 

R5F21218JFP★★ 

R5F21218KFP★★ 

96K 

5K 



128K 6K 



32K 

2K 

R5F21226JFP★ 

R5F21226KFP★ 

48K 2.5K 

R5F21227JFP★ 

R5F21227KFP★ 

64K — 3K 

R5F21228JFP★★ 

R5F21228KFP★★ 

Flash 

memory 

96K 

128K 

32K 

48K 

5K 

6K 

2K 

2.5K 





R5F21236JFP★ 

R5F21236KFP★ 

R5F21237JFP★ 

R5F21237KFP★ 

20 

(J-version) 

16 

(K-version) 

50 

(J-version) 

62.5 

(K-version) 

-40 to 85 

(J-version) 

-40 to 125 

(K-version) 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [20MHz] 

(J-version) 

2.7 to 5.5 [10MHz] 

3.0 to 5.5 [16MHz] 

(K-version) 

64K 2K 3K 

R5F21238JFP★★ 

R5F21238KFP★★ 

96K 

5K 



128K 6K 



16K 

1K 

R5F21264JFP★★ 

32K 

— 

1.5K 

R5F21264KFP★★ 

R5F21266JFP★★ 

R5F21266KFP★★ 

16K 

32K 

16K 

16K 

2K 

— 

2K 

1K 

1.5K 

1K 

1K 

R5F21274JFP★★ 

R5F21274KFP★★ 

R5F21276JFP★★ 

R5F21276KFP★★ 

R5F21284JSP★★ 

R5F21284KSP★★ 

R5F21294JSP★★ 

R5F21294KSP★★ 

Input 

Ports 

3 

I/O 

Ports 

41 

25 

13 

Functions 


• High-precission High-speed 

on-chip oscillator (40MHz) 








12 channels 



• SSU 








• CAN controller: 1 






12 channels 



• SSU 













12 channels 



• SSU 













4 channels 



• SSU 



48P6Q-A 

48P6Q-A 

32P6U-A 

20P2F-A 

Packages 

PLQP0048KB-A 

PLQP0048KB-A 

PLQP0032GB-A 

PLSP0020JB-A 

*Operation at temperatures exceeding 85°C is subject to conditions. Please contact Renesas Technology for details. : New Product 


84

85 

Support System 

Get the latest information on the M16C Family at the Renesas Web site. 

Renesas M16C Family Web Page http://www.renesas.com/m16c 

A wealth of information is available, including the latest technical data necessary for system development. 

Display of Information Focusing on a Specific Topic 

CONTACT US 

This link displays a page containing 

contact information for submitting 

technical inquiries to Renesas. 

Inquiries may also be emailed to the 

following address. 

Email: csc@renesas.com 

Application Notes 

This link displays a page 

where documents covering 

the usage of on-chip 

functions, technical 

application information, etc., 

are available in PDF format. 

Documentation 


where product 

documentation such as 

manuals, data sheets, and 

catalogs are available in 

PDF format. 

FAQs 


providing answers to 

frequently asked questions 

in Q&A format. 

Technical Update 


where documents such as 

usage notes and additions to 

the product documentation 

are available in PDF format. 

Series Pages 

These links display pages containing 

overviews of the specifications of 

each product series and show the 

available product groups. 

Group Pages 


overviews of the specifications of each 

product group and listings of the individual 

products available. Items such as sample 

programs and reference oscillator circuit 

constants can also be found on these pages. 

Search Options 

A variety of search functions is available to help you locate the 

information you need. 

Enter a Part No.: Use this search function to confirm the detailed 

specifications of individual products specified by part number. 

Parametric Search: This search function is useful for locating products 

that match the specifications you designate. 

Software and Tools 

This link displays a page with 

links to a variety of development 

tool products such as starter kits 

and flash memory programmers.

Technical Support Email: csc@renesas.com 

Renesas Software and Tools Web Page http://www.renesas.com/tools 

For customers considering purchasing Renesas tools, this Web page contains links relating to individual products, including function overviews and downloads of 

software evaluation versions. It is also a place where customers who already own Renesas tools can obtain the latest information, software upgrades, and more. 

Information for Customers Considering Purchasing Renesas Tools Information for Customers who Already Own Renesas Tools 

Product Information 


datasheets providing overviews, 

features, and functions of the main 

Renesas tool products. 

• Product Data Sheets 

Documentation 

This link displays a page where 

product documentation for Renesas 

tool products such as manuals can be 

downloaded. 

