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TS-R-IN32M4-CL2-E
User’s Manual
(R-IN32M4-CL2 Evaluation Board)
Down Load version
Issued: January 25, 2017 (Version 1.2)
TESSERA TECHNOLOGY INC.
TS-TUM04120
This board is for research and development.
・ The content of this document is subject to change without prior notice.
・ The evaluation board described in this document is made available for research and
development.
・ This information contained herein may not be reprinted or duplicated without written notice
from Tessera Technology, Inc. (Tessera).
・ Tessera does not guarantee or grant licenses to the intellectual property or other rights of
Tessera or any third party for use of this material or the products described in this document.
Tessera does not bear any responsibility if a problem occurs related to the ownership rights of
third parties arising from the use of the above-described products or information.
・ The information contained in this document is intended to illustrate the operation of
semiconductor products and application examples. Therefore, customers using this
information in the design of their own equipment must take full responsibility for product
design.
DECLARA丁IONOFCONFORMI丁Y
We,ProductComplian∞Division
TESSERATECHNOLOGYINC.
6干OakYt)kohamaBldg.,2-15-10Kitasaiwai,Nishi-ku,Ybkohamacity,
Kanagawa220-0004,JAPAN
Phone:十8145-595-9533 Fax:十8145-595-9534
deciareunde「ou「soieresponsibiftythattheproduct
Product:Boardtestsystems
ModeI: TS-R-1N32M4-CL2EvaiuationBoa「d
towhichthisdeclar:ndonrelatesisinconfomitywiththefo=owingstandardsofothe「
normativedocuments
EN61326-1:2013(Basicimmunitytestrequi「ements)
lEC610OO4-2:2008(±4kV∞ntaCtdischarge/±8kVai「discharge)
iEC6100O-4-3:2006+Al:2007+A2:2010(80MHz-1.OGHz,ievei2(3V/m)/
1.4GHz-2.OGHz,IeveI2(3V/m)/2,OGHz-2.7GHz,leve11(1V/m))
IEC61000:4-5:2005(±0.5kVDCpowe「po巾Iinetoline/
±1.OkVDCpowerpo巾Iinetoea冊l/
±1.OkVSignalpo巾Iinetoearth)
lEC61000:44:2004+Al:2010(SignaIports:±1.OkV/ACpowerports:±1.OkV/
DCpowe「ports:±1.OkV)
IEC61000:4-6:20O8(ACpowe「POrts:leveI2(3V))
lEC61000:4-8:2009(3Nm50Hz,60Hz)
IEC61000:4-11:2004(ACpowe「po巾s:0%duringO.5cycIeIO%during「cycle/
70%during25cyc看esIO%during250cycIs)
CISPR=:20O9十A「:2010GroupIClassARadiatedemission(30MHz-1.OGHz)/
Conductedemission(0.15-30MHz)
fo=owIngtheprowisionsofECCouncilDirectwe
EMCDirective2004IlO8/EC
Autho zedRepresentative
HitoshiAkimoto
丁ESSERATECHNOLOGYINC.
Thepresident
DateofIssue:
丁S丁ERO4156
Revision history
Version Date Description
Ver. 1.0 Mar. 9, 2016 Initial version
Ver.1.1 Mar. 30, 2013 12.2 MAC Address Mod
Ver.1.2 Jan. 25, 2017 2. CC-Link / CC-Link IE Meet conformance requirements
Table of Contents
1. APPLICATION .......................................................................................................................................... 1
2. OVERVIEW ............................................................................................................................................... 1
3. SPECIFICATIONS ................................................................................................................................... 2
4. EXTERNAL VIEW ................................................................................................................................... 3
4.1. BOARD COMPONENT SIDE ......................................................................................................................... 3
4.2. BOARD SOLDERING SIDE ........................................................................................................................... 3
5. SECTION NAMES ................................................................................................................................... 4
5.1. BOARD COMPONENT SIDE ......................................................................................................................... 5
5.2. BOARD SOLDERING SIDE ........................................................................................................................... 5
6. BOARD BLOCK DIAGRAM ................................................................................................................... 6
7. BLOCK DESCRIPTIONS ........................................................................................................................ 7
7.1. R-IN32M4-CL2 .......................................................................................................................................... 7
7.2. OPERATION MODE SELECTION ................................................................................................................. 7
7.3. JTAG (ICE) INTERFACE ............................................................................................................................. 8
7.4. EXTERNAL MEMORY (SERIAL FLASH) ...................................................................................................... 9
7.5. EXTERNAL MEMORY/EXTERNAL HOST INTERFACE ............................................................................... 9
7.6. I2C INTERFACE ......................................................................................................................................... 10
7.7. CSI INTERFACE ........................................................................................................................................ 10
7.8. UART INTERFACE..................................................................................................................................... 11
7.9. ANALOG INPUT .......................................................................................................................................... 11
7.10. GIGAPHY ADDRESS SELECTION .......................................................................................................... 11
7.11. GENERAL-PURPOSE I/O ........................................................................................................................ 12
7.12. CC-LINK INTERFACE ............................................................................................................................. 14
7.13. CC-LINK STATION TYPE/TERMINAL SELECTIONS ............................................................................ 14
7.14. CC-LINK IE FIELD INTERFACE ............................................................................................................ 15
7.15. POWER SUPPLY ...................................................................................................................................... 16
7.16. RESET ...................................................................................................................................................... 17
7.17. CLOCKS ................................................................................................................................................... 18
8. DIP, ROTARY, AND PUSH SWITCH CONFIGURATIONS ............................................................ 19
8.1. SW1: MODE SETTING .............................................................................................................................. 19
8.2. SW8 CC-LINK STATION TYPE SWITCHING DIP SWITCH ................................................................. 20
8.3. SW7 CC-LINK TERMINAL SELECTION DIP SWITCH ........................................................................ 20
8.4. SW2 GIGAPHY ADDRESS SELECTION DIP SWITCH ........................................................................ 21
8.5. SW15 CC-LINK IE FIELD FACTORY DEFAULT SETTING DIP SWITCH ........................................... 21
8.6. SW4/SW6 CC-LINK STATION NUMBER/IE FIELD NETWORK NUMBER SELECTION SWITCHES 22
8.7. SW3/SW5 CC-LINK IE FIELD STATION NUMBER SELECTION ROTARY SWITCHES .................... 23
