User’s Manual
RZ/V2M Evaluation Board Kit
Hardware Manual

Rev.1.0 July, 2022

Notice1.

Descriptions of circuits, software and other related information in this document are provided only to illustrate application examples. You are fully
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Trademarks (continued)
Examples of trademarks or registered trademarks used in the document of RZ/V2M;
Arm® is a registered trademark of Arm Limited or its subsidiaries.
HDMI® is a registered trademark of HDMI Licensing, LLC.
eMMC™ is a trademark of MultiMediaCard Association.
Pmod™ is a registered trademark of Digilent Inc.
Note that in each section of the Manual, trademark notation of ® and TM may be omitted.
All other trademarks and registered trademarks are the property of their respective owners.

© 2022 CSM SOLUTION CO., LTD. All rights reserved.

SAFETY MATTERSSAFETY MATTERS
Definitions of Symbols
A variety of symbols are used in this document and on this product, to prevent the damage to harm and the property to
you and other people beforehand by correctly using this product.
This section, Safety Matters, presents these symbols and their meanings. It also presents safety notes to assure that thisproduce is used safely and correctly.
This product should only be used after fully understanding the material presented in this section.

WARNINGCAUTIONWarning items indicate things that, if not avoided, could lead to death or serious
injury.
Caution items indicate things that, if not avoided, could lead injury or damage tothe house and household goods, etc.

In addition to the above two symbols, the following are displayed at the same time as required.

[Important] These indicate the points which may cause a breakdown or malfunction of equipment by theincorrect setting when setting up this product.

indicates WARNING or CAUTION.
Example:CAUTION AGAINST ELECTRIC SHOCK

indicates PROHIBITION.
Example:DISASSEMBLY PROHIBITED

inidicates a COMPULSORY ACTION.
Example:COMPULSORY ACTIONWARNING
Handling Related Warnings:
Always check the jumper and switch settings before connecting a power source. An incorrect jumper orswitch setting can lead to internal heat generation, rupture, ignition, or damage to this evaluation board
itself or any connected equipment.
If, during either the use or storage of this product, any abnormality in the product itself (including
abnormal odors, heating, color changes, or changes to the shape of the product) are observed,
disconnect the AC adapter immediately.
The incidence of such an abnormality may result in rupture, ignition, or performance deterioration.
Therefore, do not use this product in such a situation.
Installation:
Do not install this product in a location that has a high humidity or where water or other fluids could geton it. This product may be damaged if water or other fluids can get on it.
Ambient Temperature:
The ambient temperature range for using this product is from 5°C to 35°C.

CAUTION
Handling:
This product must be handled carefully. Do not cause a strong impact by dropping it, letting it fall, etc.
Do not touch this product’s component pins with bare hands. Doing so may discharge static electricity
that damages the Internal circuits. Eliminate static electricity before touching this product.
When connecting or disconnecting cables to or from this product, hold the parts of the cable intended
to be grasped (such as the plugs) and avoid putting stress on the cable. Do not pull this product etc.
while it is connected with a communications interface cable. Doing so may cause the cable to bedisconnected.
When connecting a cable to a connector, do not insert the plug in the reverse direction or upside down.
Incorrect insertion may damage this product or connected equipment.
Always check the jumper and switch settings before connecting a power source. An incorrect jumper orswitch setting can lead to damage to this product or connected equipment.
Do not handle this product with wet hands. Doing so can lead to failure of the product.
Transport methods:
When transporting this product, use the product’s packing box and cushioning materials and ship itwith precision equipment handling. If the products packing is insufficient, it may be damaged during
shipping.
If it must be transported by some other method, pack it carefully as precision equipment.
When packing this product, always use the antistatic pouch included with this product.
If some other pouch is used, electrostatic discharge may damage the product.
Abnormal operation:
If operation of this product becomes abnormal due to interference from external noise etc., apply thefollowing procedure.
1. Turn off the power.
2. Wait 10 or over seconds and then turn the power back on.
Disposal:
When disposing of this product, be sure to dispose it as industrial waste according to all applicablelaws.

Table of Contents
1.

Overview ..................................................................................................................... 9
1.1

Features ..........................................................................................................................................10

1.2

Block Configuration .........................................................................................................................11

1.3

Specifications ..................................................................................................................................13

1.4

2.

3.

4.

5.

1.3.1

V2MEVK Specifications .......................................................................................................13

1.3.2

V2MEVK Accessories ..........................................................................................................14

1.3.3

Outer Appearance ................................................................................................................14

Usage Notes ...................................................................................................................................15
1.4.1

V2MEVK Power Supply Specifications ................................................................................15

1.4.2

Note on the CIS IMX415 Board and CIS GND Board .........................................................15

1.4.3

Note on Use of Ethernet ......................................................................................................15

Operating Procedure ................................................................................................. 16
2.1

Assembly ........................................................................................................................................16

2.2

Operation Mode Setting ..................................................................................................................16

2.3

Power Supply ..................................................................................................................................17

Layout3.1

Parts Layout ....................................................................................................................................18

3.2

Lists of Main Parts ..........................................................................................................................21

Interface Specifications ............................................................................................. 22
4.1

Reset...............................................................................................................................................22

4.2

LED .................................................................................................................................................22

4.3

Switches..........................................................................................................................................22

4.4

Debug Serial Interface ....................................................................................................................23

4.5

CMOS Image Sensor Input Interface .............................................................................................23

4.6

USB Interface .................................................................................................................................25

4.7

HDMI Interface ................................................................................................................................25

4.8

Ethernet Interface ...........................................................................................................................25

4.9

SD Card Connector ........................................................................................................................25

4.10

SDIO Connector .............................................................................................................................26

4.11

Pmod Connector .............................................................................................................................27

4.12

Pin Headers ....................................................................................................................................27

4.13

Motor Connector .............................................................................................................................29

Board Settings ........................................................................................................... 30
5.1

VDD_AUIO Settings .......................................................................................................................30

6.