Downloads 

(Free Evaluation Versions) 


evaluation versions of Renesas tool 

products can be downloaded. 

Renesas Partner Information 

This link displays a page containing 

overviews and contact information for 

Renesas partner companies. 



containing application examples 

and sample program listings. 

FAQs 


providing answers to questions 

about the main Renesas tool 

products in Q&A format. 

Downloads 

(Upgrades and Sample Programs) 


customers who have purchased 

software tools can download 

upgrades free of charge. 

Technical Update 


containing important usage 

information on Renesas MCUs 

and tools. 

Tool News 

This link displays the latest 

information on Renesas tools, 

updated twice a month. 

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Application 

Documentation 

MCU Development Sequence 

Hardware 

Development 

Selection of MCU 

General System Design 

Detailed System Design 

Software 

Development 

Evaluation of System 

(Using M16C Family MCU) 


Document Types 

Hardware 

URL http://www.renesas.com/m16c 

Short Sheet Data Sheet 

Hardware specifications (pin assignments, memory 

map, specifications of peripheral functions, electrical 

characteristics, timing) 

Hardware Manual 

Detailed hardware specifications, operation 

description, and application examples (connections 

with peripherals, interaction with software) 

Software 

Software Manual 

Detailed description of the operation of (assembly 

language) instructions 

Application Note 

Programming methods using assembly language and 

C, reference program listings (Available on the 

Renesas Web site.) 

Note: All the above documents are available for download on the Renesas Web site. 

In addition to the manuals for each product, a large number of application notes are available that customers can make 

immediate use of in their programs. 

List of Application Note Categories 

A/D Converters 

I 2 C-bus 

Noise 

Resets 

Timers 

CAN 

Applications 

Automotive 

D/A Converters 


CRC 

Serial Interfaces 

Watchdog Timers 

USB 

Motors 


Flash Memory 

Interrupts 

Program Security 

PWM Timers for 3-Phase 

Motor Drive 

DMAC 

External Buses 

Inverter 

The latest versions of Renesas documents are available for download on the following Web page.

MEMO 

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MEMO

MEMO 

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Renesas MCU M16C Family (R32C/M32C/M16C/R8C) 

RENESAS SALES OFFICES 

Refer to "http://www.renesas.com/en/network" for the latest and detailed information. 

Renesas Technology America, Inc. 

450 Holger Way, San Jose, CA 95134-1368, U.S.A 

Tel: (408) 382-7500, Fax: (408) 382-7501 

Renesas Technology Europe Limited 

Dukes Meadow, Millboard Road, Bourne End, Buckinghamshire, SL8 5FH, U.K. 

Tel: (1628) 585-100, Fax: (1628) 585-900 

Renesas Technology (Shanghai) Co., Ltd. 

Unit 204, 205, AZIACenter, No.1233 Lujiazui Ring Rd, Pudong District, Shanghai, China 200120 

Tel: (21) 5877-1818, Fax: (21) 6887-7898 

Renesas Technology Hong Kong Ltd. 

7th Fl., North Tower, World Finance Centre, Harbour City, 1 Canton Road, Tsimshatsui, Kowloon, Hong Kong 

Tel: 2265-6688, Fax: 2730-6071 

REJ01B0001-0700 

http://www.renesas.com 

Renesas Technology Taiwan Co., Ltd. 

10th Fl., No.99, Fushing North Road, Taipei, Taiwan 

Tel: (2) 2715-2888, Fax: (2) 2713-2999 

Renesas Technology Singapore Pte. Ltd. 

1 Harbour Front Avenue, #06-10, Keppel Bay Tower, Singapore 098632 

Tel: 6213-0200, Fax: 6278-8001 

Renesas Technology Korea Co., Ltd. 

Kukje Center Bldg. 18th Fl., 191, 2-ka, Hangang-ro, Yongsan-ku, Seoul 140-702, Korea 

Tel: (2) 796-3115, Fax: (2) 796-2145 

Renesas Technology Malaysia Sdn. Bhd. 

Unit 906, Block B, Menara Amcorp, Amcorp Trade Centre, No.18, Jalan Persiaran Barat, 46050 Petaling Jaya, Selangor Darul Ehsan, Malaysia 

Tel: 7955-9390, Fax: 7955-9510 

© 2006. Renesas Technology Corp., All rights reserved. Printed in Japan. 

Colophon 7.0

Renesas MCU M16C Family (R32C/M32C/M16C/R8C) - Glyn

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