8.8. SW10/SW11 CC-LINK BAUD RATE SELECTION ROTARY SWITCHES ............................................. 24
8.9. SW9 CC-LINK (IOTENSU/SENYU) SELECTION DIP SWITCH (FOR REMOTE DEVICE STATION)
............................................................................................................................................................................ 25
8.10. SW13 / SW14 RESET PUSH SWITCHES (2) ..................................................................................... 25
8.11. SW12 GENERAL-PURPOSE PORT DIP SWITCH............................................................................... 26
9. LED ........................................................................................................................................................... 27
9.1. POWER SUPPLY ......................................................................................................................................... 27
9.2. LEDS FOR MONITORING CC-LINK IE FIELD OPERATIONS ............................................................... 27
9.3. LEDS FOR MONITORING CC-LINK OPERATIONS ................................................................................ 27
9.4. GIGAPHY INDICATOR LED .................................................................................................................... 28
9.5. GENERAL-PURPOSE LED ........................................................................................................................ 28
10. CONNECTOR PIN DEFINITIONS ................................................................................................... 28
10.1. I2C CONNECTOR .................................................................................................................................... 28
10.2. CSI CONNECTOR.................................................................................................................................... 29
10.3. UART (USB) CONNECTOR................................................................................................................... 29
10.4. CC-LINK IE FIELD CONNECTOR ......................................................................................................... 30
10.5. JTAG (ICE) CONNECTOR ..................................................................................................................... 31
10.6. CC-LINK CONNECTOR .......................................................................................................................... 31
10.7. DC POWER JACK .................................................................................................................................... 32
10.8. POWER CONNECTOR ............................................................................................................................. 32
10.9. EXTERNAL MEMORY/MCU CONNECTOR ............................................................................................ 33
10.10. ANALOG INPUT PIN HEADER ............................................................................................................. 36
10.11. GPIO INPUT PIN HEADER ................................................................................................................. 36
11. TABLE OF UNUSED PINS AND PAD CONNECTION PINS ..................................................... 37
11.1. UNUSED PINS ......................................................................................................................................... 37
11.2. PAD CONNECTION PINS ....................................................................................................................... 38
12. DEFAULT FACTORY SETTINGS ..................................................................................................... 39
12.1. DIP-SW/ROTARY-SW ............................................................................................................................ 39
12.2. MAC ADDRESS ....................................................................................................................................... 39
13. BOARD EXTERNAL DIAGRAM ....................................................................................................... 40
13.1. BOARD COMPONENT SIDE .................................................................................................................... 40
13.2. BOARD SOLDERING SIDE ...................................................................................................................... 40
13.3. DIMENSIONAL DIAGRAM....................................................................................................................... 41
1
1. Application This user’s manual provides explanations for use of the TS-R-IN32M4-CL2 Evaluation Board.
Applicable board version: TS-R-IN32M4-CL_001
2. Overview The R-IN32M4-CL2 board was developed for evaluating the R-IN32M4-CL2 device and offers the
following interfaces:
・ CC-Link IE Field
・ CC-Link
・ UART (USB mini-B)
・ I2C
・ CSI
・ Analog Input
・ External memory (Serial Flash)
・ External memory/MCU interface
・ JTAG(ICE_I/F)
・ Others, such as switches and LEDs
This board specification does not support the following combinations:
・ CC-Link IE and CC-Link (Remote device station)
Note1: The CC-Link circuits on this board meet conformance requirements.
Note2: The CC-Link IE circuits on this board meet conformance requirements.
2
3. Specifications Item Specification
Main ASSP *1
Renesas Electronics System LSI R-IN32M4-CL2
ARM CortexTM-M4 32-bit RISC CPU with HW-RTOS (Hardware Real-Time OS) FPU 1.3M-byte Large-capacity RAM Operating frequency 100MHz
Ext. Memory Flash memory (Serial) 64M-bit (Quad), MX25L6433FM2I-08G equivalent
Interface
I2C 1Ch 4 × 1 Pin 2.54-mm header
CSI 2Ch 5 × 1 Pin 2.54-mm header
External Host MCU 1Ch 50 × 2 pin 0.6-mm connector
UART 1Ch (UART to USB) USB mini-B connector *2
USB-Ver2
CC-Link IE Field 2Ch RJ-45
CC-Link 1Ch (Remote device
station) 35605-5153-B00PE equivalent
JTAG(ICE) 1Ch 20-pin half-pitch connector
(Trace supported)
General-purpose interface 10 ports 10×1Pin 2.54-mm through hole
LED
Power Supply 1 green LED
CC-Link IE Field Monitor 7 red and yellow LEDs
CC-Link Monitor 8 red and green LEDs
Internal PHY 2 green LEDs per Ch
Ext. MCU interface selection 1 green LED
General-purpose interface 8 green LEDs
DIP-SW
Operation mode selection 8 bits (SW1)
CC-Link IE Field initial setting
selection 4 bits (SW15)
CC-Link IE Field station-type
switching 4 bits (SW8)
CC-Link terminal resistance
selection 2 bits (SW7)
GigaPHY address selection 4 bits (SW2)
General-purpose interface 8 bits (SW12)
Rotary SW
CC-Link station type selection
(shared with CC-Link IE Field
network number setting)
Two 16-way rotary switches (0 to F)
CC-Link IE Field
station selection Two 16-way rotary switches (0 to F)
CC-Link baud rate
(Intelligent device station)
selection
One 16-way rotary switch (0 to F)
CC-Link baud rate
(Remote Device Station) selection One 16-way rotary switch (0 to F)
Power Supply Power supply terminal block DC +24.0 V ±5%, 500m or more *3
AC Adapter +5.0 V +/- 5%, 2A or more (center plus)
Operation Temp. 0 to +70o
*1 ASSP means “Application Specific Standard Product,” a standard System LSI. Please refer to the
Renesas datasheet and user’s manual for details concerning R-IN32M4-CL2.
3
*2 The USB cable must be inserted and detached while the board is powered.
*3 Take precautions to avoid reverse insertion.
4. External View The following are photos outlining the board’s exterior.
4.1. Board Component Side
4.2. Board Soldering Side
4
5. Section Names The following photos provide coordinates and labels to help locate specific positions on the
board referred to later in this document.