Supplementary Note .................................................................................................. 31
6.1

Usage Note of USB Type-C (CN6) .................................................................................................31

6.2

Constraints of Audio Inteface (CN504) ...........................................................................................31

6.3

Power Supply ICs of V2MEVK .......................................................................................................31

REVISION HISTORY ......................................................................................................... 32

1.

Overview

This board is an evaluation kit for the Arm®-based vision AI MPU RZ/V2M from Renesas Electronics (RZ/V2M
Evaluation Board Kit, hereafter V2MEVK). This manual describes the hardware functions of the V2MEVK.
The V2MEVK consists of the RZ/V2M Board (main), RZ/V2M Base Board (base), CIS IMX415 Board (CIS), and CIS
GND Board (CIS_GND).
Board Name

Overview

RZ/V2M Board (main)● The RZ/V2M is mounted.
● Board on which the main functional components for the RZ/V2M are mounted

RZ/V2M Base Board (base)● Connected to CN12 and CN13 on the RZ/V2M Board● Board for the generation and supply of power

CIS IMX415 Board (CIS)● Connected to the CIS connector 1 on the RZ/V2M Board● Image sensor board (on which IMX415 is mounted)

CIS GND Board (CIS_GND)● Connected to the CIS connector 2 on the RZ/V2M Board● Board for handling unused pins of the CMOS image sensor I/F of the RZ/V2M

The following documents have been prepared for this V2MEVK. Make sure to refer to the latest versions of these
documents. For more information, contact a CSM SOLUTION sales representative.
Document Type

Document Title

Document No.

Description

Hardware Manual

V2MEVK
Hardware ManualThis User’s manual

Hardware specifications of the V2MEVK

Schematics

V2MEVK
Schematics

Schematics of the V2MEVK

Parts List

V2MEVK
Parts List

Parts List of the V2MEVKThe development environment including software, contact a Renesas Electronics sales representative. The following
documents are available on the Renesas Electronics website.
Document Type

Document Title

Document No.

Description

User’s Manual:
Hardware

RZ/V2M
User’s Manual:
Hardware

R01UH0940EJ0130

RZ/V2M hardware specifications(pin assignments, memory maps,
peripheral specifications, electricalcharacteristics, and timing charts) anddescriptions of operation

Start-up guide

RZ/V2M Evaluation Board Kit
Start-Up Guide

R01UH1000EJ0100

The installation and startup procedure of
the first boot loader, second boot loader,and U-Boot on the V2MEVK

Rev.1.00
26 July 2022

Page 9 of 33

RZ/V2M Evaluation Board Kit

1.1

1. Overview

FeaturesThis V2MEVK includes the following features.
● LPDDR4: 32 Gbits● eMMC™: 16 GB● CMOS image sensor interface connector: 2ch (1ch is in preparation.).
● HDMI® Type-A connector: 1 ch.
● Gigabit Ethernet interface connector:1 ch.
● USB3.1 Gen1 Type-C: 1 ch.
● Micro SD card connector: 1. ch.
● SDIO interface connector: 1 ch.
● Pmod™ interface connector: 1ch.
● Debug serial interface micro USB Type-B: 1 ch.
● Lens motor interface connector: 1 ch.
● Audio interface connector: 1 ch.

Rev.1.00
26 July 2022

Page 10 of 33

RZ/V2M Evaluation Board Kit

1.2

1. Overview

Block Configuration
CIS_IMX415_Board
Image Sensor[IMX415]

DCDC

LDO

CIS_GND_Board[ISL8002][RAA214020]

Sensor CN[FX18-60P-08SV]

Sensor CN[FX18-60P-08SV]CIS CN1[FX18-60S-08SH]

RZ/V2M Board

RZ/V2M Base Board

IM0
IMSHUT0,1
IMSTSIG0,1

CIS CN2[FX18-60S-08SH]

PWEN1,3,4

IM1
IMSHUT0,1
IMSTSIG0,1

LVRX AD0
D0~3 AIN3
LVRX
CK0

LVRX
D4~7
LVRX
CK1

PWEN1,3,4

Key SW

AD0
AIN4[G-22AP]

Key SW[EVQP2P02W]
ADI Pin Header[PSM-420336-15]

IMSHUT0,1
IMSTSIG0,1

AD1AIN0~7

MTR CN[FX18-60S-0.8SV10]
CSI4

PM14

SDIO CN[FX18-40S-0.8SV10]

PWEN1,3,4

ADI0_1

SDI0

SDI1
PWC

PM8~PM15
CSI4

CSI4

Main Connector 2[46557-3545]
Main Connector 2[46556-3145][FXMAR2104]

CSI4_LS
INEXINT1/4/5/6_LS

Level
Shifter[FXMAR2104]

R

Audio CN[TSM-107-01-L-DV]

32.768kHz

AUI
MD[2:0]=“110”(Select：eMMC)
MODE SW[CHS-04]

MD3~6

LED
[SML-P11]

MD8

RZ/V2MBoot

LPDDR4[MT53D1024M32D4]

DDI(R9A09G011GBG)

JTAG CN[HIF3FC-20PA]

DEBUG
PWC_RSTn

INEXINTeMMC[THGAMRG7T13BAIL]

I2C
NFI
GPIO

Pin Header(CN15)[1241150-4]

CSI5
PWM0_7

P00_08,09
P00_12,13

I2C0/1

P06_00PM12CSTXD2/CSRXD2AUMCLK/AUPLLCLK

P06_08~P06_11

P06_08_LS~P06_11_LS

AUMCLK_LS/AUPLLCLK_LS

PM13_LS/PM14_LS

CSTXD2_LS/CSRXD2_LS
PM12_LS
P06_00_LS

PM13/14

CSI2_3
PM2

HMI
R(select)

UART-USB
Bridge[CP2105-F01GMR]

CSI0

ETH

CPG

25MHz
Ether PHY
[RTL8211FG-CG]

HDSCL
HDSDA

R
Pin Header(CN14)[1241150-6]