5
5.1. Board Component Side
5.2. Board Soldering Side
6
6. Board Block Diagram
R-IN32M4-CL2+-
DC Jack
AC Adapter
(+5V)
Digital System 3.3V
FB
OSC
25MHz
OSC
80MHz
XT2
CLK80M
RESETZ-SW
Reset IC
(PowerON)Reset IC RESETZ
Serial Flash
ROM
(64 Mbits)
Serial Flash
ROM I/F
RS485Driver
CC-Link
Connector
EtherPHY0 I/FRJ45
Connector
Operation Mode
Selection Pins
HOTRESETZ
Pulse Trans
OSC
2.097MHzCLK2_097M
For PHY 2.5V
Isolator
DC/DC
3.3V⇒5.0V
CC-Link 5.0V
Wired_or
LED x 7bits
JTAG(ICE)
20-pin ConnectorJTAG(ICE)
0
⇒
Rotary SW(0~F) x 2
Fuse
EMI
Filter
Power IC
RAA230152
24V⇒5V
Power IC
RAA230131
For PHY Analog 2.5VFB
EtherPHY1 I/FRJ45
ConnectorPulse Trans
CC-Link IE Field Moniter
Digital
IsolatedFilter
CC-Link
LED x 8bits
CC-Link Monitor
CC-Link IE Field
Station Number Setting
0
⇒
Rotary SW(0~F) x 2
CC-Link Baud rate setting
CC-Link Setting
(Remote device station)DIP-SW (4-bit)
FTDI
(FT232RQ)UART1
USB
Mini-B
Ext. Port
DIP-SW (8-bit)
LED x 8bits
Power CN
(+24V)
DIP-SW(8bit)
0
⇒
Rotary SW(0~F) x 2
CC-Link Station Setting
(CC-Link IE Field
Network Number Setting)
4 × 1 pin 2.54mm
Header (1ch)I2C I/F
5 × 1 pin 2.54mm
Header (2ch)CSI I/F
50 × 2 Pin 0.6mm
Connector Ext. MCU I/F
GigaPHY_Address SettingDIP-SW (4-bit)
DIP-SW (6+2bit)
0
PONRZ
(IOTENSU/SENYU)
JTAGSEL
OSCTH
+3.3V
GND (pull-down)
HOTRESETZ-SW
Reset IC
Analog System 3.3V
10 × 1 pin 2.54mm
Through-holeExt. Port
(EXTPn)
Power IC
RAA230233
Digital System 1.0V
Analog System 1.0V
7
7. Block Descriptions
7.1. R-IN32M4-CL2
Refer to the corresponding Renesas Electronics Corp. datasheet and user ’s manual
for more details.
7.2. Operation Mode Selection
An 8-bit DIP switch (SW1) is provided for operation mode selection.
HIFSYNC
FRU2(MEMCSEL)
BOOT1
BOOT0
MEMIFSEL
BUS32EN
Pull_Down Register
(1KΩ)
+3.3V
FRU1(ADMUXMODE)
HWRZSEL
R-IN32M4-CL2
1
2
3
4
5
6
7
8
330
Ω
8
7.3. JTAG (ICE) Interface
The JTAG (ICE) connector is available for the on-board CPU (R-IN32M4-CL2).
The connector is a 10 x 2 pin header with1.27 mm pitch.
*To prevent incorrect insertion, the 7th pin is pulled out.
*Signal TRSTZ is wired-OR connected to signal RESETZ pin.
1
3
5
7
9
11
13
15
17
19
2
4
6
8
10
12
14
16
18
20
+3.3V
R-IN32M4-CL2
TMS
TCK
TDO
TDI
TRSTZ
TRACECLK
TRACEDATA0
TRACEDATA1
TRACEDATA2
TRACEDATA3
To Reset Circuitry
33Ω
33Ω
51KΩ
0.1uF 0.1uF
Pull_Down Register
1KΩ
9
7.4. External Memory (Serial Flash)
A serial flash memory (MX25L6433FM2I-08G equivalent) is used to boot the
internal CPU.
MX25L6433FM2I-08G
P14
P17
P16
P15
SCLK
CS#
SI/SIO0
SO/SIO1
R-IN32M4-CL2SMSCK
SMCSZ
SMIO0
SMIO1
WP#/SIO2
RESET#/SIO3P11
P10 SMIO2
SMIO3
33Ω
7.5. External Memory/External Host Interface
A 100-pin header (CN2) is provided for interface with the external memory/external
host.
The 74HC244 driver is used for the chip select signal connection. When using an
external memory, the signal is output from CSZ0 to CSZ3; when using an external
host, the signal is input to HCSZ/HPGCSZ. DIP-SW (SW1) bit 4 selects either
external memory or external host exclusively.
CSZ0
SW1MEMIFSEL
74HC244
Pull-up
Ext. Connector
A[20:2]
D[15:0]
A[1]/HA[1]
RDZ
P40
RP2[7:1]
Pull-up
CSZ1
CSZ2
CSZ3
HCSZ
HPGCSZ
CSZ0
P4[4]
P5[1]
P5[0]
R-IN32M4-CL2
RP2[0]
RP3[7:0]
RP1[7:0]
A[20:2]/HA[20:2]
A[27:21]/HA[27:21]
BCYSTZ/HBCYSTZ
D[15:0]/HD[15:0]
D[23:16]/HD[23:16]
D[31:24]/HD[31:24]
WRSTBZ
WRZ0
WRZ1
RDZ/HRDZ
WRSTBZ/HWRSTBZ
WRZ0/HWRZ0
WRZ1/HWRZ1
RP0[6]
RP0[7]
WRZ2/HWRZ2
WRZ3/HWRZ3
P4[1]
P4[5]
P4[6]
P4[7]
WAITZ/HWAITZ
WAITZ1
WAITZ2
WAITZ3
BUSCLKBUSCLK
P4[3]HBUSCLK
10
7.6. I2C Interface
R-IN32M4-CL2 is connected to the header, enabling I2C synchronized
communications (2 channels). A 4 x 1 pin header (2.54 mm pitch) is available for I2C interface.