RJ45 ｗPT[093627360x]

USB TypeC[CX90B1-24P]

AND Gate[NL17SZ08]

USB

I2C0
USTX,RXUSOVCUSOTGID
USPWENUSB TypeC
USB VBUS
Controller
Controller[HD3SS3220][TPS66020YBGR]

Level
Shifter
USB Micro-B[ZX62D-B-5PA8]

HDHPD

48MHz

[FXMAR2104]

USVBUS
USDP,DM

Level Shifter[FXMAR2102]
HDTX0~2HDTXC
HDMI CN[1747981-1]

PWEN4,5
PWSD0~1SEL
PWMEMSWIENAPow SW[G-22AP]PWEN0~4

LDO[ISL80505](RTVDD1.5)

LDO[ISL80505](RTVDD0.8)

DCDC[RAA211650](VDD5.0_0)

DCDC[RAA211650](VDD5.0_0_V2M)

LDO[MM3532T](SDIO0)LDO[MM3532T](SDIO1)DCDC[ISL8002](VDD3.3_4)

DCDC[ISL8002](VDD1.8_1)

LoadSwitch[TCK207G](VDD0.8_USB_5)

LoadSwitch[TCK207G](VDD0.8_LPVDD)

DCDC[ISL8002](VDD1.8_3)

LDO[ISL9021A](VDD1.2_4)

DCDC[ISL8002](VDD1.1_1)

DCDC[ISL8002](VDD0.8_2)

DCDC[ISL8026](VDD0.8_1)

DCDC[ISL85412](RTPWVDD3.0)

LDO[ISL80505](PWVDD1.8)

LDO[ISL80505](PWVDD0.8)
POW_ENPower IC
Level
Shifter

DC Jack[FXMAR2104]

INEXINT7
Shutter SW510[EVQP2P02W]

CSI1

R(select)[FXMAR2104]

Rev.1.00
26 July 2022

Reset IC[BU4224]

RTC

CSI5

Reset SW
[EVQP2P02W]

PWSYSRSTNRTRSTN[FXMAR2104]

Level
Shifter

Reset IC[LTC2916]

PWRSTN

Main Connector 1[46557-3545]

Level
Shifter

AUBICK_LS/AULRCK_LS/AUDO_LS/AUDI_LS

Level
Shifter

Figure 1.2-1

CPG
RSTN

PWM8_15

PM15

Audio CN[TSM-120-01-L-DV]

PM8_LS～
PM11_LS

MTR
Level
Shifter[NLSV4T244E]

PWEN1,3,4

PWEN1,3,4
PWOUT0,1
CIF

STG

MTR_

Main Connector 1[46556-3145]

Level Shifter
Enable SW[CHS-06]

PWKY0~4N

Micro SD
[DM3AT-SF-PEJM5][PJ-063AH]

INEXINT0
Shutter SW509[EVQP2P02W]

PMOD CN
TYPE6(I2C_2)[PPPC061LGBN-RC]

PMOD CN
TYPE1(GPIO)[PPPC061LGBN-RC]

V2MEVK Block Diagram

Page 11 of 33

RZ/V2M Evaluation Board Kit

1. Overview

RZ/V2M Base Board
D12.0VDC
Jack

AC Adapter
12V/5ARTPWVDD3.0

DCDC[ISL85412]

EN

EN

LDO
[ISL80505]

RTVDD1.5

EN

LDO[ISL80505]

RTVDD0.8

Reset ICRTRSTN

PWEN0
PWEN1
PWEN2
PWEN3
PWEN4
PWEN5
PWSD0SELPWSD1SELRTVDDRTPWVDD3.0
RTVDD08
R

RTRSTN[BU4224-FVE]

CIS_IMX415_Board
Image Sensor[IMX415]PWMEMSWIENA

Power
ON/OFFLDO[ISL80505]

EN

POW_ENPower
SwitchPWVDD1.8

PWVDD

2.9V
PWEN4

PWKY0N~4N#MR

Reset IC[LTC2916]

PWRSTNPWEN0

RZ/V2M

VDD5.0_0

DCDC

VDD5.0_0_V2M[RAA211650]

PWEN4
PWSD1
SEL

VDD5.0_0R(slct)PMOD CNR(slct)(I2C2)PWEN3

DCDC[ISL8002]

DCDC[ISL8002]

VDD3.3_4

VDD1.8_3
PWVDD1.8

Push
Push
Push
SwitchSwitchSwitchPush
Push
SwitchSwitchPH(slct)

Level
Shifter

VDD1.8_1

PWEN1

VDD1.1_1

PWEN1

DCDC
[ISL8002]

Level
Level
Level
Level
ShifterLevel
ShifterLevel
Shifter
Shifter
Shifter
Shifter

PWEN4

R(slct)

SD1FVDDR

SD1FMODVDD

VDD3.3_4

VDD1.8_3 or VDD3.3_4
IM0MODVDD
IM1MODVDD
PAMODVDD
NAMODVDDD

PWKY0N~2N
VDD1.8_3

VDD1.8_1

VDD1.8_1

VDD1.1_1

VDD1.1_1

VDD1.2_4

VDD1.2_4

DCDC[ISL8026]

VDD0.8_1

VDD0.8_1

VDD0.8_1

PWEN1

VDD0.8_2

VDD0.8_2

VDD0.8_2

PWEN2

DCDC
[ISL8002]

Load
SwitchPWEN5
R(slct)

Audio CN
(14pin)MTR_CN(MotorConnector)

LPDDR4LDO[ISL9021A]

VDD0.8_USB_5

Load VDD0.8_LPVDD
SwitchVDD33, USVD330, USVPH

Micro SD
Card CNGEMODVDD, NAMODVDD
IM0MODVDD, IM1MODVDDPAMODVDD, PBMODVDD, PCMODVDD

SD1FMODVDDSDIO CN
SD0PREDVDD
NAPREDVDD, GEPREDVDDPAPREDVDD, PBPREDVDD, PCPREDVDDPREDVDD33, IM0PREDVDD, IM1PREDVDDOTVDD18, LVRXAVCC, PCVDD18
TS0AVDD18, TS1AVDD18, HDAVDD18
PLVDD1/2/3/4/6/7, DSMSVDD18, USVDDH
AD0AVCCA, AD1AVCCA