P60
4×1Pin 2.54mm Header
SCL0
+3.3V
GND
P61 SDA0
R-IN32M4-CL2
+3.3V
I2C_ch0
4.7KΩ
7.7. CSI Interface
R-IN32M4-CL2 is connected to the header, enabling synchronous serial
communication.
Two 5 x 1 pin headers with 2.54 mm pitch are available for CSI interface.
P45
5×1Pin 2.54mm Header
+3.3V
GND
P46
R-IN32M4-CL2
CSI_ch0
P47
CSISCK0
CSISI0
CSISO0
5×1Pin 2.54mm Header
+3.3V
GND
CSI_ch1
CSISCK1
CSISI1
CSISO1
P35
P36
P37
11
7.8. UART Interface
The board offers a UART-to-USB chip for the UART0 function (FT232RQ) and a
USB connector, supporting PC communication in asynchronous mode.
A USB mini-B connector is mounted for UART interface.
FT232RQ
equivalent
P31
P30 TXD
RXD
USBDM
USBDP
USB mini-B
R-IN32M4-CL2
27Ω
27Ω
7.9. Analog Input
Analog input is connected to R-IN32M4-CL2 via a low-pass filter (LPF) from the
header mounted on the board.
An 8 x 1 pin header with 2.54 pitch is provided for analog input.
R-IN32M4-CL2
AIN0100Ω
0.1uF
100Ω
0.1uF
AIN7
~~
7.10. GigaPHY Address Selection
A DIP-SW (SW2) is provided to select the GigaPHY address.
PHYADD1
PHYADD2
PHYADD3
PHYADD4
+3.3VON
+3.3V +3.3V
2.4KΩ
10KΩ
12
7.11. General-Purpose I/O
The following shows the DIP-SW (input), LED (output), and through-hole (output)
connections to the R-IN32M4-CL2 general-purpose ports.
General-purpose DIP-SW input (8 bits)
RP31
RP30
RP37
RP36
RP35
RP34
RP33
RP32
Pull_Down Register
+3.3V
1KΩ
General-purpose LED output (8 bits)
RP27
RP26
RP25
RP24
330Ω
RP23
RP22
RP21
RP20
13
General-purpose through-hole output (10 bits)
R-IN32M4-CL2
EXTP0
EXTP1
EXTP2
EXTP3
EXTP4
EXTP5
EXTP6
EXTP7
EXTP8
EXTP9
14
7.12. CC-Link Interface
The board offers isolators, RS485 transceivers, and filters, supporting a CC-Link
remote device station or a CC-Link intelligent device station.
Connector 35610-5153-B00-PE is also mounted on the board.
*Use a jumper to set communication to an intelligent device station or remote
device station.
CC-Link Connector
DA
DB
DG
SLD
FGGND
GND
+5.0V
Isolator
ISO7241CDWR
R-IN32M4-CL2
CCM_RD/CCS_RD
CCM_SD/CCS_SD
CC_DE
P56
P54
P57
CCS_SDGATEON
P51
CC-Link Connector
35605-5153-B00 PE
+5.0V
CCS_CONT
CCM_CONT
MCT7050-A401
PESD5V0U1UA,115
SN75ALS181NS
P53
680Ω
680Ω
3300pF/50V
10KΩ
1KΩ47KΩ
47KΩ
CC_RE
CCM_SDGCZ
P20
P25
330Ω
+3.3V
CC_LED
DIP-SW switch
DIP-SW switch
7.13. CC-Link Station Type/Terminal Selections
DIP-SW (SW8) is provided for switching the CC-Link station type and setting the terminal
resistor to ON/OFF.
DB
DA
CC_RE
CC_DE
CC_LED
110Ω
GND
P42
P20
P35
P52(Inversion)
P25
15
7.14. CC-Link IE Field Interface
The board is mounted with a pulse transformer for CC-Link IE communications.
Two RJ4 channels are also mounted as external connectors.
R-IN32M4-CL2
P0_D0P
P0_D0N
P0_D1P
P0_D1N
P0_D2P
P0_D2N
P0_D3P
P0_D3N
RJ45
75Ω
1000pF/2KV
P1_D0P
P1_D0N
P1_D1P
P1_D1N
P1_D2P
P1_D2N
P1_D3P
P1_D3N
RJ45
75Ω
1000pF/2KV
0.1uF/25V
MGF101
0.1uF/25V
16
7.15. Power Supply
DC24V input is provided by the power supply terminal block to generate power for
each device.
Power IC RAA230152 generates 5V from the 24V, and secondary power ICs
generate 3.3V (analog/digital) and 1.0V/2.5V from the DC24V-generated 5V or the
DC jack (5V), respectively.
*Reverse input of DC24 to the power supply terminal block is prohibited.
The LED (green indicates power supply) lights up when 5V are applied.
The CC-Link 5V is DC/DC converted by the isolator from the 3.3V output.
+-DC Jack
AC Adapter
(+5V)
Digital System 3.3V
FB
PHY 2.5V
Isolator
DC/DC
3.3V⇒5.0V
CC-Link 5.0V
Fuse
EMI
Filter
Power IC
RAA230152
24V⇒5V
Power IC
RAA230131
PHY Analog 2.5VFB
Power CN
(+24V)
Analog System 3.3V
Power IC
RAA230233
Digital System 1.0V
Analog System 1.0V
17
7.16. Reset
When the board is powered, push the reset button (SW13/SW14) or apply a reset
signal via the ICE connector, to reset all board resources.
SW13 Reset
IC
Reset
IC
+3.3V
TRSTZ
RESETZ
PONRZ
ICE Connector
Wired or Connection
SW14 Reset
ICHOTRESETZ
+3.3V
+3.3V
+3.3V
EXT_RSTINZ
From Ext. MCU Connector
* During Power ON, PONRZ must be 12ms LOW, and RESETZ and HOTRESETZ
must be 18ms LOW.
* Push Switch must apply at least 6ms LOW.
18
7.17. Clocks
This evaluation board provides the following clocks: R-IN32M3-CL system clock (25
MHz), CC-Link clock (80 MHz), and CC-Link IE clock (2.097152 MHz).
*Oscillation stabilization period for each oscillator: 10ms.