Pin Header[CN11] (ADI)NAMODVDD

VDD18, LPVAALPVDDQ

eMMC

Ether PHY

DSMVDD12

PAMODVDD

Pin Header[CN14] (UART)

UART-USB
Bridge

VBUS

USB Micro-B
Connector

OTVDD08, LVRXAVDD, PCVDD08
TS0DVDD08A, TS1DVDD08A, HDAVDD08
PLDVDD081/082/083/084/086/087, DSMSVDD0P8

VBUS
Controller

VBUS

USB TypeC
Connector

USDVDD, USVP, USVPTXUSB TypeC
Controller

PAMODVDD

VDD08

JTAG CN

LPVDD
VDD3.3_4

PWMEMSWIENA

DCDC[ISL8002]

SD0MODVDD

抵抗
抵抗
抵抗
抵抗
抵抗
抵抗
切替
R切替
切替
切替
切替
切替
(slct)

VDD1.8_3(R9A09G011GBG)

PWEN1SD1FMODVDD
R(slct)

SD0VDD_4(3.3/1.8V)

PWKY3N~4N

VDD1.8_3

VDD1.8_1

R

ToggleToggleSwitchSwitchDCDC[ISL8002]

SD1VDD_4(3.3/1.8V)

VDD3.3_4

Main Connector

PWEN4

LDO
[MM3532T]

PWEN4
PWSD0
SEL

VDD3.3_4(GPIO)LDO[MM3532T]

IM1MODVDDCIS_CN2VDD5.0_0

VDD5.0_0
PWRSTN[RAA211650]

PMOD CN

VDD1.8_3

PWVDD08

CIS_GND
Board

DCDC

VDD3.3_4

PWVDD0.8

CIS_CN1LDO[ISL80505]

R

Push
SwitchAudio CN
(40pin)

EN

1.1V
1.8V

LDO
[RAA214020]

IM0MODVDDPWC_RSTn

VDD5.0_0

RZ/V2M Board
Power Control Signals

VDD1.8_3
VDD1.8_1
VDD5.0_0

Level Shifter(HDMI DDC)AND Gate(HDMI HPD)
Load Switch(HDMI 5V)

HDMI CNPower Control Signals

Figure 1.2-2

Rev.1.00
26 July 2022

V2MEVK Power Supply Block Diagram

Page 12 of 33

RZ/V2M Evaluation Board Kit

1. Overview

1.3

Specifications

1.3.1

V2MEVK Specifications

Table 1.3-1

V2MEVK Specifications

Item

Specification

MPU

R9A09G011GBG (RZ/V2M)

Board size

Main: 120 × 105 × 1.6 mm
Base: 155 × 105 × 1.6 mm

LPDDR4Micron MT53D1024M32D4
32 Gb Dual-Rank

eMMC

Kioxia THGBMJG7C1LBAIL(or same specification product) 16 GB

HDMI

Connector: Type-A (standard)USB

Connector: Type-C

Ethernet

Connector: RJ45
Ethernet PHY IC: RTL8211FG-CG

Audio I/F

Connector: 40 pins with 2.54-mm pitch
Connector: 14 pins with 2.54-mm pitch

SD Card I/FConnector: Micro SD

SDIO

Connector: FX18-40S-0.8SV10

Image sensor I/F

Connector: FX18-60S-0.8SH
Connected to the CIS IMX415 Board and CIS GND Board connectors.

Motor control I/F

Connector: FX18-60S-0.8SV10

Debug I/F

Connector: USB Micro-B
UART-USB bridge: CP2105

LED

For power supply (VDD5.0): Yellow green (main)
For boot (MD8): Yellow green (main)
For power supply (RTPWVDD3.0): Yellow green (base)SwitchFor mode setting: DIP ×1 (main)
For level shifters setting: DIP × 1 (base)For power supply: Toggle ×1 (base)
For audio interface IO power setting: Pin header × 1 (base)Power supply

AC adapter: 12V/5A

Table 1.3-2

CIS IMX415 Board Specification

Item

Specification

CMOS image sensor

IMX415 (Made by SONY)*1

Note 1.

IMX415 is used in sensor slave mode with the ISP support package.

Rev.1.00
26 July 2022

Page 13 of 33

RZ/V2M Evaluation Board Kit

1.3.2

1. Overview

V2MEVK Accessories

Table 1.3-3

V2MEVK Accessories

Item

Specification

Upper plate

Material: Acrylic
Size: 155 × 105 × 3 mmBase plate

Material: Acrylic
Size: 200 × 150 × 5 mm

Rubber feetSize: 12.7 × 12.7 × 3 mm, Qty: 4

Board spacers

M3 × 20 mm, Qty: 4
M3 × 8 mm, Qty: 4
M3 × 10 mm, Qty: 4

M3 screws

M3 × 10, Qty:6

Jumper connector

For CN508

1.3.3

Outer Appearance

RZ/V2M Board

RZ/V2M

CIS IMX415 BoardCIS GND Board
RZ/V2M Base Board

Figure 1.3-1

Rev.1.00
26 July 2022

Outer Appearance of V2MEVK

Page 14 of 33

RZ/V2M Evaluation Board Kit

1.4

Usage Notes

1.4.1

V2MEVK Power Supply Specifications

1. Overview● Take sufficient care with setting up jumpers and switches on the V2MEVK. Incorrect settings may lead to damage todevices.
● Be sure to use the included AC adapter as the power supply for the V2MEVK. If the voltage exceeding 12 V isapplied, devices on the V2MEVK may be damaged.
● The RZ/V2M has the power-on and power-off sequences. With the V2MEVK, be sure to follow the precautions

below.
(1) When turning power on
Be sure to check that the power supply toggle switch SW501 is turned off before connecting the AC adapter toan outlet. Connecting the AC adapter makes some circuits operate and lights up LED501.
Connecting the AC adapter to an outlet while the power supply toggle switch SW501 is on is prohibited.
(2) When turning power off
Be sure to execute the power-off sequence by software before turning the power supply toggle switch SW501
off. After the sequence, turn this toggle switch off and remove the AC adapter from the outlet. Removing the AC
adapter from the outlet while the power supply toggle switch SW501 is on is prohibited.
Doing so may lead to damage to devices.

1.4.2

Note on the CIS IMX415 Board and CIS GND Board

When operating the board, connect CN2 and CN4 on the RZ/V2M Board to the CIS IMX415 Board and to the CIS
GND Board, respectively, before turning power on.

1.4.3

Note on Use of Ethernet

The gigabit Ethernet interface connector must not be connected to a public line. Connection with a public line is notsupported. Note that the MAC address is not set in this evaluation kit.

Rev.1.00
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Page 15 of 33

RZ/V2M Evaluation Board Kit

2. Operating Procedure2.

Operating Procedure

2.1

Assembly

Connect the RZ/V2M Board and the CIS IMX415 Board and fix them with M3 screws from the reverse side of the baseplate.
When separating them, follow the steps in the opposite order to that stated above.

2.2

Operation Mode Setting

The tables below list the settings of the DIP switch (SW2 on the RZ/V2M Board) and their functions.

Table 2.2-1

SW2 and Connection Destinations

Switch No.

RZ/V2M MD Pin

1

MD3

2

MD4

3

MD5

4

MD6

Table 2.2-2

Settings and Functions of SW2

Switch 1

Switch 2

Switch 3

Switch 4

Operation Mode

OFF

OFF

OFF

OFF

Normal mode (initial setting)

OFF

OFF

OFF

ON

Forced write mode

Other than above

Setting prohibited

The table below lists the settings of the DIP switch (SW512 on the RZ/V2M Base Board).

Table 2.2-3

Settings and Functions of SW512

SwitchNo.

Connected
Level Shifter

Settings when
Using CN506

Settings when
Using CN507

1

U511

ON: The level shifter is enabled.
OFF: The level shifter is in Hi-Z.

—

—

2

U512

ON: The level shifter is enabled.
OFF: The level shifter is in Hi-Z.

—

—

3

U513

ON: The level shifter is enabled.
OFF: The level shifter is in Hi-Z.

—

ON

4

U514

ON: The level shifter is enabled.
OFF: The level shifter is in Hi-Z.

—

-

5

U515

ON: The level shifter is enabled.
OFF: The level shifter is in Hi-Z.

—

ON

6

U517

ON: The level shifter is enabled.
OFF: The level shifter is in Hi-Z.

ON—

Rev.1.00
26 July 2022

Setting

Page 16 of 33

RZ/V2M Evaluation Board Kit

2.3

2. Operating Procedure

Power Supply

Set up the DIP switches before supplying power.
Before connecting the AC adapter, check that the power supply toggle switch SW501 is turned off.
Connect the included AC adapter to CN503 on the RZ/V2M Base Board to supply power. At this time, LED501 lights
up.
When SW501 is turned on, LED3, light up and the RZ/V2M starts up.

Rev.1.00
26 July 2022

Page 17 of 33

RZ/V2M Evaluation Board Kit

3.

Layout3.1

Parts Layout

3. Layout

Figure 3.1-1 and Figure 3.1-2 show the pats layout diagrams of the RZ/V2M Board and Figure 3.1-3 shows theparts layout diagram of the RZ/V2M Base Board.

CN2

CN3

CN6

CN4

OFF

CN7

SW2
ON
LED2

LED3

CN8
CN9

CN10

CN5

Figure 3.1-1

Rev.1.00
26 July 2022

RZ/V2M Board Parts Layout Diagram (Parts Side)

Page 18 of 33

Figure 3.1-2

Rev.1.00
26 July 2022

3. Layout

CN13

CN12

RZ/V2M Evaluation Board Kit

RZ/V2M Board Parts Layout Diagram (Solder Side)

Page 19 of 33

RZ/V2M Evaluation Board Kit

3. Layout

CN501

CN502

CN504

SW512

LED501

OFF

ON

CN505

SW501

CN503

CN507

Figure 3.1-3

Rev.1.00
26 July 2022

RZ/V2M Base Board Parts Layout Diagram (Parts Side)

Page 20 of 33

RZ/V2M Evaluation Board Kit

3.2

3. Layout

Lists of Main Parts

Table 3.2-1, Table 3.2-2, and Table 3.2-3 list the main parts of the RZ/V2M Board, RZ/V2M Base Board, and CIS
IMX415 Board, respectively.

Table 3.2-1

RZ/V2M Board Parts List

No.

Quantity

Part Symbol

Part Name

Manufacturer

1

1

U1

R9A09G011GBG (RZ/V2M)

Renesas Electronics

2

4

U15, U16, U17, U19

ISL80505IRAJZ

Renesas Electronics

Table 3.2-2

RZ/V2M Base Board Parts List

No.

Quantity

Part Symbol

Part Name

Manufacturer

1

1

U501

ISL85412FRTZ

Renesas Electronics

2

2

U502, U503

RAA2116504GNP#

Renesas Electronics

3

5

U504, U505, U506, U508,
U510

ISL8002IRZ

Renesas Electronics

4

1

U507

ISL9021AllWZ

Renesas Electronics

5

1

U509

ISL8026IRTAJZ

Renesas Electronics

Table 3.2-3

CIS IMX415 Board Parts List

No.

Quantity

Part Symbol

Part Name

Manufacturer

1

1

U802

ISL8002IRZ

Renesas Electronics

2

1

U804

RAA214020GNP#

Renesas Electronics

Rev.1.00
26 July 2022

Page 21 of 33

RZ/V2M Evaluation Board Kit

4.