R-IN32M4-CL2
25MHz
Oscillator
80MHz
Oscillator
XT2
CCM_CLK80M
2.097152MHz
OscillatorCCI_CLK2_097M
33Ω
33Ω
33Ω
19
8. DIP, Rotary, and Push Switch Configurations
8.1. SW1: Mode Setting
Location: D-4
Board Silk: SW1
Part #: COPAL CHS-08TB (or equivalent part)
8-bit DIP-SW connected to R-IN32M4-CL2 for operation mode selection.
*Default factory setting: External serial flash ROM boot
Note 1: Valid when external memory/MCU are connected
* Default factory setting: All OFF
8
ONSW1
7654321
2 1 2 1
ON ON H H Instruction RAM Boot (Debug only)
ON OFF L H Ext. Serial Flash ROM Boot
OFF ON H L Ext. MCU Boot *1
OFF OFF L L Ext. Memory Boot *1
SW1 LevelPin Name Boot Mode Selection
BOOT0(SW1-2)
BOOT1(SW1-1)
SW1
3
OFF L Slave Memory I/F
ON H Ext. MCU I/F
SW1
4
OFF L Asynchronous SRAM MEMC
ON H Synchronous burst access MEMC
SW1
5
OFF L 16-bit Bus
ON H 32-bit Bus
SW1
6
OFF L Asynchronous SRAM Interface
ON H Synchronous SRAM Interface
SW1
7
OFF L Connect in parallel
ON H Address bus is MUXed on data bus
SW1
8
OFF L HBENZ is selected
ON H HWEZ is selected
ADMUXMODE
Level Pin Name Ext. MCU I/F HWRZ / HBENZ Selection
HWRZSEL
BUS32EN
Level Pin Name Ext. Memory I/F Operation Mode Selection
HIFSYNC
Level Pin Name Ext. Memory I/F Address MUX Selection
MEMCSEL
Level Pin Name Ext. Memory I/F Bus Width Selection
MEMIFSEL
Level Pin Name Ext. Memory Controller Setting
Level Pin Name Ext. Memory I/F Type Selection
20
8.2. SW8 CC-Link Station Type Switching DIP Switch
Location: H-5
Board Silk: SW8
Part #: COPAL CHS-06TB (or equivalent part)
6-bit DIP-SW connected to CC-Link peripheral circuits for selecting station type.
ONSW8
654321
* Default factory setting: Remote device station
8.3. SW7 CC-Link Terminal Selection DIP Switch
Location: I-8
Board Silk: SW7
Part #: COPAL CHS-02TB (or equivalent part)
2-bit DIP-SW connected to CC-Link peripheral circuits for selecting CC-Link
terminal resistance ON/OFF.
* Default factory setting: all ON positions
ONSW7
21
1・2・3 4・5・6
OFF OFF -
ON OFF Intelligent device station
OFF ON Remote device station
ON ON -
SW8Station Selection
1 2
OFF OFF OFF
ON OFF Prohibited
OFF ON Prohibited
ON ON ON(110Ω)
SW7Terminal resistance
21
8.4. SW2 GigaPHY Address Selection DIP Switch
Location: B-7
Board Silk: SW2
Part #: COPAL CHS-04TB (or equivalent part)
4-bit DIP-SW connected to R-IN32M4-CL2 for selecting internal GigaPHY
address. * Default factory setting: all OFF positions
ON
4321
SW2
8.5. SW15 CC-Link IE Field Factory Default Setting DIP Switch
Location: H-5
Board Silk: SW15
Part #: COPAL CHS-04TB (or equivalent part)
4-bit DIP-SW connected to R-IN32M4-CL2 for selecting default setting of internal
CC-Link IE Field.
* Default factory setting: all OFF positions
ON
4321
SW15
Pin # Signal Name
1 PHYADD1
2 PHYADD2
3 PHYADD3
4 PHYADD4
Pin # Signal Name
1 CCI_PWRPT
2 CCI_TRSPEED
3 CCI_WAITEDGEH
4 CCI_WRLENH
22
8.6. SW4/SW6 CC-Link Station Number/IE Field Network Number Selection Switches
Location: A-3
Board Silk: SW4, SW6
Part #: COPAL SC-1110 (or equivalent part)
16-position, real-code rotary SW connected to R-IN32M4-CL2 for selecting
CC-Link station number and IE Field network number.
* Setting range for CC-Link station number: “1 to 64”
Setting range for CC-Link IE Field network number: “1 to 159”
* Default factory setting: Both SW4 and SW6 are set to "0"
SW4 SW6
⇒
0
4
8
C⇒
04
8
C
* Default factory setting: Both set to position “0”
The side of the knob with the slit indicates the direction of the arrow.
0 1 2 3 4 5 6 7 8 9 A B C D E F
1 ● ● ● ● ● ● ● ● P74
2 ● ● ● ● ● ● ● ● P75
4 ● ● ● ● ● ● ● ● P76
8 ● ● ● ● ● ● ● ● P77
1 ● ● ● ● ● ● ● ● P70
2 ● ● ● ● ● ● ● ● P71
4 ● ● ● ● ● ● ● ● P72
8 ● ● ● ● ● ● ● ● P73
SW6
First place
SW CodePosition R-IN32M4-CL2
Pin Name
SW4
Tenth place
23
8.7. SW3/SW5 CC-Link IE Field Station Number Selection Rotary Switches
Location: A-2
Board Silk: SW3, SW5
Part #: COPAL SC-1110 (or equivalent part)
16-position, real-code rotary SW connected to R-IN32M4-CL2 for selecting
CC-Link IE Field station number.
* Setting range: “1 to 120”
* Default factory setting: Both SW3 and SW5 are set to "0"
SW3 SW5
⇒
0
4
8
C⇒
04
8
C
* The side of the knob with the slit indicates the direction of the arrow.
0 1 2 3 4 5 6 7 8 9 A B C D E F
1 ● ● ● ● ● ● ● ● RP14
2 ● ● ● ● ● ● ● ● RP15
4 ● ● ● ● ● ● ● ● RP16
8 ● ● ● ● ● ● ● ● RP17
1 ● ● ● ● ● ● ● ● RP10
2 ● ● ● ● ● ● ● ● RP11
4 ● ● ● ● ● ● ● ● RP12
8 ● ● ● ● ● ● ● ● RP13
SW3
Tenth place
SW5
First place
SW CodePosition R-IN32M4-CL2
Pin Name
24
8.8. SW10/SW11 CC-Link Baud Rate Selection Rotary Switches
Location: C-3
Board Silk: SW10、SW11
Part #: COPAL SC-1110 (or equivalent part)
16-position, real-code rotary SW connected to R-IN32M4-CL2 for selecting
CC-Link baud rate.
SW10: Remote device station
SW11: Intelligent device station
* Setting range: “1 to 4”
* Default factory setting: Both SW10 and SW11 are set to "0"
SW10 SW11
⇒0
4
8
C⇒
0
4
8
C
* The side of the knob with the slit indicates the direction of the arrow.
0 1 2 3 4 5 6 7 8 9 A B C D E F
1 ● ● ● ● ● ● ● ● RP02
2 ● ● ● ● ● ● ● ● RP03
4 ● ● ● ● ● ● ● ● RP04
8 ● ● ● ● ● ● ● ● RP05
1 ● ● ● ● ● ● ● ● P62
2 ● ● ● ● ● ● ● ● P63
4 ● ● ● ● ● ● ● ● P64
8 ● ● ● ● ● ● ● ● P65
SW11
CodePosition R-IN32M4-CL2
Pin Name
SW10
SW
25
8.9. SW9 CC-Link (IOTENSU/SENYU) Selection DIP Switch (for remote device
station)
Location: E-3
Board Silk: SW9
Part #: COPAL CHS-04TB (or equivalent part)
4-bit DIP-SW connected to R-IN32M4-CL2 for selecting number of CC-Link
(when remote device station is selected) I/O devices and occupied stations
*Switch 4 cannot be used.
* Default factory setting: all OFF positions
ON
4321
SW9
8.10. SW13 / SW14 Reset Push Switches (2)
Location: G-4 / F-4
Board Silk: SW13 / SW14
Part #: COPAL SKQMBBE010(or equivalent part)
SW13 and SW14 are tact switches (PUSH-SW) connected to the I/O ports of the
R-IN32M3-CL chip.
These switches are used to input resets (RESETZ/HOTRESETZ).
*SW13 is for RESETZ, SW14 is for HOTRESETZ.
Pin #R-IN32M4-CL2
Signal NamePort Signal Name
1 P22 CCS_IOTENSU
2 P23 CCS_SENYU0
3 P24 CCS_SENYU1
4 Don't use
(
(
26
8.11. SW12 General-Purpose Port DIP Switch
Location: C-4
Board Silk: SW12
Part #: COPAL CHS-08TB(or equivalent)
8-bit DIP-SW connected to R-IN32M4-CL2 for general-purpose input.
* Default factory setting: all OFF positions
8
ONSW12
7654321
BitR-IN32M4-CL2
Signal Name
1 RP30
2 RP31
3 RP32
4 RP33
5 RP34
6 RP35
7 RP36
8 RP37
27
9. LED
9.1. Power Supply
Location: I-1
Board Silk: D49 (POWER)
Part #: ROHM SML-D12P8W (or equivalent part)
This is a green LED (1 bit) for monitoring the power supply.
9.2. LEDs for Monitoring CC-Link IE Field Operations
Location: F-7
Board Silk: See list below
Part #: ROHM SML-D12P8W、SML-D12U8W(or equivalent part)
These are green LEDs (7 bits) for monitoring CC-Link IE Field operations.
*The LED turns on when port is set to Low.
D20: RUN (Green)
D21: D.LNK (Green)
D22: ERR (Red)
D23: L.ERR (Red)
D24: L.ERR2 (Red)
D25: IE_SD (Green)
D26: IE_RD (Green)
9.3. LEDs for Monitoring CC-Link Operations
Location: F-4
Board Silk: See list below
Part #: ROHM SML-D12P8W, SML-D12U8W(or equivalent part)
These are red/green LEDs (8 bits) for monitoring CC-Link operations.
*The LED turns on port is set to Low.
D29: CC_LEER (Red)
D30: CC_ERR (Red)
D31: CC_RUN (Green)
D32: CC_MST (Green)
D33: CC_LRUN (Green)
D34: CC_RD (Green)
D35: CC_SD (Green)
D36: CC_SMST (Green)
28
9.4. GigaPHY Indicator LED
Location: B-8 / D-8
Board Silk: D2 / D11
Part #: ROHM SML-D12P8W(or equivalent part)
Green LED (1 bit/ch) for confirmation of R-IN32M4-CL2 internal GigaPHY
operations.
9.5. General-purpose LED
Location: B-4
Board Silk: D39 / D40 / D42 / D43 / D44 / D45 / D46 / D48
Part #: ROHM SML-D12P8W(or equivalent part)
Green LED (8 bits) connected to R-IN32M4-CL2 for general-purpose output.
10. Connector Pin Definitions
10.1. I2C Connector
Location: I-4
Board Silk: CN7
Type: 4 x1 pin header, 2.54mm pitch
Part #: HTK FFC-4AMEP1
1 4
Pin # IO Dir. Signal NameR-IN32M4-CL2
Signal Name
1 - GND -
2 I/O SCL0 P60
3 I/O SDA0 P61
4 - +3.3V -
29
10.2. CSI Connector
Location: A-6 / A-7
Board Silk: CN6 / CN9
Type: 5 × 1 pin, 2.54mm pitch, 2 units
Part #: HTK FFC-5AMEP1
1 5
CN6 CN9
10.3. UART (USB) Connector
Location: I-4
Board Silk: CN8
Type: USB mini-B
Part #: molex 54819-0519 (or equivalent part)
1 5
UART(CN8)
Pin # IO Dir. Signal NameR-IN32M4-CL2
Signal NamePin # IO Dir. Signal Name
R-IN32M4-CL2
Signal Name
1 I/O CSISCK0 P45 1 I/O CSISCK1 P35
2 - GND - 2 - GND -
3 I CSISI0 P46 3 I CSISI1 P36
4 O CSISO0 P47 4 O CSISO1 P37
7 - +3.3V - 7 - +3.3V -
Pin # IO Dir. Signal Name
1 - (VBUS)
2 - (ID)
3 I/O D+
4 I/O D-
5 - GND
30
10.4. CC-Link IE Field Connector
Location: B-9 / D-9
Board Silk: CN3 / CN4
Type: RJ-45, 2 units
Part #: HIROSE TM21R-5C-88(50)
1 8 1 8
CH0(CN3) CH1(CN4)
Pin # IO Dir. Signal NamePHY
Pin #
1 I/O MX1+ MDI[0]+
2 I/O MX1- MDI[0]-
3 I/O MX2+ MDI[1]+
4 I/O MX3+ MDI[2]+
5 I/O MX3- MDI[2]-
6 I/O MX2- MDI[1]-
7 I/O MX4+ MDI[3]+
8 I/O MX4- MDI[3]-
31
10.5. JTAG (ICE) Connector
Location: I-5
Board Silk: CN1
Type: 10 x 2 pin header, 1.27mm pitch
Part #: SAMTEC ASP-185676-01(SHF-110-01-L-D-SM)
*To prevent incorrect insertion, the 7th pin has been removed.