4. Interface Specifications

Interface Specifications

This section describes the interface specifications of the V2MEVK.

4.1

Reset

When resetting the V2MEVK, use software to control resetting.

4.2

LED

The V2MEVK has three LEDs. Table 4.2-1 and Table 4.2-2 list the colors and functions of these LEDs.

Table 4.2-1

RZ/V2M Board LED

LED

Color

Function/Usage

LED2

Yellow green

RZ/V2M boot indicator

LED3

Yellow green

RZ/V2M Board +5.0 V indicator

Table 4.2-2

RZ/V2M Base Board LED

LED

Color

Function/Usage

LED501

Yellow green

RZ/V2M Base Board +3.0 V indicator

4.3

Switches

The V2MEVK has three switches. Table 4.3-1 and Table 4.3-2 list the functions of the respective switches.

Table 4.3-1

RZ/V2M Board Switch

Switch

Shape

Usage

SW2

DIP switch

Operation mode setting (see section 2.2, Operation Mode Setting)

Table 4.3-2

RZ/V2M Base Board Switches

Switch

Shape

Usage

SW501

Toggle switch

Power supply on/off control

SW512

DIP switch

Level shifters enable control (see section 2.2, Operation Mode Setting)

Rev.1.00
26 July 2022

Page 22 of 33

RZ/V2M Evaluation Board Kit

4.4

4. Interface Specifications

Debug Serial Interface

The debugging port (micro USB Type-B connector (CN5)) is connected to the UART (CSI0/1) interface of theRZ/V2M via the USB-UART conversion IC. This port is for use in debugging and while an image quality adjustment
tool is being used.

4.5

CMOS Image Sensor Input Interface

The CMOS image sensor interface can be used by connecting the CIS IMX415 Board and the CIS GND Board to CN2
and CN4 on the RZ/V2M Board, respectively.

Table 4.5-1

CIS Connector 1 (CN2) [for CIS IMX415 Board Connection]

Pin No.

V2MEVK Connection Destination

Pin No.

V2MEVK Connection Destination

1

NC

31

NC

2

RZ/V2M (PWEN1) *1

32

NC

3

RZ/V2M (PWEN3) *1

33

NC

4

RZ/V2M (PWEN4) *1

34

NC

5

RZ/V2M (AD0AIN3) *1

35

NC

6

GND

36

GND

7

GND

37

GND

8

GND

38

GND

9

GND

39

GND

10

+1.8 V40+1.8 V11+1.8 V41+1.8 V12+1.8 V42+1.8 V13+3.3 V43+3.3 V

14

RZ/V2M (IMSHUT1)*1

44

RZ/V2M (IMSTSIG1)*1

15

RZ/V2M (IMSHUT0)*1

45

RZ/V2M (IMSTSIG0)*1

16

RZ/V2M (IM0SIG1)*1

46

RZ/V2M (IM0SIG2)*1

17

1

RZ/V2M (IM0SCLK)*47

RZ/V2M (IM0SIG0)*1

18

RZ/V2M (IM0TXD)*1

48

RZ/V2M (IM0RXD)*1

19

RZ/V2M (IM0CLK)*1

49

RZ/V2M (IM0CS)*1

20

RZ/V2M (IM0VS)*50

RZ/V2M (IM0HS)*1

21

GND

51

GND

22

RZ/V2M (LVRXD3P)*1

52

GND

23

1

RZ/V2M (LVRXD3M)*

53

GND

24

GND

54

RZ/V2M (LVRXD2P)*1

25

1

RZ/V2M (LVRXD0P)*

55

RZ/V2M (LVRXD2M)*1

26

RZ/V2M (LVRXD0M)*1

56

GND

27

GND

57

RZ/V2M (LVRXCK0P)*1

28

1

RZ/V2M (LVRXD1P)*

58

RZ/V2M (LVRXCK0M)*1

29

RZ/V2M (LVRXD1M)*1

59

GND

30

GND

60

GND

Note 1.

1

These pins are for use with the ISP support package.

Rev.1.00
26 July 2022

Page 23 of 33

RZ/V2M Evaluation Board Kit

Table 4.5-2

4. Interface Specifications

CIS Connector 2 (CN4) [for CIS GND Board Connection]

Pin No.

V2MEVK Connection Destination

Pin No.

V2MEVK Connection Destination

1

NC

31

NC

RZ/V2M (PWEN1)*

1

32

NC

3

RZ/V2M (PWEN3)*

1

33

NC

4

RZ/V2M (PWEN4)*1

34

NC

2

1

5

RZ/V2M (AD0AIN4)*

35

NC

6

GND

36

GND

7

GND

37

GND

8

GND

38

GND

9

GND

39

GND

10

+1.8 V40+1.8 V11+1.8 V41+1.8 V12+1.8 V42+1.8 V13+3.3 V43+3.3 V

14

RZ/V2M (IMSHUT1)*1

44

RZ/V2M (IMSTSIG1)*1

15

RZ/V2M (IMSHUT0)*

1

45

RZ/V2M (IMSTSIG0)*1

16

RZ/V2M (IM1SIG1)*1

46

RZ/V2M (IM1SIG2)*1

17

RZ/V2M (IM1SCLK)*1

47

RZ/V2M (IM1SIG0)*1

18

RZ/V2M (IM1TXD)*

1

48

RZ/V2M (IM1RXD)*1

19

RZ/V2M (IM1CLK)*1

49

RZ/V2M (IM1CS)*1

50

RZ/V2M (IM1HS)*1

1

20

RZ/V2M (IM1VS)*

21

GND

51

GND

22

RZ/V2M (LVRXD5P)*1

52

GND

23

RZ/V2M (LVRXD5M)*

1

53

GND

24

GND

54

RZ/V2M (LVRXD7P)*1

25

RZ/V2M (LVRXD6P)*1

55

RZ/V2M (LVRXD7M)*1

26

RZ/V2M (LVRXD6M)*

1

56

GND

27

GND

57

RZ/V2M (LVRXCK1P)*1

28

RZ/V2M (LVRXD4P)*

1

58

RZ/V2M (LVRXCK1M)*1

29

RZ/V2M (LVRXD4M)*1

59

GND

30

GND

60

GND

Note 1.