10.6. CC-Link Connector
Location: G-9
Board Silk: CN5
Type: 5-pin power clamp, board mount header
Part #: 3M 35605-5153-B00 PE
5 1
CC-Link(CN9)
1
3
5
7
9
11
13
15
17
19
2
4
6
8
10
12
14
16
18
20
ICE(CN1)
Pin # IO Dir. Signal NameR-IN32M4-CL2
Signal NamePin # IO Dir. Signal Name
R-IN32M4-CL2
Signal Name
1 - (Vtref) - 11 - TgrPwr -
2 O TMS TMS 12 I TRACECLK TRACECLK
3 - GND - 13 - TgrPwr -
4 O TCK TCK 14 I TRACEDATA0 TRACEDATA0
5 - GND - 15 - GND -
6 O TDO TDO 16 I TRACEDATA1 TRACEDATA1
7 - - - 17 - GND -
8 O TDI TDI 18 I TRACEDATA2 TRACEDATA2
9 - GND - 19 - GND -
10 O nRESET TRSTZ 20 I TRACEDATA3 TRACEDATA3
Pin # IO Dir. Signal Name
1 I/O DA
2 I/O DB
3 - DG
4 - -
5 - SLD
32
10.7. DC Power Jack
Location: H-1
Board Silk: CN11
Type: DC power jack
Part #: HOSIDEN HEC0470-01-630 (or equivalent part)
D = φ2.0
10.8. Power Connector
Location: I-1
Board Silk: CN10
Type: Power supply terminal block
Part #: OMURON XW4E-02B1-S1(or equivalent part)
1 2
CN10
- +
Pin # IO Dir. Signal Name
1 - +24.0V
2 - GND
33
10.9. External memory/MCU Connector
Location: D-1
Board Silk: CN2
Type: 50 x 2 pin header, 0.6mm pitch
Part #: HRS FX8C-100P-SV1(92) (or equivalent part)
1 99・・・・・・・・・
・・・・・・・・・2 100
CN2
34
●When using connector as external memory interface
*1: The signal is output through 74S244.
*2: The signal is not used.
Pin # IO Dir. Signal Name Pin # IO Dir. Signal Name
1 - +3.3V 2 - +3.3V
3 O P40(A1) 4 O A2
5 O A3 6 O A4
7 O A5 8 O A6
9 O A7 10 O A8
11 O A9 12 O A10
13 O A11 14 O A12
15 O A13 16 O A14
17 O A15 18 O A16
19 O A17 20 O A18
21 O A19 22 O A20
23 - GND 24 - GND
25 I/O D0 26 I/O D1
27 I/O D2 28 I/O D3
29 I/O D4 30 I/O D5
31 I/O D6 32 I/O D7
33 I/O D8 34 I/O D9
35 I/O D10 36 I/O D11
37 I/O D12 38 I/O D13
39 I/O D14 40 I/O D15
41 - GND 42 - GND
43 O WRSTBZ 44 I P43(HBUSCLK) *2
45 I P45(WAITZ1) *2 46 O RSTOUTZ *2
47 I P46(WAITZ2) *2 48 I NMIZ *2
49 O P42(HERROUTZ) *2 50 O WRZ0/BENZ0
51 I P47(WAITZ3) *2 52 I P41(WAITZ)
53 O RDZ 54 O WRZ1/BENZ1
55 O RP21(A21) 56 I/O RP34(D20)
57 O RP23(A23) 58 I/O RP36(D22)
59 - GND 60 - GND
61 O RP24(A24) 62 I/O RP35(D21)
63 O RP22(A22) 64 I/O RP37(D23)
65 O RP25(A25) 66 I/O RP10(D24)
67 O RP27(A27) 68 I/O RP11(D25)
69 O RP26(A26) 70 I/O RP12(D26)
71 O RP20(BCYSTZ) 72 I/O RP13(D27)
73 I/O RP30(D16) 74 I/O RP14(D28)
75 I/O RP32(D18) 76 I/O RP15(D29)
77 I/O RP33(D19) 78 I/O RP16(D30)
79 I/O RP31(D17) 80 I/O RP17(D31)
81 O P13(CSZ2) 82 I/O RP01 *2
83 - GND 84 - GND
85 O P12(CSZ3) 86 I/O RP00 *2
87 O RP07(WRZ3/BENZ3) 88 O CSZ0 *2
89 O RP06(WRZ2/BENZ2) 90 O P44(CSZ1) *2
91 I/O RP05 *2 92 O CSZ1(244) *1
93 I/O RP04 *2 94 I/O RP02 *2
95 O CSZ0(244) *1 96 O HWRZSEL *2
97 I/O RP03 *2 98 O BUSCLK
99 - +3.3V 100 I EXT_RSTINZ *2
35
●When using connector as external MCU interface
*1: The signal is output through 74S244.
*2: The signal is not used.
Pin # IO Dir. Signal Name Pin # IO Dir. Signal Name
1 - +3.3V 2 - +3.3V
3 I P40(HA1) 4 I A2
5 I A3 6 I A4
7 I A5 8 I A6
9 I A7 10 I A8
11 I A9 12 I A10
13 I A11 14 I A12
15 I A13 16 I A14
17 I A15 18 I A16
19 I A17 20 I A18
21 I A19 22 I A20
23 - GND 24 - GND
25 I/O HD0 26 I/O HD1
27 I/O HD2 28 I/O HD3
29 I/O HD4 30 I/O HD5
31 I/O HD6 32 I/O HD7
33 I/O HD8 34 I/O HD9
35 I/O HD10 36 I/O HD11
37 I/O HD12 38 I/O HD13
39 I/O HD14 40 I/O HD15
41 - GND 42 - GND
43 I WRSTBZ(HWRSTBZ) 44 I P43(HBUSCLK)
45 O P45(WAITZ1) *2 46 O RSTOUTZ *2
47 O P46(WAITZ2) *2 48 O NMIZ *2
49 O P42(HERROUTZ) 50 O WRZ0(HWRZ0/HBENZ0)
51 O P47(WAITZ3) *2 52 O P41(HWAITZ)
53 I RDZ(HRDZ) 54 I WRZ1(HWRZ1/HBENZ1)
55 I RP21(A21)5 *2 56 I/O RP34(HD20)
57 I RP23(A23)5 *2 58 I/O RP36(HD22)
59 - GND 60 - GND
61 I RP24(A24)5 *2 62 I/O RP35(HD21)
63 I RP22(A22)5 *2 64 I/O RP37(HD23)
65 I RP25(A25)5 *2 66 I/O RP10(HD24)
67 I RP27(A27)5 *2 68 I/O RP11(HD25)
69 I RP26(A26)5 *2 70 I/O RP12(HD26)
71 I RP20(HBCYSTZ) 72 I/O RP13(HD27)
73 I/O RP30(HD16) 74 I/O RP14(HD28)
75 I/O RP32(HD18) 76 I/O RP15(HD29)
77 I/O RP33(HD19) 78 I/O RP16(HD30)
79 I/O RP31(HD17) 80 I/O RP17(HD31)
81 I P13(CSZ2) *2 82 O RP01 *2
83 - GND 84 - GND
85 I P12(CSZ3) *2 86 I/O RP00 *2
87 I RP07(HWRZ3/HBENZ3) 88 I CSZ0(HCSZ)
89 I RP06(HWRZ2/HBENZ2) 90 I P44(HPGCSZ)
91 I/O RP05 *2 92 I CSZ1(244) *1 *2
93 I/O RP04 *2 94 I/O RP02 *2
95 I CSZ0(244) *1 *2 96 O HWRZSEL *2
97 I/O RP03 *2 98 O BUSCLK *2
99 - +3.3V 100 I EXT_RSTINZ *2
36
10.10. Analog Input Pin Header
Location: A-5
Board Silk: J2
Type: 8 x 1 pin header, 2.54mm pitch
Part #: HTK FFC-8AMEP1(or equivalent part)
* Only print patterns, no components mounted
1 8
10.11. GPIO Input Pin Header
Location: I-2
Board Silk: J1
Type: 10 x 1 pin header, 2.54mm pitch
Part #: HTK FFC-10AMEP1(or equivalent part)
* Only print patterns, no components mounted
1 10
Pin # IO Dir.R-IN32M4-CL2
Signal Name
1 I AIN0
2 I AIN1
3 I AIN2
4 I AIN3
5 I AIN4
6 I AIN5
7 I AIN6
8 I AIN7
Pin # IO Dir.R-IN32M4-CL2
Signal Name
1 I/O EXTP0
2 I/O EXTP1
3 I/O EXTP2
4 I/O EXTP3
5 I/O EXTP4
6 I/O EXTP5
7 I/O EXTP6
8 I/O EXTP7
9 I/O EXTP6
10 I/O EXTP7
37
11. Table of Unused Pins and Pad Connection Pins
11.1. Unused Pins
The following table shows the pins on the board that are not used by the
R-IN32M4-CL2 chips.
Pin Name Unused Pin State
TMC1Connect to GND via pull-down
resistance
TMC2Connect to GND via pull-down
resistance
TMODE0 Connect to GND
TMODE1 Connect to GND
TMODE2 Connect to GND
TEST1Connect to GND via pull-down
resistance
TEST2 Open
TEST3Connect to +3.3 V via pull-up
resistance
TEST4 Open
TEST5 Open
TEST6Connect to GND via pull-down
resistance
XT1Connect to GND via pull-down
resistance
OSCTHConnect to +3.3 V via pull-up
resistance
JTAGSELConnect to GND via pull-down
resistance
RSTOUTZ Open
HOTRESETZConnect to +3.3 V via pull-up
resistance
TRSTZ Open
NMIZConnect to +3.3 V via pull-up
resistance
38
11.2. PAD Connection Pins
The following pins are connected from R-IN32M4-CL2 and other chips to probing
pads.
PAD: 0.8mm pad (DIP)
Pin NamePAD Connection
Pin Number
Processing of PAD Connection
Pin
XT1 XT1Connect to GND via pull-down
resistance
RESETZ1 RESETZ1 -
PONRZ1 PONRZ1 -
HOTRESETZ1 HOTRESETZ1 -
NMIZ NMIZ1Connect to +3.3 V via pull-up
resistance
INPZ1 INPZ1 -
CLK25 CLK25 -
CLK80 CLK80 -
CLK209 CLK209 -
HBUSCLK1 HBUSCLK1 -
BUSCLK1 BUSCLK1 -
V24 V24 -
V5P0 V5P0 -
V3V3 V3V3 -
AV3V3 AV3V3 -
V2V5 V2V5 -
V1V0 V1V0 -
CLV5 CLV5 -
TEST4 TEST4 -
TEST5 TEST5 -
39
12. Default Factory Settings
The following section provides the default settings of the DIP-SW, Rotary-SW, and
jumpers.
12.1. DIP-SW/Rotary-SW
SW Value
SW1 Bit 1: ON
Other bits: OFF
SW2 ALL OFF
SW3 0
SW5 0
SW7 ALL ON
SW8 Bits 1 to 3: OFF
Bits 4 to 6: ON
SW9 ALL OFF
SW10 0
SW11 0
SW12 ALL OFF
SW21 0
SW22 0
SW23 ALL OFF
SW24 ALL OFF
12.2. MAC Address
The MAC address is provided on a seal attached to the board’s soldering side.
40
13. Board External Diagram
13.1. Board Component Side
13.2. Board Soldering Side
41
13.3. Dimensional Diagram