These pins are for use with the ISP support package.

Rev.1.00
26 July 2022

Page 24 of 33

RZ/V2M Evaluation Board Kit

4.6

4. Interface Specifications

USB Interface

The V2MEVK has a USB3.1 Gen1 interface. The USB Type-C connector (CN9) is connected to the USB interface of
the RZ/V2M via the Type-C controller.

4.7

HDMI Interface

The V2MEVK has an HDMI interface. The HDMI Type-A (standard) connector (CN10) is connected to the HDMI
interface of the RZ/V2M.

4.8

Ethernet Interface

The V2MEVK has an Ethernet interface. The RJ-45 connector (CN8) is connected to the Ethernet interface of theRZ/V2M via the Ethernet PHY IC. Connecting this interface to a public line is prohibited.

4.9

SD Card Connector

The V2MEVK has a micro SD card connector (CN6). This connector is connected to the socket and the SDI0 interfaceof the RZ/V2M.

Rev.1.00
26 July 2022

Page 25 of 33

RZ/V2M Evaluation Board Kit

4.10

4. Interface Specifications

SDIO Connector

CN7 on the RZ/V2M Board is connected to the SDI1 interface of the RZ/V2M.

Table 4.10-1

SDIO CN (CN7)

Pin No.

V2MEVK Connection Destination

Pin No.

V2MEVK Connection Destination

1

NC

21

NC

2

NC

22

NC

3

NC

23

NC

4

RZ/V2M (SD1FWP)

24

RZ/V2M (SD1FCD)

5

RZ/V2M (PWOUT0)*

1

25

RZ/V2M (PWOUT1)*1

6

Output of the regulator (+1.8 V or +3.3 V)

26

Output of the regulator (1.8 V or 3.3 V)

7+1.8 V27+1.8 V8+1.8 V28+1.8 V9+3.3 V29+3.3 V10+3.3 V30+3.3 V11+3.3 V31+3.3 V

12

GND

32

GND

13

GND

33

GND

14

GND

34

GND

RZ/V2M (PWEN1)*

1

35

RZ/V2M (SD1FDAT2)

16

RZ/V2M (PWEN3)*

1

36

RZ/V2M (SD1FDAT3)

17

RZ/V2M (PWEN4)*1

37

RZ/V2M (SD1FCMD)

18

NC

38

RZ/V2M (SD1FCLK)

19

NC

39

RZ/V2M (SD1FDAT0)

20

NC

40

RZ/V2M (SD1FDAT1)

15Note 1.

These pins are for use with the ISP support package.

Rev.1.00
26 July 2022

Page 26 of 33

RZ/V2M Evaluation Board Kit

4.11

4. Interface Specifications

Pmod Connector

The V2MEVK has one Pmod connector. The specifications are listed below.

Table 4.11-1

Pmod TYPE6 I2C CN (CN507)

Pin No.

Pmod Pin Spec.

V2MEVK Connection Destination

1

NC (INT)RZ/V2M (PM13) via level shifter U515

2

NC (INT)RZ/V2M (PM14) via level shifter U515

3

SCL

RZ/V2M (CSRXD2) via level shifter U513

4

SDA

RZ/V2M (CSTXD2) via level shifter U513

5

GND

GND

6

VCC

+3.3 V

4.12

Pin Headers

The V2MEVK has three pin headers. Their connection destinations are listed below.

Table 4.12-1

Audio Pin Header (CN504)

Pin No.

V2MEVK Connection Destination

Controlled
Level Shifter

Pin No.

V2MEVK Connection Destination

Controlled
Level Shifter

1+3.3 V—2+5.0 V—3

RZ/V2M (CSTXD2)

U513

4

+5.0 V—5

RZ/V2M (CSRXD2)

U513

6

GND

—

7

RZ/V2M (P06_00)*

1

U513

8

RZ/V2M (PM13)

U515

9

GND

—

10

RZ/V2M (PM14)

2

U515
1

11

RZ/V2M (P06_08)*

U517

12

RZ/V2M (AUBICK)*

13

RZ/V2M (PM8)

U518

14

GND

15

RZ/V2M (PM9)

U518

16

RZ/V2M (AUMCLK)*1

17+3.3 V—

18

RZ/V2M (AUPLLCLK)*19

RZ/V2M (CSTXD4)

U512

20

GND

—

21

RZ/V2M (CSRXD4)

U512

22

RZ/V2M (INEXINT4)

U511

23

RZ/V2M (CSSCLK4)

U512

24

RZ/V2M (CSCS4)

U512

25

GND

—

26

RZ/V2M (PM12)

U513

27

RZ/V2M (INEXINT6)

U511

28

RZ/V2M (INEXINT5)

U511

29

RZ/V2M (P06_09)*

2

U517

30

GND

—

31

RZ/V2M (P06_10)*2

U517

32

RZ/V2M (INEXINT1)*1

U511

33

RZ/V2M (P06_11)*

2

U517

34

GND

—

35

RZ/V2M (AULRCK)*1

U514

36

RZ/V2M (PM10)

37
39

RZ/V2M (PM11)

U518

GND

—

Note 1.

These pins are for use with the ISP support package.

Note 2.

These pins are not connected in the default state.

Rev.1.00
26 July 2022

38
40

RZ/V2M (AUDI)*

U514
—
U515
1

U515

U518
1

RZ/V2M (AUDO)*

U514
1

U514

Page 27 of 33

RZ/V2M Evaluation Board Kit

Table 4.12-2

4. Interface Specifications

Audio Pin Header (CN505)

Pin No.

V2MEVK Connection Destination

Pin No.

V2MEVK Connection Destination

1+1.8 V2+1.8 V4

RZ/V2M (I2SDA1)*1

6

RZ/V2M (I2SCL1)*1

8

RZ/V2M (I2SDA0)

1

3

RZ/V2M (CSTXD5)*5

RZ/V2M (CSRXD5)*1
1

7

RZ/V2M (CSSCLK5)*
1

9

RZ/V2M (CSCS5)*

10

RZ/V2M (I2SCL0)

11

RZ/V2M (PM15)*1

12

RZ/V2M (PM2)*1

13

GND

14

GND

Note 1.

These pins are for use with the ISP support package.

Table 4.12-3

VDD_AUIO Pin Header (CN508)

Pin No.

V2MEVK Connection Destination

1+3.3 V2

VDD_AUIO (The voltage of audio interface IO (CN504))3+1.8 V

Note 1.

For details, see section 5.1, VDD_AUIO Settings.

Rev.1.00
26 July 2022

Page 28 of 33

RZ/V2M Evaluation Board Kit

4.13

4. Interface Specifications

Motor Connector

CN3 on the RZ/V2M Board is for the lens motor interface.

Table 4.13-1

MTR Connector (CN3)

Pin No.

V2MEVK Connection Destination

Pin No.

V2MEVK Connection Destination

1

RZ/V2M (MTDRV0)*1

31

RZ/V2M (MTDRV1)*1

2

RZ/V2M (MTDRV2)*

1

32

RZ/V2M (MTDRV3)*1

3

RZ/V2M (MTDRV4)*1

33

RZ/V2M (MTDRV5)*1

4

RZ/V2M (MTDRV6)*

1

34

RZ/V2M (MTDRV7)*1

5

RZ/V2M (MTDCPLS0)*1

35

RZ/V2M (MTDCPLS1)*1

6

RZ/V2M (MTDCPLS2)*1

36

RZ/V2M (MTDCPLS3)*1

37

RZ/V2M (MTTXD0)*1

1

7

RZ/V2M (MTCS0)*8

RZ/V2M (MTRXD0)*1

38

RZ/V2M (MTSCLK0)*1

9

RZ/V2M (MTCS1)*1

39

RZ/V2M (MTTXD1)*1

10

RZ/V2M (MTRXD1)*

1

40

RZ/V2M (MTSCLK1)*1

11

RZ/V2M (AD1AIN0)*1

41

RZ/V2M (AD1AIN1)*1

12

RZ/V2M (AD1AIN2)*

1

42

RZ/V2M (AD1AIN3)*1

13

RZ/V2M (AD1AIN4)*1

43

RZ/V2M (AD1AIN5)*1

14

RZ/V2M (AD1AIN6)*1

44

RZ/V2M (AD1AIN7)*1

15

RZ/V2M (IMSHUT0)*

1

45

RZ/V2M (IMSHUT1)*1

16

RZ/V2M (IMSTSIG0)*1

46

RZ/V2M (IMSTSIG1)*1

17+3.3 V47+3.3 V18+1.8 V48+1.8 V

19

GND

49

GND

20

GND

50

GND

21

RZ/V2M (PWEN1) *

1

51

GND

22

RZ/V2M (PWEN3) *1

52

GND

23

RZ/V2M (PWEN4) *

1

53

GND

24

RZ/V2M (PM14)

54

NC

25

RZ/V2M (CSCS4)

55

NC

26

RZ/V2M (CSSCLK4)

56

NC

27

RZ/V2M (CSRXD4)

57

NC

28

RZ/V2M (CSTXD4)

58

NC

29

NC

59

NC

30

NC

60

NC

Note 1.

These pins are for use with the ISP support package.

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RZ/V2M Evaluation Board Kit

5.

5. Board Settings

Board Settings

This section describes the board settings for the V2MEVK.
Changing the board settings for the items other than those stated in this section is prohibited.
When changing the switching resistor settings, be sure to also check the related resistors so that there is no signal
conflict or short-circuit. Since most of the pins of the RZ/V2M have multiple functions, some of the peripheral devises
are used exclusively of each other.
For the detailed information, refer to the RZ/V2M User’s Manual: Hardware.

5.1

VDD_AUIO Settings

The shunt connector for CN508 sets the voltage of audio interface IO (CN504).

Table 5.1-1

RZ/V2M Board Switching Resistor Settings

State

Setting

1-2 short (initial state)

VDD_AUIO is +3.3 V.

2-3 short

VDD_AUIO is +1.8 V.

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RZ/V2M Evaluation Board Kit

6.

Supplementary Note

6.1

Usage Note of USB Type-C (CN6)

6. Supplementary Note

When connecting the USB Type-C cable to CN6, turn on SW501 and power on RZ/V2M before connecting it.

6.2

Constraints of Audio Inteface (CN504)

Since the CN504 is connected to the level shifters, FXMAR2104 and NLSV4T244E, the specifications are limited.
● The operating frequency of CSI4 is up to 12 MHz when the voltage setting of CN508 is 3.3 V and up to 8 MHz whenthe voltage setting of CN508 is 1.8 V. In addition, the drive strength should be set X6 when using 12 MHz.
● When using PWM, only ch8 to ch11 can be used. Using the other channels is prohibited.
● When using GMCLK0, the motor connector (CN3) should be used and U515 is disabled (SW512[5] is off).

6.3

Power Supply ICs of V2MEVK

In consideration of the evaluation usage, the power supply ICs of V2MEVK are selected with a margin. The power
supply ICs that suits the user circuit are recommended.

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RZ/V2M Evaluation Board Kit

REVISION HISTORYREVISION HISTORY

RZ/V2M Evaluation Board Kit Hardware Manual

REVISION HISTORY
Description
Rev.

Date

Page

1.00

July 26, 2022



Rev.1.00
26 July 2022

SummaryFirst edition issued

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RZ/V2M Evaluation Board Kit
Hardware Manual
Publication Date:

Rev.1.00

July 26, 2022

Published by:

CSM SOLUTION CO., LTD.